TWI304351B

TWI304351B - Exercise device with treadles

Info

Publication number: TWI304351B
Application number: TW96115302A
Authority: TW
Inventors: Gary Piaget; Douglas A Crawford; Edward L Flick; Bradley J Smith; Matt Rauwerdink; Patrick A Warner
Original assignee: Nautilus Inc
Priority date: 2003-02-28
Filing date: 2004-02-27
Publication date: 2008-12-21
Also published as: TWI304348B; TW200730214A; TW200427484A; TW200735913A; TWI304347B; TW200734001A; TWI304352B; TWI304349B; TW200734000A; TWI304350B; TW200735912A

Description

1304351 九、發明說明：【發明所屬之技術領域】本發明大體上係有關於健身裝置的領域，且更特別的是相關於一種包括有互相連接之踏板的健身裝置，1304351 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates generally to the field of exercise devices, and more particularly to an exercise device including an interconnected pedal.

異T 該踏板係帶有被提供於其上的移動表面。本發明亦相關於各種踏板互相連接機械裝置、踏板抑制機械裝置、以及踏板往復運動增強機械裝置。【先前技術】美國專利第6,461，279號。美國專利第5,626,539號。美國專利第5,336，146號。連月的背景規律健身的健康益處係為人所熟知者。許多不同類型的健身設備已經被發展出來很久而具有各種成就，用以幫助健身。成功等級之健身設備的例子包括有跑步機以及登山機。傳統的跑步機典型上包括有一個提供一個移動表：的連續皮帶，制者可以在該移動表面上行走、慢跑或是奔跑。傳統的登山機典型上包括有適用於向上及向下樞轉的-對連結件’而提供-對表面或料，㈣者可以站立在該等表面或踏墊上並且上壓及下壓，用以模擬在—段階梯上向上行走。本發明的各種實施例及概念係牵涉到一種健身該健身裝置係提供了一種並排 : A y F ;秒動表面，該等移動表面 /、上係在一個端部處被樞轉地支撐著並且係適用於在一 -1304351 及多其他實施例及概念係更加詳細地討論於下文之中【發明内容】個相對端部處向上置，二個可以樞轉式係提供了使用一用一種登山機的一本發明之概念的健或是一個登山機所及向下樞轉。藉著一的移動表面係以一種種踏車的一些或全部些或全部的健身益處身機器係提供了無法辨識出來的額外益處種符合本發明的裝方式被提供，該方的健身益處以及使。此外，一種符合單獨地由一個踏車。本發明的這些以 φ 相-關申請案的交互東昭本發明為一個非暫時性的申請案，其主張2〇〇3年2月 28曰提出申請、名稱為“帶有踏板的健身裝置（E^rcise • Device with TreacUes ) ”之共同未判定暫時申請案第 κ 60/45 1 ’1 〇4號的優先權，該申請案係加入本文做為參考。名稱為“雙重平台的健身裝置（Dual Deck Exercise Device) ’’且於2003年2月28曰提出申請之美國暫時專利申請案第60/450,789號。Different T The pedal has a moving surface provided thereon. The invention is also related to various pedal interconnecting mechanisms, pedal restraining mechanisms, and pedal reciprocating enhancing mechanisms. [Prior Art] U.S. Patent No. 6,461,279. U.S. Patent No. 5,626,539. U.S. Patent No. 5,336,146. The background of the moon The health benefits of regular fitness are well known. Many different types of fitness equipment have been developed for a long time with a variety of achievements to help with fitness. Examples of successful fitness equipment include treadmills and mountain climbers. Conventional treadmills typically include a continuous belt that provides a moving watch: the maker can walk, jog or run on the moving surface. Conventional climbers typically include a pair of surfaces or materials that are adapted to pivot up and down - for the link, and (4) can stand on the surfaces or pads and press and press down for The simulation walks up on the step ladder. Various embodiments and concepts of the present invention relate to a fitness device that provides a side-by-side arrangement: A y F; a second moving surface, the moving surfaces/upper are pivotally supported at one end and It is applicable to a more detailed discussion of one -1304351 and many other embodiments and concepts in the following. [Invention] At the opposite ends, the two pivotable systems provide the use of a climbing machine. The concept of a invention is either a climbing machine or a pivoting machine. By means of a moving surface, some or all of the fitness benefits of a treadmill provide an unrecognizable additional benefit. A method of loading according to the present invention is provided, the fitness benefits of the party and the . In addition, one fits separately by a treadmill. The invention of the φ phase-off application of the present invention is a non-transitory application, which claims to be filed on February 28, 2003 for the purpose of "a fitness device with a pedal ( E^rcise • Device with TreacUes) The priority of the Common Undecided Provisional Application No. κ 60/45 1 '1 〇 4, which is incorporated herein by reference. U.S. Provisional Patent Application No. 60/450,789, filed on February 28, 2003.

• 名稱為“雙重平台的健身裝置（Dual Deck Exercise Device) ’’且於2004年2月26曰提出申請之美國專利申请案第__號’該申請案也為Dorsey & Whitney LLP備忘錄第2072/US/2號，並且為美國快遞郵件第ev 304 883 450 US • 號；名稱為“用於健身裝置的控制系統及方法（Control• The US Patent Application No. __, filed on February 26, 2004, and the application is also Dorsey & Whitney LLP Memorandum 2072 /US/2, and for the US Express mail number ev 304 883 450 US •; name is "control system and method for fitness equipment (Control

System and Method for an Exercise Apparatus)，’ 且於 2003 年2月28曰提出申請之美國暫時專利申請案第6〇/45〇,89〇 1304351System and Method for an Exercise Apparatus), and US Provisional Patent Application No. 6/45, 89〇 1304351, filed on February 28, 2003

名稱為用於健身裝置的控制系統及方法（ControlName is the control system and method for the fitness device (Control

System and Method for an Exercise Apparatus) ” 且於 2004 年2月26日提出申請之美國專利申請案第一號，該申請案也為Dorsey & Whitney LLP備忘錄第2076/US/2號，並且為美國快遞郵件第EV 447 463 1 12 US號；名稱為“帶有踏板的健身裝置（Exercise Device with Treadles) 且於2004年2月2ό曰提出申請之美國專利申。月案弟 5虎’遠申睛案也為Dorsey & Whitney LLP備忘錄第34005/US號，並且為美國快遞郵件第ev 447 463 280 US號；名稱為“用於控制健身裝置的系統及方法（System andThe US Patent Application No. 1 filed on February 26, 2004, which is also the Dorsey & Whitney LLP Memorandum No. 2076/US/2, and is the United States. Express mail No. EV 447 463 1 12 US; US Patent Application entitled "Exercise Device with Treadles" and filed on February 2, 2004. The monthly case of the 5 Tigers' Farsighted Case is also the Dorsey & Whitney LLP Memorandum No. 34005/US, and is US Express Mail No. ev 447 463 280 US; the name is "Systems and Methods for Controlling Fitness Devices ( System and

Method for Controlling an Exercise Apparatus) ” 且於 2004 年2月26曰提出申請之美國專利申請案第__號，該申請案也為Dorsey & Whitney LLP備忘錄第34006/US號，並且為美國快遞郵件第EV 447463 126US號；名稱為“具有一個單獨後方滾輪之雙重踏車的健身裝置（Dual Treadmill Exercise Device having a Single RearMethod for Controlling an Exercise Apparatus) and US Patent Application No. __ filed on February 26, 2004, which is also the Dorsey & Whitney LLP Memorandum No. 34006/US, and is an American Express Mail. No. EV 447463 126US; "Tual Treadmill Exercise Device having a Single Rear" with a single rear wheel

Roller) ’’且於2004年2月26曰提出申請之美國專利申清案第一一號，該申請案也為Dorsey & Whitney LLP備忘錄第34007/US號，並且為美國快遞郵件第ev 447 463 293 US 號；名稱為“液壓阻力、臂部運動以及非馬達化之雙重平口的踏車（Hydraulic Resistance，Arm Exercise and Non- 1304351Roller) '' and the US Patent Application No. 1 of the application filed on February 26, 2004, is also Dorsey & Whitney LLP Memorandum No. 34007/US, and is US Express Mail No. ev 447 463 293 US; the name "hydraulic resistance, arm movement and non-motorized double flat treadmill (Hydraulic Resistance, Arm Exercise and Non- 1304351

Motorized Dual Deck Treadmills) ” 且於 2004 年 2 月 26 曰提出申請之美國專利申請案第一號，該申請案也為Motorized Dual Deck Treadmills) and the US Patent Application No. 1 filed on February 26, 2004, the application is also

Dorsey & Whitney LLP備忘錄第34103/US號，並且為美國快遞郵件第EV 447 463 302 US號；以及名稱為“帶有踏板的健身裝置（Exercise Device with Treadles) ”且於2003年2月28日提出申請之美國新式樣專利申請案第29/176,966號。本發明的概念係牵涉到一種健身裝置，其包含有提供Dorsey & Whitney LLP Memorandum No. 34103/US, and US Express Mail No. EV 447 463 302 US; and the name "Exercise Device with Treadles" and on February 28, 2003 U.S. New Style Patent Application No. 29/176,966 filed. The concept of the present invention relates to an exercise device that includes

一個第一移動表面的一個第一踏板組件，該第一踏板組件係被配置成用以樞轉者；提供一個第二移動表面的一個第踏板、、且件’ 5亥第二踏板組件係被配置成用以樞轉者；一個互相連接組件，其係以可以操作的方式被耦接在該第一踏板組件與該第二踏板組件之間；以及至少一個阻力元件〃係以可以操作的方式與該互相連接組件耦接。在本發明的一個特殊概念之中，該第一移動表面可以 =3有個第一滾輪及一個第二滾輪、以及一個循環皮 ▼ ’该循環皮帶係以可以旋轉的方式銜接第一及第二滾輪；並且該第-狡^ + # 、红弟—移動表面可以包含有一個第三滾輪及一個弟四滾輪、以为_ ^ 一個弟二循環皮帶，該第二循環皮帶係以可以旋轉的方式分·# μ 武衡接第三及第四滾輪。a first pedal assembly of a first moving surface, the first pedal assembly being configured to pivot; a first pedal providing a second moving surface, and a second pedal assembly Configurable for pivoting; an interconnecting assembly operatively coupled between the first pedal assembly and the second pedal assembly; and at least one resistive element operatively Coupling with the interconnecting component. In a special concept of the present invention, the first moving surface may have a first roller and a second roller, and a circulating skin ▼ 'the circulating belt is rotatably coupled to the first and second a scroll wheel; and the first - 狡^ + #, red brother - the moving surface may include a third roller and a fourth wheel, thinking that _ ^ a second two-loop belt, the second loop belt is rotatably divided · # μ 武衡 connects the third and fourth rollers.

在本發日月_ I 七A 、一個特殊概念之中，該互相連接组件包含有一個弧形榣桿臂，搔、仵匕3 —如絲 ”係被配置成繞著一個第一樞轉點進订樞轉。該弧形搖 ^ ^ ^ 側邊的一個第_ 也褥^之任〇及一個第二部位，該第一部位係與該 1304351 第-踏板組件㈣並且該第二踏板組件係與㈣二踏板电件麵接。該互相連接組件更可以包含有—個第—桿件（像是-個套筒螺母），其係被連接於該弧形搖桿臂的第—部位與該第-踏板組件之間；以及一個第二桿件（像是一個套筒螺母），其係被連接於該弧形搖桿臂的第二部位與該第二踏板組件之間。替代地，在本發明的另一個概念之中，該互相連接组件可以包含有至少一個與框架結構相連接的滑輪；以及至少-㈣線，㈣線係以可以操作的方式被支揮在該至少二個滑輪、該第-踏板組件與㈣二踏板組件之間。該至少-個滑輪可以包含有至少_個第—滑輪，其係與該框竿結構相連接而位於該第一踏板組件上方；以及至少一個第 -滑輪，其係與該框架結構相連接而位於該第二踏板組件 f方。此外’言亥第-踏板組件可以包括有-個第三滑輪；該第二踏板組件可以包括有_個第四滑輪；以&，該：:、 I個境線心料㈣作的以被支财該第三滑_ 第四滑輪之間。至於該阻力元件’在本發明的一個概念之中，該阻力凡件包含有—個旋轉彈性構件。或者，該阻力元件包含有勺個離合$。再者’在—個例子之中，該互相連接組件係二含有一個紙形搖桿臂，其係適用於繞著-個拖轉主轴進仃^轉’並且該離合器包含有—個第一離合器板件以及— :第二離合器板件，該第一離合器板件係以可以操作的方工與》亥孤形搖桿臂相連接，該第二離合器板件係適用於接 1304351 合该第一離合器板件，用以裎极肖以棱供一個介於該第-與該第二〇杏板件之間的阻力。該第二雕σ态板仵係以可以調整工配置，用以提供一個介於該第一離合器 -離合器板件之間的可調整阻力。該第二離合器板件= 轉的撑架所支擇，該可柩轉的撐架係包含有：個强炫4“ 一離合盗。再者，可以配置-個器板件。離合為板件來推動該第二離合或者，仍然與該阻力元件右曰 #有關的疋’該健身裝置更包各有一個框架，並且該铍半件，兮®_ Μ / 、、牛凡件包含有至少一個彈簧元开，搖…"“ 了以知作的方式被耦接在該框架與弧從气复^ ^ 要、、件之間。该至少一個彈簧可以從…植轉點的遠處被輕接到該弧形搖桿臂。在另外的替代方, ，健身…：：乃然與該阻力元件有關的是，違健身裝置更包含有一個· 樞轉輪軸；該阻力元件勺入:弧形搖桿臂包含有一個的方式心亥插轉輪軸輕接；並且至少-個彈簀係以可以操作的方式㈣在該滑輪與該框架之間。 ” 個制=以該弧形搖桿臂包含有-個樞轉輪轴，並且-料以:含有可Γ操作的方式與該槐轉輪轴耗接。該制動 A 推進葉片的流體填充器皿。在本發明的另一個概令一個提供了一個第：二一種健身裝置係包含有動表面係包括有_個第一:面的弟一踏板組件，該第一移一滾輪與一個第二滾輪以及一個循 12 1304351 環皮帶，該循環皮帶係以可以旋轉的方式與該第一及該第一滾輪相接合’該第一踏板組件係被配置成用以柩轉者；以及Γ個Γ力裝置，該阻力裝置包含有一個第一圓盤以及一個第一可子’該第—帶子係被連接於該第一踏板組件之間’環繞該圓盤，並且與基部框架相連接。在本1月的另-個概念之中，一種健身裝置係包含有彳框木，個提供了一個第一移動表面的第一踏板组件，該第-踏板組件係被配置成用 -個第二移動表面的第二踏板組件，該第二踏板組件二配置成用以樞轉者；一個互相連接裝置，其係以可以操作的方式被II接於該第—踏板組件與該第：踏板組件之間；以及-個阻力元件，其係與該第一踏板組件以及該第二踏板,件輕接，該阻力元件包含有一個樞轉支樓的撐架，該撑架具有到達—個枢轉輪軸之任一側邊的-個第-區段及二區段；-個第一>€線’其係被耗接在第一踏板組 —Μ弟-側邊之間；一個第一衝擊件，其係被耦接在該第 -區段與該框架之間；一個第二纜線，其係被耦接在第二踏板組件與第二側邊之間；以及，一個第二衝擊件，其係被耦接在該第二區段與該框架之間。在本發明的另一個概念之中，一種健身裝置係包含有 -個基部框架；一個第一踏板組件，其係包含有一個第一滾輪與一個第二滾輪以及一個循環皮帶，該循環皮帶係以可以旋轉的方式與該第一及該第二滾輪相接合，該第一踏板組件係樞轉地與該基部框架相連接；一個第二踏板組 13 1304351 件循：：：含有一個第三滾輪與-個第四滾輪以及一個第 ::盾…，該循環皮帶係以可以旋轉的方式二輪:接合，該第二踏板組件係樞轉地與之:及用於將與該第一踏板組件與該第二踏板組個第！：關在外面的機構，該機構係可以在- 二踏板組件可以向上及向下插轉的位置與-個動。弟-踏板組件不可以向上及向下框轉的位置之間移In this special issue, the interconnecting component includes a curved mast arm, and the 搔, 仵匕3, such as a wire, is configured to surround a first pivot point. The pivoting is performed. The arc is rotated by a ^ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The (4) two pedal electric components are connected to each other. The interconnecting component may further comprise a first rod member (such as a sleeve nut) connected to the first portion of the arc rocker arm and the Between the first and second pedal assemblies; and a second member (such as a sleeve nut) that is coupled between the second portion of the curved rocker arm and the second pedal assembly. Alternatively, In another concept of the present invention, the interconnecting assembly may include at least one pulley coupled to the frame structure; and at least a (four) wire, the (four) wire being operatively supported on the at least two pulleys, Between the first pedal assembly and the (four) two pedal assembly. The at least one slip There may be included at least one first pulley that is coupled to the frame structure and located above the first pedal assembly; and at least one first pulley that is coupled to the frame structure and located in the second pedal assembly In addition, the 'Yihai-dike assembly may include a third pulley; the second pedal assembly may include _ fourth pulley; with &,::, I line (4) To be supported by the third slip_between the fourth pulley. As for the resistance element, in one concept of the present invention, the resistance member includes a rotating elastic member. Alternatively, the resistance member includes a spoon. Clutch $. In addition, in the example, the interconnecting component system 2 includes a paper-shaped rocker arm, which is adapted to be rotated around a towing spindle and the clutch includes a first clutch plate member and a second clutch plate member, the first clutch plate member being connected to the AI-shaped rocker arm in an operable manner, the second clutch plate member being adapted to be connected to 1304351 The first clutch plate member is used for The pole is provided with a resistance between the first and the second apricot plate. The second oscillating plate is adjustable to provide a first clutch - The adjustable resistance between the clutch plates. The second clutch plate = the support of the rotating bracket, the rotatable bracket comprises: a strong 4" one clutch. Furthermore, the - board can be configured. Clutching into a plate to push the second clutch or, still related to the resistance element right 曰 #, the fitness device further has a frame, and the half piece, 兮®_ Μ / ,, 牛凡件Containing at least one spring element to open, shake..." is coupled in a known manner to the frame and the arc from the gas to the element, the at least one spring can be transferred from The remote is lightly connected to the curved rocker arm. In another alternative, fitness...:: In addition to the resistance element, the fitness device further includes a pivoting axle; the resistance component Spooning: The curved rocker arm includes a way to make the heart-wheeling wheel axle lightly connected; and at least one magazine is operatively (four) between the pulley and the frame. The curved rocker arm includes a pivoting axle and is operatively coupled to the idler axle in a manner that is operable. The brake A advances the fluid filling of the blade. In another aspect of the present invention, a second aspect of the present invention provides: the second type of exercise device includes a pedal surface assembly including a first surface: a first pedal: a first roller and a second roller And a 12 1304351 loop belt rotatably engaging the first and the first roller ‘the first pedal assembly is configured to rotate; and a force device The resistance device includes a first disc and a first sub-bracket that is coupled between the first pedal assembly to surround the disc and is coupled to the base frame. In another concept of this month, an exercise device includes a framed wood, a first pedal assembly that provides a first moving surface, and the first pedal assembly is configured to use a second a second pedal assembly of the moving surface, the second pedal assembly 2 being configured to pivot; an interconnecting device operatively coupled to the first pedal assembly and the first pedal assembly And a resistance element that is lightly coupled to the first pedal assembly and the second pedal member, the resistance member including a pivoting support bracket having an arrival-turning wheel - a first section and a second section of either side of the shaft; a first >€ line is consumed between the first pedal group - the younger brother - the side; a first impact a member coupled between the first segment and the frame; a second cable coupled between the second pedal assembly and the second side; and a second impact member And is coupled between the second section and the frame. In another concept of the present invention, an exercise device includes a base frame, a first pedal assembly including a first roller and a second roller, and an endless belt. Rotatablely engaging the first and second rollers, the first pedal assembly pivotally coupled to the base frame; a second pedal set 13 1304351 following::: including a third roller a fourth roller and a first:: shield..., the endless belt is rotatably two-wheeled: engaged, the second pedal assembly pivotally coupled thereto: and for use with the first pedal assembly The second pedal group is the first! : The mechanism that is closed outside, the mechanism can be moved in the position where the - two pedal components can be rotated up and down. - The pedal assembly cannot be moved between the positions of the up and down frames.

在本發明的另一個概冬個使用者以-第一足:及種健身裝置係用於- σ 第一足部使用，該健身裝置包 …個框架結構；一個第一踏板組件，其係與該框" 構樞轉地連接，該第—踏板組件包含有—個循環皮帶^ 個第一踏板組件’其係與該框架結構樞轉地連接，該第二踏板組件包含有一個第二循環皮帶；一個互相連接構件7 其係可操作地與該第一踏板組件與該第二踏板組件相連接；至少-個阻力元件’其係可操作地與該互相連接裝置相連釔，亚且，藉此，在使用該健身裝置期間，一個第一足部係向後及向下地移動，並且一個第二足部係向後及上地移動。在本發明的另一個概念之中，一種健身裝置係包含有 -個框架結構；一個第一踏板組件，其係提供一個第一移動表面以及一個循環皮帶，該循環皮帶係以可以旋轉的= 式/、第滾輪及第二滾輪相接合，該第一踏板組件係與該框架結構樞轉地連接；一個第二踏板組件，其係提供—個 1304351 第了ί夕動表面，該第二移動表面包括有一個第三滾輪及一個第四滾輪以及一個第二循環皮帶，㉟第二循環皮帶係以可以旋轉的方式與第三滾輪及第四滾輪相接合，該第二踏板組:係與該框架結構樞轉地連一㈤第一無彈力衝擊件八係被連接於該第一踏板組件與該框架結構之間；以第無彈力衝擊件，其係被連接於該第二踏板組件與該框架結構之間。切衣曲可μ巴言有一個循環皮帶，其係可旋轉地接合該第_涪“ β # ^ 、及邊第二滾輪，·並且，該第二移動表面包含有一個箆- 輪以及該第四】輪皮可，其係可旋轉地接合該第三滾㈣f本^明的另一個概念之中，該健身裝置係包含有- 構：-個第—踏板組件，其係包含有一個丄In another winter of the present invention, a first foot: and a fitness device are used for - σ first foot use, the fitness device includes a frame structure; a first pedal component, which is coupled with The frame " pivotally connected, the first pedal assembly includes a loop belt ^ first pedal assembly 'which is pivotally coupled to the frame structure, the second pedal assembly includes a second loop a belt; an interconnecting member 7 operatively coupled to the first pedal assembly and the second pedal assembly; at least one of the resistance members operatively coupled to the interconnecting device, Thus, during use of the exercise device, a first foot moves backwards and downwards and a second foot moves rearwardly and upwardly. In another concept of the present invention, an exercise device includes a frame structure; a first pedal assembly that provides a first moving surface and an endless belt that is rotatable = /, the first roller and the second roller are engaged, the first pedal assembly is pivotally connected to the frame structure; and a second pedal assembly is provided with a 1304351 first moving surface, the second moving surface The utility model comprises a third roller and a fourth roller and a second circulating belt, wherein the second circulating belt is rotatably engaged with the third roller and the fourth roller, the second pedal group: the frame and the frame The structure pivotally connects (5) the first non-elastic impact member eight is coupled between the first pedal assembly and the frame structure; the first elastic impact member is coupled to the second pedal assembly and the frame Between the structures. The cut piece can have an endless belt that rotatably engages the first _ 涪 "β # ^ and the second side wheel, and the second moving surface includes a 箆-wheel and the first Four] wheel skin, which is rotatably engaged with the third roll (four) f, another concept of the body device, the fitness device comprises a - structure: - a pedal assembly, which includes a

二走轉滾輪以及一個循環皮帶，該循環皮帶係以可以方疋轉的方式盥兮筮 J 踏板植件孫/ 及該第二滾輪相接合，該第一、，〜、邊框架結構樞轉地連接丨一個第二踏無& 件’其係包括有一個第三滾輪及一個 -、、且二循環皮帶，該第二循環《/袞輪以及-個第滾輪及第四滾輪相接八 π ”以可以方疋轉的方式與第三樞轉地連接，·以及一：互二踏板組件係與該框架結構第-踏板組件與該第目接構件，其係可操作地與該 /、X第一踏板組件相連έ士 ·莊山接構件可以用-種裝運構造被建構，^該互相連件及該第二踏板組：#中，該第-踏板組 »亥互相連接構件可低 3有一個弧形搖桿臂組件。竽a second running roller and an endless belt, the circulating belt is slidably engaged with the J pedal planting sun and the second roller, the first, the ~, the side frame structure pivotally The connection 丨 a second stepless & 'the item includes a third roller and a -, and two circulating belt, the second cycle "/ 衮 wheel and - the first roller and the fourth roller meet eight π </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> The first pedal assembly connected to the gentleman Zhuangshan joint member can be constructed with a shipping structure, the interconnecting member and the second pedal group: #, the first pedal group » Hai interconnecting member can be lower 3 An arc rocker arm assembly.竽

< S 15 1304351 1形搖桿臂組件可以包括有一個彈簧負載輪轴，其係樞轉被支撐在一個撐架中’該撐架係界定出一個長形狹長孑L 。災再者，本發明係提供了一種使用於一個健身裝置上的滑軌板件。該健身裝置具有一個第一踏板組件以及_個第一踏板組件。m板件係作用以將言亥等踏板組件保持於相對彼此的平行對準之中。在本發明的一個概念之中，一個滑軌板件係用於維持在-個健身裝置上之一個第一踏板組件與一個第二踏板組件之間的平行對準，該滑軌板件包括有一個具有一個前方側邊的構件，該前方側邊係藉由一個第一側邊與一個第二側邊而被界定出來，而該第一及該第二側邊係被一個第三 j邊以及一個第四側邊分開，並且該前方側邊進一步地被 —個將前述前方側邊從一個後方側邊分開的厚度所界定。本發明之各種實施例的特徵、效用、及優點從如同隨 =圖式十所顯示以及界定於隨後申請專利範圍中之本發明實施例之更加具體的描述將會更加明顯。【實施方式】一種符合本發明的健身裝置1〇可以被建構成提供使用者一種行走類型的運動、一種踏步類型的運動、或是一種結合了行走及踏步二者之類似爬行的運動。該健身裝置大體上係包括有二個類似踏車的組件12 (在本文中被稱為 ‘‘踏板”或是“踏板組件”），其係樞轉地與一個框架Μ 相連接，使得該等踏板可以繞著一個共同主轴16向上及 16 1304351 向下樞轉。每個踏板係包括有一個踩踏皮帶18，其係提供了一個像是踏車的移動表面。在使用_，使用者將會在該 %車上行走，忮跑或是跑步，並且該等踏車將會繞著該共同主軸來回往復。該等踏板係互相連接，使得一個踏板的向上運動是藉著另一個踏板的向下運動來達成的。該等踏板皮帶的移動表面以及踏板之協調及互相連接之往復來回的組合係提供了一種相似於在一個寬鬆表面上爬行的健身運動’像疋仃走’慢跑或是跑上沙丘，其巾，每個向上及春肖前的足部運動是藉著足部的向後及向下滑動來達成的。特別的^血苔及其他健康盈處係藉著此種類似爬行的運動而達成。此外，如將可以從以下討論認識到的是，該等特別的健康盈處係以一種低衝擊的方式完成。 • 圖1是與本發明一致之一個健身裝置之一個例子的等角視圖。顯示於圖丨中之健身裝置的實施例係包括有保護及裝飾控制才反20，該控制板在某些情況中係遮蔽了該健身衣置之二σ卩件的視線。圖2為顯示於圖1中之健身裝置的一個等角視圖，而該保護及裝飾控制板係被移除，用以更加清楚地顯示該裝置的所有部件。示於圖3到圖8以及 • 其他圖式中之健身裝置的其他視圖在大部份的情況中並不包括該保護及裝飾控制板。麥照圖1、圖2及其他圖式，該健身裝置係包括有一個第一踏板組件12Α以及一個第二踏板組件ΐ2Β，每個組件具有一個前方部位22及一個後^方部位24。該等踏板組件12的後方部位係樞轉地被支撐在該健身裝置1〇的後 17 1304351 方。该等踏板組件的前方部位22係被支撐在框架"上方，並且係被建構成在使用期間以大體向上及向下的方式往復來回。也有可能的是將踏板樞轉地支撑在健身裝置的前並且將踏板組件的後方支樓在該框架上方。該等踏板組件亦支撲了一個循環皮帶或是“踏板皮帶，，，其係在— 個平台26上旋轉並且繞著前方滚輪28及後方滾輪3〇，用以提供一個向前或是向後移動表面。使用者可以在該健身裝置上面向踏板組件的前方進運動（在此處稱為“面向前方使用”），或可以該健身裝置上面，向踏板組件的後方進行運動（在此處稱為“面向後方使用）。此處所使用的用詞“前方，，、“後方，，及“右側”是以一般使用該裝置之面向前方的方式站在該裝置中之使用者的觀點。在任何的使用方法期間，使用者可以用 -種使用者的每個足部係接觸其中_個踏板組件的方式行走、慢跑、奔跑以及/或踩踏在該裝置上。舉 =:使用之中，使用者的左側足部一般二左在踏板^ ，而使用者的右側^部―般只會接觸右側 f板組件12B。替代地，在在面向後方的使用之中，使用的左側足部一般只會接觸右側踏板組件ΐ2β，而使用者的右側足部-般只會接觸左側踏板組件12A。種與本發明之概念一致的健身、提供一種跨越動作，或是僅提供踏動^建構成僅動作來1 ^秘踏V動作。對於跨越 …该相板組件係被建構成不會來时復，该循％帶子18係被建構成用以旋 ^ 用Η 跨越動作，， 1304351 疋要用來表干以及奔跑。對L般人類的跨越動作，像是行走、慢跑、來回往復、、、踏步動作來說，該等踏板組件係被建構成進行旋轉者並=循環帶子^係被建構成不會繞著滾輪類的踏步動作，像是，=疋要用來表示任何一般人的階梯健喜胜走上階梯、使用-種傳統式 ”白梯健身裝置走上-個斜坡等等。支撐置件的後方部位24係被柩轉地，被支樓在該===處。每個踏板組件的前方部位係可以向… 則方部位上方，使得該等踏板組件牛轉。當使用者在-個循環皮帶上踏步打，相關的踏板組件12Α 上墦下柩轉。如同將更奋包括該皮帶）將會向 .,^ ，更θ加詳細地描述於下文之中的是，該等踏板、'且件12係互相連接 θ μ , 上運動將會造成另…“一個踏板組件的向下或向個踏板組件的的個相對的向上或向下運：。因此’當使用者在一個皮帶18 的踏板組件將合仓Τ^相關如 ^ θ ^下樞轉，同時另一個踏板組件將會向上樞轉。糟著將踏板組件逵環皮帶建構成提供一個_動#上以及向移動’並且將循 -種涵蓋了行走及踏步之組合的健身運動。達成圖1所示之健身裝置1〇之實施例的部份切除等角視圖0關於左側及女 ’、以顯示出在下面的皮帶平台踏牛’該循環皮帶係被移除 28及後方滾㉒3〇。除3疋甲板26以及前方滾輪 fla m 此之外，左側踏板的皮帶平△孫姑切汗，以顯示出在下面的踏板框架元件。參照圖2口及其 19 1304351 他圖式，該健身裝置包括 Ύ m ^ ^ m 主要框罙14。該框架提供了用於健身裝置之移動元杜牛及其他70件的整體結構支撐。该框罙包括有一個左側構件什32、一個右側構件34及禮數個交叉構件36，該等交叉搂从γ 複數 .,^ ^ 又構件係將該左側構件與右側構件互相連接，用以提供一個單一再于早基°卩結構。該框架可以直接被a又疋在地板上，或者可、Λ、+ j Μ破支撐在可調整的支柱、墊子、減震器、或是其組合。在她之中，可調整的支挺係被提供在框架的底部前方左側以及前方右側㈣卜 -個左側立柱40係與左側構件32的前方端部區域相運接。一個右側立柱42伤盥士也丨ha 、右側構件34的前方端部區域相連接。該等立柱係整體祕加種稍微向後的曲線從該框木向上延伸。把手44孫1 _ 糸種大體上與立柱成Τ形的定 =向地延伸到每個立柱的頂部。丁形的頂部為該把手，鱼 $向下延伸的部位為該立柱。該等把手係被配置在與個別之下方側邊構件32及夂Μ相冋的平面之中。該等把手係界定出-個與該等立柱相連接的ρ區段46，以及— 個向後的第二區段48’該第二區段係以相對於該第一區段傾斜地延伸。該把手係適用於使用者在使用健身裝握住。-個操縱台5G係被支樓在該等把手的第一 :段之間。該操縱台包括有-個或多個杯子支架，一個健 ^身顯不器’以及一個或多個適用於保持瑜匙、一個行動電其他個人物品的凹部。該操縱台係最清楚地被顯不於圖5及圖7之中。圖3是圖2所示之健身裝置1〇的一個左側視圖，並且 20 1304351 圖4左是一個右側視圖。圖5為圖2所示之健身裝置之實 ^例的俯視圖’亚且圖6為前視圖。圖9為沿著圖5的直線"所截取的剖面圖。參照圖2到圖6及圖9、以及其他圖式’每個踏板組件係包括有_個踏板框架該踏板框架具有—個左側構件54、_個右側構件％以及延伸於 A左側構件與該右側構件之間的複數個交叉構件W。如最 /月邊地顯示於圖9之中’每個踏板的外側縱向構件54，％係樞轉地被徑向的球軸承59接合到後方主轴（輪軸）Μ。 • 忒等刖方滾輪28係以可以轉動的方式被支撐在每個踏板框架的前方，並且該等後方滾輪3〇係以可以轉動的方式被支撐在每個踏板框架的後方。為了要調整踩踏皮帶的張力以及軌跡，前方或是後方滾輪可以用可調整的方式與 • 踏板框架相連接。在最清楚地顯示於圖3及圖4之中的一個特殊實施方式中，每個前方滚輪係可以調整地與每個個別踏板框架的前方相連接。該前方滚輪包括有一個從該滚輪的二個端部處向外延伸的輪軸60。輪軸之每個向外延伸鲁的端部係界定出一個具有螺紋的開孔62，並且係被支撑在一個通道64之中，而該通道係被界定在踏板框架的左側及右側構件5 4及5 6的向前端部之中。該通道係界定出一 • 個向前開放的端部66。一個界定出一個具有螺紋之開孔的 • 板件68係被緊固到該左側及右側構件，使得開孔7〇的中心線會與通道64的向前開放端部66對準。一個螺栓係以螺紋被穿入該具有螺紋的開孔之中，並且與在滾輪輪轴6〇之端部中之對應的具有螺紋的開孔接合，而該輪軸係被支 21 1304351 撐在该通道之中。替代地，一個彈簧係被座落在該通道的關閉後方部位與樞轉輪軸之間，用以向前偏移該樞轉輪軸。藉著調整位於該輪軸之端部的一個或二個螺栓，該輪，的對應端部可以在該通道内被向_或向後移冑，用以調鲨别方滾輪的位置。前方滾輪的調整可以弄鬆或弄緊踩踏的皮帶’或是改變踩踏皮帶的前進。< S 15 1304351 The 1-shaped rocker arm assembly can include a spring loaded axle that is pivotally supported in a bracket. The bracket defines an elongated elongated 孑L. In addition, the present invention provides a rail member for use on an exercise device. The exercise device has a first pedal assembly and a first pedal assembly. The m-plate functions to hold the pedal assemblies, such as Yanhai, in parallel alignment with respect to each other. In one concept of the present invention, a slide rail member is used to maintain parallel alignment between a first pedal assembly and a second pedal assembly on an exercise device, the slide rail member including a member having a front side edge defined by a first side edge and a second side edge, and the first side and the second side edge are separated by a third j side A fourth side edge is separated and the front side edge is further defined by a thickness separating the front side edge from a rear side edge. The features, utilities, and advantages of the various embodiments of the present invention will be more apparent from the more detailed description of the embodiments of the invention as illustrated in the appended claims. [Embodiment] An exercise device according to the present invention can be constructed to provide a user with a walking type of exercise, a step type exercise, or a similar crawling exercise that combines both walking and stepping. The exercise device generally includes two treadmill-like components 12 (referred to herein as ''legs' or "pedal assemblies") that are pivotally coupled to a frame , such that The pedals can pivot downwardly about a common main shaft 16 and 16 1304351. Each pedal system includes a tread belt 18 that provides a moving surface like a treadmill. In use _, the user will be at The % vehicle is walking, running or running, and the treadmill will reciprocate around the common main shaft. The pedals are connected to each other such that the upward movement of one pedal is caused by the downward movement of the other pedal. The combination of the moving surface of the pedal belt and the reciprocating back and forth of the pedals and the interconnections provides a fitness exercise similar to crawling on a loose surface, like jogging or jogging on sand dunes. The towel, each foot movement before the spring and the spring is achieved by sliding the foot backwards and downwards. The special blood moss and other health surpluses are crawled by this kind. In addition, as will be appreciated from the following discussion, such special health benefits are accomplished in a low impact manner. • Figure 1 is an example of an exercise device consistent with the present invention, etc. An angular view. The embodiment of the exercise device shown in the figure includes a protection and decoration control, and in some cases, the control panel obscures the line of sight of the fitness device. An isometric view of the exercise device shown in Figure 1, and the protective and decorative control panel is removed for more clear display of all components of the device. See Figures 3 through 8 and other figures Other views of the exercise device of the type do not include the protective and decorative control panel in most cases. In the drawings 1, Figure 2 and other figures, the exercise device includes a first pedal assembly 12A and A second pedal assembly ΐ2Β, each assembly having a front portion 22 and a rear portion 24. The rear portion of the pedal assembly 12 is pivotally supported on the rear side of the fitness device 1 130 1345351 The front portion 22 of the pedal assemblies is supported above the frame and is configured to reciprocate back and forth in a generally upward and downward manner during use. It is also possible to pivotally support the pedals in the exercise device. Front and the rear branch of the pedal assembly is above the frame. The pedal assemblies also slap an endless belt or "pedal belt, which is rotated on the platform 26 and around the front roller 28 and rear. The roller 3〇 is used to provide a moving surface forward or backward. The user can move forward on the exercise device facing the front of the pedal assembly (referred to herein as "facing forward"), or can move toward the rear of the pedal assembly (referred to herein as "facing" Rear use. The terms "front,", "rear," and "right" as used herein are those of the user standing in the device in a forward-facing manner that generally uses the device. During the period, the user can walk, jog, run, and/or step on the device with each of the user's foot contacting the pedal assembly. The second part of the user is generally on the pedal ^, and the right side of the user will only touch the right f-plate assembly 12B. Alternatively, in the rear-facing use, the left foot used will generally only touch the right pedal assembly. ΐ 2β, and the user's right foot will only contact the left pedal assembly 12A. A fitness that is consistent with the concept of the present invention, provides a spanning action, or provides only a stepping motion In the action of only 1 ^ secret step V action. For the span of ... the phase plate component is constructed and will not come back, the cycle of the belt 18 is constructed to use the Η cross-over action, 1304351 Used for dry and running. For L-like human movements, such as walking, jogging, back and forth, and stepping, these pedal components are built to be rotated and = loop belts are built. It does not follow the steps of the roller type. For example, =疋 is used to indicate that any ordinary person's ladder is happy to go up the ladder, use the traditional-style "white ladder fitness device to go up - a slope, and so on. The rear portion 24 of the support member is twisted and turned, and the branch is at the ===. The front portion of each pedal assembly can be placed above the square portion so that the pedal assemblies are turned. When the user steps on a loop belt, the associated pedal assembly 12 is squatted up and down. As will be more exciting to include the belt) will be described in detail below, ^, more θ, in the following, the pedals, and the 12 pieces are connected to each other θ μ, the upper movement will cause another..." One of the pedal assemblies is moved up or down relative to one of the pedal assemblies: so that 'when the user pivots the pedal assembly of a belt 18 to a close position such as ^ θ ^ The other pedal assembly will pivot upwards. The pedal assembly will be constructed to provide a swaying and moving movement and will follow a combination of walking and stepping exercises. Part of the embodiment of the exercise device shown in FIG. 1 is an isometric view of the left side and the female 'to show the belt platform on the lower side of the cow'. The loop belt is removed 28 and the rear roller is 223. Except 3 In addition to the deck 26 and the front roller fla m, the belt of the left pedal is flattened by the singer to show the pedal frame element below. Referring to Figure 2 and its 19 1304351 his figure, the fitness device includes Ύ m ^ ^ m main frame 罙 14. This The frame provides the overall structural support of the mobile element Du Niu and other 70 pieces for the exercise device. The frame includes a left side member 32, a right side member 34 and a number of cross members 36, the cross 搂 from the γ complex . . ^ ^ The component is interconnected with the right side member and the right side member to provide a single and then early structure. The frame can be directly attached to the floor by a, or can be, Λ, + j Μ Broken support in adjustable pillars, mats, shock absorbers, or a combination thereof. Among her, the adjustable support is provided on the left front side of the frame and on the front right side (four) - a left column 40 series The front end region of the left side member 32 is in contact with each other. One right column 42 is attached to the front end region of the right side member 34. The column is integrally attached with a slightly backward curve from the frame wood. Extending upwards. The handle 44 is 1 _ 糸大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上 = = = = = = = = = = = = = = = 大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上大体上Wait for the handle Arranged in a plane opposite the individual lower side members 32 and 。. The handles define a ρ section 46 connected to the uprights, and a second rearward section 48' The second section extends obliquely relative to the first section. The handle is adapted for the user to hold in a fitness suit. A console 5G is the first of the handles at the handle: Between the segments, the console includes one or more cup holders, a health display device, and one or more recesses adapted to hold the spoon, a mobile personal other item. It is clearly shown in Figures 5 and 7. Figure 3 is a left side view of the exercise device 1A shown in Figure 2, and 20 1304351 Figure 4 is a right side view. Fig. 5 is a plan view of a practical example of the exercise device shown in Fig. 2, and Fig. 6 is a front view. Figure 9 is a cross-sectional view taken along the line " of Figure 5. Referring to Figures 2 to 6 and Figure 9, and other figures 'each pedal assembly includes _ pedal frames having a left side member 54, a right side member %, and a left side member extending to the right side A plurality of cross members W between the members. As shown most schematically in Fig. 9, the outer longitudinal member 54, the % of each pedal, is pivotally engaged by the radial ball bearing 59 to the rear main shaft (axle). • The cymbal rollers 28 are rotatably supported in front of each of the pedal frames, and the rear rollers 3 are rotatably supported behind each of the pedal frames. In order to adjust the tension and trajectory of the pedaling belt, the front or rear roller can be adjusted to the pedal frame in an adjustable manner. In a particular embodiment, most clearly shown in Figures 3 and 4, each front roller is adjustably coupled to the front of each individual pedal frame. The front roller includes an axle 60 that extends outwardly from the ends of the roller. Each of the outwardly extending ends of the axle defines a threaded opening 62 and is supported in a passage 64 defined in the left and right side members of the pedal frame 54 and 5 6 is in the front end. The passage defines a forwardly open end 66. A panel 68 defining a threaded opening is fastened to the left and right members such that the centerline of the opening 7 is aligned with the forward open end 66 of the passage 64. a bolt is threaded into the threaded opening and engaged with a corresponding threaded opening in the end of the roller axle 6〇, and the axle is supported by the bracket 21 1304351 In the channel. Alternatively, a spring is seated between the closed rear portion of the passage and the pivoting axle for biasing the pivoting axle forward. By adjusting one or two bolts at the end of the axle, the corresponding end of the wheel can be moved toward or backward in the passage to adjust the position of the shark wheel. The adjustment of the front roller can loosen or tighten the belt that is stepped on or change the advancement of the stepping belt.

該皮帶平台26係被座落在每個踏板框架52的頂部上。 "亥平台可以以螺栓被固定到踏板框架、可以被緊固到與一個平台減震或是平台懸吊系統組合在一起的框架、或是可以被鬆他地裝設在該踏板框架上。每個皮帶平台係被座落在每個踏板組件12A及12B的各個前方及後方滾輪28及 3〇之間。該Μ帶平台係被訂定尺寸，用以提供—個著地平台，用於踩踏皮帶18的大部份或全部的上方運行。每個踏板組件的後方係被樞轉地支撐在該框架的後方處，並且那個踏板組件的前方係被一個或多個抑制元件 76、-個互相連接構件78、或是抑制元件及互相連接構件的一個組合支撑在該框架的上方，使得每個踏板組件Η 可以相對於該下方框架向上及向下植轉。圖7為圖2所示之健身裝置之實施例的一個後視圖。圖 9為沿著圖線9 - 9所截取之後方滾輪組件的剖面及圖9、以及其他圖式，每個踏板組主要框架14的一個後方橫向構件8 〇 5的直圖。參照圖5、圖7 件係樞轉地被支撐在上方。在一個特殊的實施方式之中，一個驅動軸桿82係η沉丨& 係以可以旋轉的方式被一個左側、中間及右側驅動撐架84A、84B及84c支撐在 22 1304351 該後方橫向構件上方。對應的徑向軸承81A、81B及81C :、、可以方疋轉的方式將輪軸支撐在該等撐架之中。該驅動轴才干係以可以方疋轉的方式支撲著每個後方滾輪。因此，該 ^側及右側滾輪係相對於一個共同的驅動主轴82以可以疋轉的方式被支撐’而在一個例子之中，言亥共同驅動主軸也為該等踏板12的共同後方樞轉主軸16。母個滚輪（ 28, 30 )係被一對軸環83支撐在輪轴（16， 82)上：該等軸環係被-個鍵部85》固到該輪轴，而該鍵部係被裝配在一個位於該軸環且位於該輪軸之中的一個 ^ 87 ’ 89 <中。該軸環係進-步地被-個支撐於該轴 %中的設定㈣91緊固到該輪轴。該設定縣係抵鍵部而被弄緊。 w 一個滑輪86係被緊固到該驅動軸桿82的一個部位。如最清楚地顯示於圖2、圖3、β 9以及其他圖式中的，二-個特殊實施方式之中，該驅動滑輪86係被緊固到驅動轴桿的左側端部區域。⑼，該驅動滑輪可以被緊 :右側柒邠區域’或是沿著該驅動軸桿介於左側及右側部區域之間之具_ Μ # + 又又的某處。一個馬達88係被緊固到一個 &部板件90 (最清楚地顯示於圖8的仰視圖之中），部=件係延伸於右側及左側構件56及54之間。—個= 軸知92 #從該馬達的左侧處向外夺成使得該馬達袖桿大趙上平行於堪動轴桿82。_達:= 係被緊固到馬達軸桿之向外延伸氣輪94 册以〆、 1叼鳊口I4 ^域。一個驅動皮 ^ *被連接於該驅動軸桿滑輪與-個與該馬達轴桿相 23 1304351 連接的馬違滑輪9 8之間。據此，該馬達係被配置成用以造成驅動軸桿與二個後方滾輪3 0的轉動。一個皮帶速度感測器100係可操作地與踩踏皮帶18連結在一起，用以監測該皮帶的速度。在一個特殊的實施方式之中，該皮帶速度感測器係被實施成帶有一個簧片開關 102’ §亥普片開關包括有一個磁鐵1〇4及一個拾取器該簧片開關係可操作地與該驅動滑輪連結，用以產生一個 • 皮帶速度訊號。該磁鐵係被埋置於驅動滑輪86或與該滑 • 輪相連接，並且該拾取器係在一個定向之中與該主要框架 14相連結，用以在每次磁鐵旋轉通過該拾取器時產生一個輸出脈衝。左側及右側後方滾輪30皆被緊固到該驅動轴桿82。因此，該驅動軸桿的旋轉會導致左側及右側後方滾輪以及 &關聯的彳盾環皮帶18以相同’或是幾乎相同的步速旋轉。也有可爿b的疋提供獨立之用於每個滾輪的驅動軸桿，其將㈢由刀開的馬達提供動力，而具有-個共同的馬達控制。 :此種：况之中，馬達速度將會被控制器所協調，用以使二皮贡乂相@ ’或是幾乎相同的步速旋轉。該或該等馬 T以被建構成或是經由使用者的控制而被㈣，用以在一個向前方向方 ^ P，從左側的觀點來看，繞著前方及後個向後方肖C,、中動該循環皮帶，或是被建構成在一滚輪順時針）^7 ’從左側的觀點來看，繞著前方及後方 τ驅動該循環皮帶。 26上方根據在使用期間，該循環皮帶18係在該平台 24 1304351 各種因素（包括皮帶及平台的材料以及在該皮帶上的向下作用力）而以一種特殊的動摩擦力滑行。在某些情況之中，當使用者踏在該皮帶上並且增加皮帶與平台之間的動摩擦力時’皮帶可以稍微地黏結在該平台上所賦予而用以轉動該皮帶的作用力之外，被緊了= 軸桿的飛輪94具有一個角動量的作用力分量，其係有助於克服增加的動摩擦力並且有助於提供均句的踩踏皮帶運動。在-個特殊的實施方式之中，該平台是一個3/8英对籲厚的中間密度纖維（或是“MDF”），其係以一個電子光束低摩擦力固化處理的塗料塗層為基礎。再者，該皮帶是 -種具有-個PVC頂部的聚醋織物基底。該皮帶更可以結 -合一個低摩擦的材料，像是低摩擦的矽樹脂。 . 本發明的某些實施例可以包括有-個阻力元件76,1 係可操作地與該等踏板相連接。當使用於本文令時，用詞阻力件#意義是包括抵抗垂直運動（像是踏板的樞轉運動）的任何類型的裝置、結構、構件、組件及構造。鲁阻;力π件所提供的阻力可以是固定的、可變的、以及/或可5周整的。此外，該阻力可以是負载的-個函數、時間的 ;個函數、熱量的一個函數、或其他因素的—個函 =且力：件可以提供其他的功效，像是緩和踏板之運動的，等踏板ί描或是向下及向下運動。該阻力元件也可以在 :位置之2供一個恢復作用力’使得如果踏板在-個下二置之中時’該阻力元件將會提供—個用以向上移動兮板的恢復作用力；或是如果踏板在-個上方位置之；: 25 1304351 時，該阻力元件將會提供一個作用力。用詞“衝擊件”或是“抑制：:，動板的恢復中是用來表卜個阻力元件，牛有時候在本文用力）元件，或是一個包括或不彈力（恢復作用力的抑制元件。括或不包括-個…生(恢復)作 /在該健身裝置的一個特殊構造之中，一個阻力元件％係延伸於母個踏板組件丨2與等踏板組件的前方以及用以抵以：=之間，用以支撑該、丄片一用以抵抗母個踏板的向下運動。該或δ亥#阻力元件可以被配置在間的各種位置處。在圖心：1Γ主要框架之口1到圖7以及其他圖式所示的實施例之中，餘力Μ包括有—個第—及—個第二衝擊件108 及肖一個衝擊件係抵抗並緩和踏板的運動。更加特別的是’第-或左側衝擊件1〇8係延伸於左側踏板組件的左側或外部框架構件54與左侧直立框架構件4〇之間。第 -衝^件1 1 0係延伸於右側踏板組件的右側或外部框架構件56與右側直立框架構件42之間。圖26顯示出本發明的一個替代性實施例，其中，衝擊件係延伸於每個踏板組件的外部框架構件與該框架位於踏板組件下方的一個部位之1在另個替代性例子之中，該等衝擊件可以被連接到踏板介於内部盥外部狄一汗4踏板框架構件之間的前方（參見圖 40) 0 在個特殊實施例之中，衝擊件（108 , 11〇)是一種肌體聖或工氣型的抑制裝置，並且在内部或在外部並沒有與個Μ复彈耳結合。因此，當使用者的足部落在一個踏 26 1304351 板的前方上時，該衝擊件會抑制並且抵抗力，用以提供對於使用者足部、腿部以及關節之各種腿部關節的緩衝作用。在某些構造之“：膝力裝置也可以被調整，以 4阻 Λ、加或減少一個踏板的向長度。该衝擊件可以且古 , 丁私千“具有一個使用者可調整的抑制軸产當該軸環被轉動時係會導致彳# •般μ 制輛％，才竹θ V致衝擊件的抑制作用力少，用以配合使用者的任何或減 J π1J将別需求。一個可# Α 本發明之健身裝置之中的牿；付β ^么“目女寺殊衝孝件係被顯示並描述於名稱為具有可調整之卩且：/?、V» ^ · 液壓圓筒的健身機器（EXereiseThe belt platform 26 is seated on top of each pedal frame 52. The "Hai platform can be bolted to the pedal frame, can be fastened to a frame combined with a platform cushioning or platform suspension system, or can be loosely mounted on the pedal frame. Each belt platform is seated between each of the front and rear rollers 28 and 3'' of each of the pedal assemblies 12A and 12B. The strap platform is sized to provide a landing platform for stepping over most or all of the belt 18 above. The rear of each pedal assembly is pivotally supported at the rear of the frame, and the front of the pedal assembly is affixed by one or more restraining members 76, an interconnecting member 78, or a restraining member and an interconnecting member. A combination of the supports is supported above the frame such that each of the pedal assemblies 植 can be swung up and down relative to the lower frame. Figure 7 is a rear elevational view of the embodiment of the exercise device of Figure 2. Figure 9 is a cross-sectional view of the rear roller assembly taken along line 9-9 and Figure 9, and other figures, a straight view of a rear cross member 8 〇 5 of each of the pedal sets main frame 14. Referring to Figures 5 and 7, the parts are pivotally supported above. In a particular embodiment, a drive shaft 82 is t-sink & rotatably supported by a left, middle and right drive bracket 84A, 84B and 84c at 22 1304351 above the rear cross member . The corresponding radial bearings 81A, 81B, and 81C can support the axles in the brackets in a twisting manner. The drive shaft slams each rear roller in a tangible manner. Thus, the side and right side rollers are supported in a rotatable manner relative to a common drive spindle 82. In one example, the common drive spindle is also the common rear pivoting spindle of the pedals 12. 16. The parent rollers (28, 30) are supported on the axles (16, 82) by a pair of collars 83: the axle rings are secured to the axle by a key portion 85", and the key portions are Mounted in a ^ 87 ' 89 < located in the collar and located in the axle. The collar is fastened to the axle by a setting (four) 91 supported in the shaft %. The setting of the county was tightened to the key department. w A pulley 86 is fastened to a portion of the drive shaft 82. As shown most clearly in Figures 2, 3, β 9 and other figures, in a particular embodiment, the drive pulley 86 is fastened to the left end region of the drive shaft. (9), the drive pulley can be tightened: the right side ’ area ‘ or somewhere along the left and right side of the drive shaft with _ Μ # + again. A motor 88 is fastened to a & plate member 90 (shown most clearly in the bottom view of Fig. 8), which extends between the right and left side members 56 and 54. A = axis known 92 # is taken from the left side of the motor so that the motor sleeve is parallel to the movable shaft 82. _D: = is fastened to the outer shaft of the motor shaft. The air wheel 94 is 〆, 1 I I4 ^ domain. A drive shoe ^ * is connected between the drive shaft pulley and a horse violation pulley 9 8 connected to the motor shaft phase 23 1304351. Accordingly, the motor is configured to cause rotation of the drive shaft and the two rear rollers 30. A belt speed sensor 100 is operatively coupled to the tread belt 18 for monitoring the speed of the belt. In a particular embodiment, the belt speed sensor is implemented with a reed switch 102'. The hap-chip switch includes a magnet 1〇4 and a pickup. The reed relationship is operable. The ground is coupled to the drive pulley for generating a belt speed signal. The magnet is embedded in or coupled to the drive pulley 86, and the pickup is coupled to the main frame 14 in an orientation for generating each time the magnet rotates through the pickup An output pulse. Both the left and right rear rollers 30 are fastened to the drive shaft 82. Thus, rotation of the drive shaft causes the left and right rear rollers and the associated 彳 shield ring belt 18 to rotate at the same or nearly the same pace. There is also a 爿b 疋 providing separate drive shafts for each of the rollers that will (3) be powered by the knife-opening motor and have a common motor control. : In this case, the motor speed will be coordinated by the controller to rotate the 皮乂乂 phase @ ′ or almost the same pace. The or the horses T are constructed or controlled by the user (4) for use in a forward direction, from the left side, from the front and the rear to the rear, C, The intermediate belt is moved or formed in a clockwise direction. ^7 'From the left side, the circulating belt is driven around the front and rear τ. 26 Upper Basis During use, the endless belt 18 is slid on the platform 24 1304351 by various factors including the material of the belt and the platform and the downward force on the belt, with a special dynamic friction. In some cases, when the user steps on the belt and increases the dynamic friction between the belt and the platform, the belt can be slightly bonded to the force imparted to the belt to rotate the belt. The flywheel 94, which is tightened = the shaft, has an angular momentum component that helps to overcome the increased dynamic friction and helps provide a stepping belt movement of the sentence. In a special implementation, the platform is a 3/8 inch thick intermediate density fiber (or "MDF") based on a coating of an electron beam low friction curing coating. . Furthermore, the belt is a polyester woven fabric substrate having a PVC top. The belt can be combined with a low-friction material such as a low-friction tantalum resin. Certain embodiments of the invention may include a resistance element 76, 1 operatively coupled to the pedals. As used herein, the term resistance member # is meant to include any type of device, structure, member, assembly, and construction that resists vertical motion, such as the pivotal motion of the pedal. Lu resistance; the resistance provided by the force π piece may be fixed, variable, and/or may be 5 weeks. In addition, the resistance can be a function of the load, time; a function, a function of heat, or a factor of other factors = and force: the piece can provide other functions, such as easing the movement of the pedal, etc. The pedal strokes move down and down. The resistance element can also provide a restoring force at position 2 such that if the pedal is in the middle of the second set, the resistive element will provide a restoring force for moving the seesaw upward; or If the pedal is in the upper position; 25 1304351, the resistance element will provide a force. Use the word "impact" or "suppress::, the recovery of the moving plate is used to indicate a resistance element, the cow sometimes uses force in this article), or a restraining element with or without elastic force (recovery force) Included or not included - a (recovery) / in a special configuration of the exercise device, a resistance element % extends in front of the parent pedal assembly 丨 2 and the equal pedal assembly and is used to: Between the two, the cymbal is used to resist the downward movement of the parent pedal. The δ海# resistance element can be placed at various positions between the two. In the figure: 1 Γ main frame of the mouth 1 In the embodiment shown in FIG. 7 and other figures, the residual force includes a first and a second impact member 108 and a shock member that resists and moderates the movement of the pedal. More specifically, - or the left impact member 1 8 extends between the left side of the left pedal assembly or between the outer frame member 54 and the left upright frame member 4A. The first punch 1 1 0 extends to the right or outside of the right pedal assembly Frame member 56 and right upright frame Between the members 42. Figure 26 shows an alternative embodiment of the invention wherein the impact member extends over the outer frame member of each of the pedal assemblies and the frame is located at a location below the pedal assembly in another alternative. In the example, the impact members can be attached to the front of the pedal between the inner cymbal outside the Di-Khan 4 pedal frame member (see Figure 40). 0 In a particular embodiment, the impact member (108, 11〇) ) is a restraining device of the body saint or work type, and is not combined with a squatting ear inside or outside. Therefore, when the user's foot tribe is on the front of a step 26 1304351 board, the impact The piece is restrained and resistant to provide cushioning for the various leg joints of the user's feet, legs and joints. In some configurations ": the knee force device can also be adjusted to 4 dampers, plus Or reduce the length of a pedal. The impact member can be used in ancient times, and has a user-adjustable restraint shaft. When the collar is rotated, it will cause 彳#. The V-impacting member has less restraining force, and it is suitable for any or less J π1J of the user. One can be used in the fitness device of the present invention; The parts are displayed and described in an exercise machine (EXereise) with an adjustable hydraulic cylinder: (/?, V» ^ ·)

Machine with Adjustable-Resict stance，Hydraulic Cylinder),, 之美國第5,762,582號專利ψ甘拍本文做為參考。、、揭不内容係整體地加入 _來#錢擊件包括有—個填充以液壓流请。一個活塞桿件係從續圓铃 m 乂、 f u SU處向外延伸。在該圓筒之一個活塞係與該活塞桿件、广两— 干祁連接。該活塞界定出至少一個液壓流體可以流過的孔口，個並且也包括有一個止回閥。該活塞係將該圓筒細分成二個产致個机體填充的容室。在衝擊件的 J間’该活塞會在該圓筒中擊件的向下運動或延伸之中，1 在該衝 ?丨 ’ 5亥流體會以一個速率流過該 ’該速率部份地受到孔在衝又”孔口數目及孔口之尺寸的控制。誃鉦冉，鈿之中，流體係流過該止回閥。連接系可刼作地與一個與該或該等孔口相關連的板件相並且^環的旋轉將會暴露或覆蓋用於流體流動的孔口，此減少或增加衝擊件的抑制作用力。替代地，抑制 27 1304351 阻力軸環係與一個一頭逐漸變得尖細的柱塞相連接，該枉塞係指入一個介於衝擊件之液壓容室之間的孔口之中。該柱塞的咏度將會部伤地控制衝擊件的阻力。較佳地，第，5 8 7 號專利之圖4中所示的恢復彈簧係被移除。可以使用於一個與本發明一致的健身裝置之中的特殊衝擊件係被顯示並描述於名稱為“獨立動作的踏步器 (Independent action stepper) ” 1997 年 4 月 22 日頒布之Machine with Adjustable-Resict stance, Hydraulic Cylinder,, US Patent No. 5,762,582, which is hereby incorporated by reference. , and uncover the content is added as a whole _ to # money hitting parts including - filling with hydraulic flow please. A piston rod member extends outward from the continuous round bells m 乂 , f u SU . A piston system of the cylinder is connected to the piston rod member, the wide two-dry. The piston defines at least one orifice through which hydraulic fluid can flow, and also includes a check valve. The piston system subdivides the cylinder into two chambers that are filled with body. In the J of the impact member, the piston will be in the downward movement or extension of the striker in the cylinder, 1 in which the fluid will flow through the hole at a rate that is partially affected by the flow. In the control of the number of orifices and the size of the orifice. 誃钲冉, 钿, the flow system flows through the check valve. The connection is operatively associated with one or the orifices The rotation of the plate phase and the ring will expose or cover the orifice for fluid flow, which reduces or increases the restraining force of the impact member. Alternatively, the suppression of the 27 1304351 resistance collar ring and one end gradually taper The plunger is connected, and the plug is pointed into an orifice between the hydraulic chambers of the impact member. The twist of the plunger will control the resistance of the impact member in an injured manner. Preferably, The recovery spring shown in Figure 4 of the '58 patent is removed. A special impact member that can be used in an exercise device consistent with the present invention is shown and described in the name "Independent Action Independent action stepper" issued on April 22, 1997 Cloth

美國第5,622,527號專利中，其揭示内容係整體地加入本文做為參考。該衝擊件可以與第，527號專利之圖ι〇中所示的彈簧252 —起使用。該彈簧提供了一個恢復作用力，其係在踏板被向下壓迫之後向上移動或恢復該等踏板。然而，k佳的是，彈簧252係被移除。因此，在本發明的一，實施方式之中’衝擊件僅提供了一個阻力，i且並不會提供-個恢復作用力。在一個沒有使用彈菁的實施例中，該衝擊件可以被配置成用以提供I 47 KgF_ iQ3邮之 :圍内的-個阻力。替代的阻力元件係在下文中細地描述。圖10到圖14為健身裝置的部份等角視圖，其係部份顯示出踏板的互相連接結構78。每個圖1〇到圖14係顯 =在不同位置之中的互相連接結構。圖15為互相連接 …構的一個側視圖，口 ”亥、、，口構係位於與圖12所示之相同位置之中。圖16 ( A，Fn 丨阁orw 等）圖（A，B)為該健身裝置的角視圖，其係對應圖10至圖The disclosure of U.S. Patent No. 5,622,527, the entire disclosure of which is incorporated herein by reference. The impact member can be used with the spring 252 shown in Figure 527 of the '527 patent. The spring provides a restoring force that moves up or restores the pedals after the pedals are pressed down. However, it is preferred that the spring 252 is removed. Therefore, in one embodiment of the present invention, the impact member provides only one resistance, i does not provide a restoring force. In an embodiment that does not use an elastomer, the impact member can be configured to provide a resistance of -47 KgF_iQ3. Alternative resistance elements are described in detail below. Figures 10 through 14 are partial isometric views of the exercise device partially showing the interconnecting structure 78 of the pedal. Each of Figures 1 to 14 shows an interconnection structure in different positions. Figure 15 is a side view of the interconnection structure, the mouth "Hai,", the mouth structure is located in the same position as shown in Figure 12. Figure 16 (A, Fn 丨阁 orw, etc.) Figure (A, B) For the angle view of the fitness device, it corresponds to Figure 10 to Figure

至圖甘从㈤ 4所不的視圖。在圖1C 八他圖式所示之互相連接結構的特殊實施之中， 28 1304351 該互相連接結構係包括有—個弧形搖桿臂樞轉地被支標在一個弧形搖桿橫向構件114i二其係件係延伸於框架的左側及右側構件32盥。向構搖桿臂組件係操作地與每個踏板組件12相連：：:亥：形楚地顯示於圖1 5 t φ Μ ^ . σ食清 …二形搖桿橫向構件係界定- U开向區段。υ形的每個直立部位槽116 (參見例如圖14及圖#丨疋個鍵出-個樞轉開孔118。該弧形厂糸界疋樞轉輪軸120，1俜被支#在*曰^括有—個弧形搖桿 p, m 被支按在並且延伸於每個拖轉開孔> 日’，用以樞轉地支撐該孤形搖桿臂。如 =中的，該鍵槽提供了-種通路，用於使互構和動於—個“運送，，位置與—個“❹Ή間 ::形搖桿臂的左侧及右側外部部位分別包括0 弟一或左側下方樞轉栓釘122 栓钉！24。一個…一—第-或右側下方樞轉上L形的"#彳弟-上方樞轉栓釘128之大體 W的揮架126係從左側踏板組件以的内部或右件5 6處向下延伸，使得 ……側構件v==:::'上:行地方-轉栓…大的第二 Λ0 , 牙木1 3 2係從右側踏方樞轉的㈣或左賴件54處向下延伸，使得該上 ^轉技釘可以體上平行地被支撑於内側構件下方以及之 :個第-桿件134被連接於左側上方及下方枢轉检釘。122之間。一個第二桿# 136被連接於右側上方及 29 1304351 :方轉栓舒13G肖124之間。該等桿件係將該 …孤形搖桿臂。在一個特殊的實施之中，每個= 母係界定K0具有—個可調整長度的套筒螺 ^ 同螺母係以上方及下方樞轉栓釘被連接在一個球幵/接頭138的構造之中。一個套筒螺母係界定出一個上方具有螺紋的套筒14〇。每個具有螺紋的套筒 ^ 個圓形穴部，其帶有相對的端部，用以支，一 :樞轉球體。該等樞轉栓釘係被支撐在該㈣轉球^之 =個桿件係界定出相對之具有螺紋的端部，每個端部係被支撐在一個對應之具有螺紋的套筒之中。如將會更加詳細地被討論於下文之中的，該等踏板植件12可以被閉鎖，以便於不會繞著後方主抽16進行拖轉、。當被閉鎖時，該等踏板組件的皮帶18係共同地提供了一個有效之單-非樞轉之似踏車的跨步表面。藉著在健身裝置的組裝期間或是在之後該桿件142的旋轉來調整一個或二個套筒螺母13…36的長度’該二個踏板的高度可以被精確地對準，使得該二個踏板皮帶可以一起地在該閉鎖位置之中提供平行的跨步表面。該互相連接結構78 (例如，該弧形搖桿臂組件）係將該左側踏板與該右側踏板互相連接起來，使得當一個踏板 (例如，該左側踏板）繞著該後方槐轉主軸16向下狹後向上樞轉時，另-個踏板（例如’該右側踏板）係會協調地繞著後方樞轉主軸分別向下然後向上樞轉。因此，該二個踏板係以一種方式被互相連接，用以提供一個踏步動 30 1304351 成一 ΓΓ的向下運動係藉著另-個踏板的向上運動而達a ’且反之亦然。在此種踏步動作期帛 a 單獨地或是與-種跨步動作__起，該弧形搖㈣"2 = 繞著弧形搖桿主軸12〇樞轉或是搖動。〃曰現在參照圖1〇到圖14以及圖16(a，b)到圖2〇(a， ’由捕身裝置1G之動作所提供之類似攸行的運動係更加坪細地被描述…個代表性的使用者（下文稱為“使用者）在圖16B到圖繼之中係被顯示成面向前方。該使用者正在向前走並且該裝置係被建構成用於爬行類型的使用，㈣，使得該等踏板往復來回。如圖所示之足部的動作為只有-個使用者的代表。纟某些情況之中，該等踏板組件η不可以在最上方的位置與最下方的位置之間移動，而是會在該等其間的位置點移動。在某些情況之中，使用者可以具有較如圖所顯示之較短或較長的跨步。在某些情況之中叫吏用者可以向後走，或是可以面向後方，或是可以面向後方並且向後走。To Tugan from (5) 4 not the view. In a particular implementation of the interconnect structure shown in Figure 1C, the interconnect structure includes a curved rocker arm pivotally supported on an arc rocker cross member 114i. Second, the tie system extends from the left and right side members 32 of the frame. The oscillating weight arm assembly is operatively coupled to each of the pedal assemblies 12:::Hai: The shape is shown in Fig. 1 5 t φ Μ ^ . σ 食清... The two-shaped rocker transverse member is defined - U opening Section. Each of the upright portion slots 116 of the dome shape (see, for example, Fig. 14 and Fig. 14) are keyed out - a pivot opening 118. The curved factory is pivoted to the axle 120, 1 is supported by ##曰^ includes an arc-shaped rocker p, m is supported and extends over each of the towing openings > day' to pivotally support the orphan-shaped rocker arm. The keyway provides a kind of path for the mutual structure and movement of the "transport, position and -" inter-turn: the left and right outer parts of the rocker arm include 0 brother one or left lower pivot respectively Toggle pin 122 stud! 24. One...one--- or right-side pivoting on the L-shaped &##彳弟-the upper pivoting peg 128 of the general W of the swing 126 is from the left pedal assembly The inner or right part 5 6 extends downwards so that the side member v==:::' upper: the row place-turning bolt...the big second Λ0, the ivory 1 3 2 system pivoting from the right side stepping (d) or the left sling 54 extends downwardly so that the upper yoke can be supported in parallel below the inner member and the first struts 134 are connected to the upper left and lower pivoting pins. Between 122. The second rod #136 is connected to the upper right side and 29 1304351: between the square turn bolts 13G Shaw 124. These rods are the solitary rocker arms. In a special implementation, each = The mating definition K0 has an adjustable length of the sleeve nut with the upper and lower pivoting pegs connected in the construction of a ball/joint 138. A sleeve nut defines an upper portion Threaded sleeve 14〇. Each threaded sleeve has a circular pocket with opposite ends for supporting, one: pivoting the ball. The pivoting studs are supported thereon (d) Turning the ball = a rod defines a relatively threaded end, each end being supported in a corresponding threaded sleeve. As will be discussed in more detail below In the middle, the pedal planting members 12 can be locked so as not to be dragged around the rear main pumping 16. When the latches are locked, the belts 18 of the pedal assemblies collectively provide a valid single - Non-pivoting like a stepping surface of a treadmill, either during the assembly of the exercise device or The rotation of the rod 142 then adjusts the length of one or both of the sleeve nuts 13...36. The heights of the two pedals can be precisely aligned so that the two pedal belts can be together in the locked position Providing a parallel stepped surface. The interconnecting structure 78 (eg, the curved rocker arm assembly) interconnects the left side pedal and the right side pedal such that when a pedal (eg, the left side pedal) surrounds the When the rear slewing spindle 16 is pivoted downward and then pivoted upward, another pedal (eg, the right pedal) will coordinately pivot downwardly and then upwardly about the rear pivoting spindle. Therefore, the two pedaling systems Connected to each other in a manner to provide a stepping motion 30 1304351. The downward movement of the pedal is achieved by the upward movement of the other pedals and vice versa. During this stepping action 帛 a alone or in conjunction with the stepping action __, the arcing (four) " 2 = pivoting or rocking around the curved rocker spindle 12 。. 〃曰 Referring now to Figures 1A to 14 and Figures 16(a, b) to 2(a), 'the movements similar to those provided by the action of the capture device 1G are described in more detail. A representative user (hereinafter referred to as "user") is shown facing forward in Fig. 16B to Fig.. The user is moving forward and the device is constructed to be used for crawling type, (4) The pedals are reciprocated back and forth. The motion of the foot as shown is representative of only one user. In some cases, the pedal assemblies η cannot be in the uppermost position and the lowermost position. Move between, but move at the point between them. In some cases, the user can have a shorter or longer stride than shown. In some cases, 吏The user can go backwards, or can face the rear, or can face the rear and go backwards.

在圖10及圖1 6 Α之中，左側踏板組件J 2 Α係位於一個下方位置之中並且右側踏板組件12B係位於一個上方位置之中。參照® ίο及圖14，孤形搖桿f 112的左側係向下樞轉亚且弧形搖桿臂i 12的右側係向上樞轉。在圖丄❿ 之中，係顯不出使用者的右足向前並且位於右側踩踏皮帶的刖方部位上。在目i 6B所示之使用者的定向之中，在面向刖方的爬行類型的使用中，使用者的左腿將會被向下及向後延伸’且使用者的大部份體重係位於左側的踏板上。In Figures 10 and 16, the left pedal assembly J 2 is positioned in a lower position and the right pedal assembly 12B is positioned in an upper position. Referring to ® ίο and Fig. 14, the left side of the orphan rocker f 112 is pivoted downward and the right side of the arc rocker arm i 12 is pivoted upward. In the figure, the user's right foot is not shown and is located on the side of the right side of the belt. Among the orientations of the user shown in Fig. 6B, in the use of the crawling type facing the side, the user's left leg will be extended downward and backward' and most of the user's weight is on the left side. On the pedals.

31 1304351 使用者的右腿將會在膝蓋彎曲並且向前延伸，使得使用者的右足會開始向下壓在右侧的踏板上。從圖丨所示的定 °中使用者將會將其體重轉換到一個介於右腿與左腿之間的平冑’並且開始以其右腿向下壓，用以強迫右側的踏板向下。由於皮帶的運動，二個足部皆將會從冑i6B所示的位置處向後移動。圖11、圖17A及圖17B係顯示出裝置1〇的定向，並 • 且使用者係位於-個在圖10、圖16A及圖16B所示之位 ♦置之後的位置之中。右側的踏板組件12B係被向下壓，而該右側踏板組件係經由弧形搖桿互相連接結構78使得左側踏板組件12A開始上升。使用者的右足從圖16B所示的位置處向後且向下移動。使用者的左足從圖i6B所示的位 , 置處向後且向上移動。圖12、圖18A及圖18B係顯示出右側的踏板組件ι2Β 大約在經過其向上行程的中間，並且左側的踏板組件丨2 A 大約在經過其向下行程的中間。因此，該等踏板組件差不鲁夕疋在框架14上方的相同高度處，並且循環皮帶18亦位於相同的高度。如圖18B所示，使用者的右足及右腿係從圖17B所示的位置處向後且向下移動。使用者的左足及左 ' 腿係從圖17B所示的位置處向後且向上移動。在這個位置 - 點處，使用者已經開始在採取一個向前跨步之中將左足從左側的踩踏皮帶處舉起；因此，左侧的足後跟以及使用者係滾到左足的球狀部位上。一般來說，現在右側踏板上將會有較左側踏板上更多的重量。 32 130435131 1304351 The user's right leg will bend over the knee and extend forward so that the user's right foot will begin to press down on the pedal on the right side. From the setting shown in Figure 使用者, the user will convert his weight to a flat between the right and left legs and begin to press down with his right leg to force the right pedal down. . Due to the movement of the belt, both feet will move backwards from the position shown by 胄i6B. 11, 17A and 17B show the orientation of the device 1〇, and the user is located in a position after the position shown in Figs. 10, 16A and 16B. The right side pedal assembly 12B is depressed downwardly, and the right side pedal assembly interconnects the structure 78 via the curved rocker such that the left side pedal assembly 12A begins to ascend. The user's right foot moves backward and downward from the position shown in Fig. 16B. The user's left foot moves backwards and upwards from the position shown in Figure i6B. Figures 12, 18A and 18B show that the pedal assembly ι2 右侧 on the right side is approximately in the middle of its upward stroke, and the pedal assembly 丨 2 A on the left side is approximately in the middle of its downward stroke. Therefore, the pedal assemblies are not at the same height above the frame 14, and the endless belt 18 is also at the same height. As shown in Fig. 18B, the right and left legs of the user are moved rearward and downward from the position shown in Fig. 17B. The user's left and left 'legs are moved rearward and upward from the position shown in Figure 17B. At this position - point, the user has begun to lift the left foot from the pedaling belt on the left side in a forward step; therefore, the heel on the left side and the user's body are rolled to the spherical part of the left foot. on. In general, there will now be more weight on the right pedal than on the left pedal. 32 1304351

在圖12、圖18A及圖18B所示的定向之後，右側的踏板組件12B係繼續其向下的運動，並且左側的踏板組件 12A係繼續其向上的運動而到達圖13、圖19A及圖19B 所示之裝置的定向。在圖13、圖19A及圖19B之中，左側踏板係高於右側踏板，並且弧形搖桿丨丨2係繞著弧形搖杯極轉主軸12 0樞轉，使得其右側會低於其左側。在這個位置之中’使用者的右腿係繼續向後且向下移動。使用者係將其右腿舉離左側踏板並且將右腿向前移動。在大約踏板皮τ的的上方位置處，使用者會將其左足踏在踏板皮帶的如方。p位上。者用者的所有體重係位於右側踏板上，直到使用者將其左足放置在左側踏板上。使用者繼續在該右側踏板上提供一個向下作用力，強迫左側踏板向上。圖14、圖20A及圖20B顯示出右側的踏板組件12B 大約位於其最低位置之中，並且顯示出左側的踏板組件12八大約位於其最高位置之中。在這個位置點中，㈣者已經下踏在左側踏板的前方部位22上並且已經開始以左腿向下壓。使用者也已經開始舉起右腿。在左側踏板上的向下作用力將會經由互相連接結# 78被轉移到右側踏板，用以使得右側的踏板可以開始舉升。圖16 ( A，B)至圖2〇 ( a，B)呈現出該等踏板之妇復來回動作之半個循環，亦即，左側踏板從_個下方到-個上方位置的運動以及右側踏板從—個上方位置一個下方位置的運動。一個&敫 / 70正的爬仃類型的健身循環係由一個踏板從某個位置的運翻* ’、直的運動亚且回到相同位置來表示， 33 1304351 運動的方式包括有踏板的一個完整置到上方位置）以及踏板的一個完二 (從下方位位置到下方位置）。舉例來。仃耘（從上方要（本幻末次’一個與左側踏板之下方仿側踏板的上方位置）有關的踏步循環將側踏板從下方位置向上到達上方位置並且接^有左下方位置的運動。少β I且接者向下回到其中間位置（參見圖⑴一個例子之中，一個與左侧踏板之到達上方位置=㈣的踏步循環將會包括有該踏板幻達上方位置的向上運動、從 .:中:位置且到達下方位置、一到上運動及向上運動的順序並沒有關係。因此，向動運動Τ以接續向下運動或是向下運動可以接續向上運 =:丨。及其他圖式’在一個特殊構造之中，該健身一個踏步感測器144,其提供了對應每個踏板個勺；°下仃程的一個輸出脈衝波。該踏步感測器係以-個磁鐵148及一個拾取器150的第二菁片開關 Λ °该磁鐵係被連接到一個從弧形搖桿f 112處 i上延伸之律架152的端部。該#架係將磁鐵定向，使得 ^鐵會來回擺動而經過該拾取器，而該拾取器係被裝設在固…亥弧形搖桿橫向構件1 14相連接的撐架157上。每 '兹鐵148通過該拾取器150時，該第二簧片開關146 時，因此，當右側踏板126向下運動向、、g關係傳运一個輸出脈衝波，其係對應該磁鐵 "、行而經過該拾取器，並且當左側踏板12 Α向上運動 34 1304351 時，该簧片開關也會傳送一個輸出脈衝波，其係對應該磁鐵向上通行而經過該拾取器。輸出脈衝波係被用來在使用期間當踏板向上及向下運動時踏板監測踏板的擺動及行程計數。藉著大體上垂直地配置額外的感測器，也有可能判定深度或垂直行程的尺寸大小。該等輸出脈衝波可以單獨地或疋與皮帶速度訊號組合在一起而用來提供一個鍛鍊頻率的顯示，並且可以被使用於各種相關於計算的鍛鍊，像疋使用於判定使用者之卡路里的燃燒率之中。After the orientation shown in Figures 12, 18A, and 18B, the right pedal assembly 12B continues its downward motion, and the left pedal assembly 12A continues its upward motion to reach Figures 13, 19A, and 19B. The orientation of the device shown. In Figures 13, 19A and 19B, the left pedal is higher than the right pedal, and the curved rocker 丨丨 2 pivots about the arc-rotor pole-rotating spindle 12 0 such that its right side will be lower than its Left side. In this position, the user's right leg continues to move backwards and downwards. The user lifts his right leg off the left pedal and moves the right leg forward. At approximately the upper position of the pedal skin τ, the user will step on his left foot on the pedal belt. On the p-bit. All of the user's weight is on the right pedal until the user places their left foot on the left pedal. The user continues to provide a downward force on the right pedal, forcing the left pedal to go up. Figures 14, 20A and 20B show that the pedal assembly 12B on the right is located approximately in its lowest position and shows that the pedal assembly 12 on the left is approximately in its highest position. In this position, (4) has stepped on the front portion 22 of the left pedal and has begun to press down with the left leg. The user has also begun to lift his right leg. The downward force on the left pedal will be transferred to the right pedal via the interconnecting knot #78 so that the pedal on the right can begin to lift. Figure 16 (A, B) to Figure 2 (a, B) show the half cycle of the pedal back and forth movement of the pedals, that is, the movement of the left pedal from the lower position to the upper position and the right pedal A movement from a position below the top position. A & 敫 / 70 positive crawler type of fitness cycle is represented by a pedal from a certain position * ', straight motion sub and back to the same position, 33 1304351 movement includes a pedal Completely set to the upper position) and one of the pedals (from the lower azimuth position to the lower position). For example.仃耘 (From the top (the last time of the illusion 'one position with the upper position of the imitation side pedal below the left pedal), the stepping pedal moves the side pedal upward from the lower position to the upper position and the movement with the lower left position. Less β I and the receiver down to the middle position (see an example in Figure (1), a step loop with the left pedal reaching the upper position = (four) will include the upward movement of the position above the pedal. : Medium: The position and the position to reach the lower position, the one-to-up motion and the upward movement are irrelevant. Therefore, the moving motion Τ can continue to move downwards or downwards to move upwards =: 丨. and other patterns 'In a special configuration, the fitness has a step sensor 144 that provides an output pulse wave corresponding to each pedal; the step sensor is a magnet 148 and a The second clavicle switch 拾 ° of the pickup 150 is connected to an end of the gantry 152 extending from the arc-shaped rocker f 112. The #-frame directs the magnet so that the iron will go back and forth swing Through the picker, the picker is mounted on a bracket 157 to which the cross member 14 14 is connected. When the 'iron 148 passes the picker 150, the second reed When the switch 146 is turned on, therefore, when the right pedal 126 moves downward, the g relationship transmits an output pulse wave, which corresponds to the magnet ", passes through the pickup, and when the left pedal 12 Α moves upwards 34 1304351 The reed switch also transmits an output pulse wave that passes through the pickup corresponding to the upward passage of the magnet. The output pulse wave is used to monitor the pedal swing when the pedal moves up and down during use. And the stroke count. It is also possible to determine the size of the depth or vertical stroke by arranging the additional sensors substantially vertically. The output pulse waves can be combined with the belt speed signal individually or in combination to provide a The display of exercise frequency, and can be used in a variety of exercise related to calculations, such as the use of to determine the calorie burn rate of the user.

如最清楚地顯示於圖3、圖6、以及圖16A到圖2〇之中，在一個特殊的實施方式之中，每個踏板係包括有一個最低水平組件154。該最低水平組件包括有一個大體上為 V形撐架156，其係互相連接於踏板框架的内側與外側構件之間。該V形撐架的頂點區域係被向下定向，並且大體〜|疋了個平坦的裝設表面15 8。一個塊體丨6〇係被固定到該裝設表面之下方的向下面對部位。當該健身裝置被時，較佳的是藉著套筒螺母（134，136)的方式來配厂亥切板，使得當踏板位於其最低位置之㈣，該塊體 160可以被保持在位於下方之閉鎖橫向構件162 IJk WL· 工乃 ::。—個緩衝器164可以被固定到該橫向構件162，用 =萬1踏板落到最底部時進行緩衝。在—個實也可錢體係以-種堅硬、非可撓曲的塑膠製造。該塊體一 M用—種固體或可撓曲的彈性體聚合物材料擎造。在二=曲彈性體形式之中’萬一該塊體在使用期間在該 -、向構件上落到最底部時，該塊體將會提供一些緩貧 35 1304351 作用來增進由該緩衝器所提供的緩衝作用，或是當沒有使用緩衝器時提供緩衝作用。 ‘如上文所描述的，該健身裝置10可以被建構成位於一個“閉鎖Uaek_cm) ”位置之中，在其中，該等踏板組件亚不會向上及向下樞轉。在一個特別的閉鎖定向之中，該等踏板組件係樞轉地被固$，使得該踩踏皮帶係相對於該健身波置的後方而為平行並且大約處於^跳的斜度。因：’在-個面向前方的使用之中Μ吏用者可以模擬上坡踏步’並且在一個面向後方的使用之中Μ吏用者可以模擬下坡踏步。、圖21為根據本發明健身裝置之左前部分的部分等角視 : D亥裝置的左側直立部分係被移除，用以較清楚地顯示一個特別的閉鎖機械裝置166。圖22為該健身裝置之左前部分的部分侧視圖’且該閉鎖機械裝置係處於未接合的位置之中。圖23為該健身裝置之左前部分的部分側視圖， =鎖機械裝置係處於接合的位置之卜該閉鎖機械裝有-個大體i τ形的控制桿臂168，該控制桿臂係 /閂鎖…方°Ρ位1 7〇及一個上方部位1 72。該控制桿臂、的下方部位係與一個從該前方橫向構件176處 :二伸的控制桿撐架m枢轉地相連接。該閂鎖⑹的 18〇 ::係與：個左側及—個右側問鎖支管連接件178及 "地繞著—個共同的樞轉主軸182相連 =連接件係與一個左側滑動揮…連接，= …、彳以滑動的方式被支樓在—個左側引導揮架186 36 1304351 上遠右側問鎖支管連接件係與一個右側滑動撐架m相接:該撐架係以可以滑動的方式被支撲在-個第二或右弓I V樓* 19G上n個滑動撐架係被裝設在該閉鎖 ^向構件162的上方表面上，使得每個引導樓架皆界定出 3個弓I導通路，該引導通路係大體上在—個方向中延伸於建身裝置的前方與後方之間。在一個實施方式之個引導通路皆包合右_ | ^ 揮架係界定出向下延伸而1門延㈣側壁192。該等滑動申刀開一個距離的側壁194，該距離係稍微大於該等引導撑架之向上延伸側壁之間的距離。 :個縱向延伸的長形狹長孔196係被界定在每個引導通路 =壁之中。該等狹長孔係適用於容置引導栓釘198該等導“丁係從该等滑動撐架之向下延伸的側壁處向内地延 ^該等滑㈣㈣而係適用於在該等引導通路附近向前地移動。該等滑動撑架的向前及向後範圍係由通道 16::rw栓釘之前後的分隔所控制。該閉鎖緩衝器 164係與母個滑動撐架的頂部相連接。 =清楚地顯示於圖21之中，—個向上延伸的面板· =疋出-個向上延伸的狹長孔2〇2,該狹谷置該控制桿f該狹長孔的底部係界定 206。在非閉鎖位置（參見冑22)之令，該控制桿臂係被 ==長孔部位之中，並且被該保持器凸緣保持在 ^下壓用了要閉鎖該等踏板，該控制桿臂首先會用以將其從保持器凸緣處脫離，並且接著該控 37 (S .) 1304351 ~ 制桿臂會被朝向右邊或遠離該支管狹長孔而移動。接下來，該控制桿臂係在該狹長孔之中被向上抬升。該向上的動作係導致該控制桿臂對著樞轉連接部向上樞轉到控制桿擇架1 74。這種向上樞轉的動作是藉著一個栓鎖之上方部位1 72的種大體上向後動作而達成，而該動作係導致支管連結件（178，180)會在滑動撐架（184，ι86)以及緩衝裔之中A者引導通路向後地滑動。一個控制桿彈菁（未 ' 顯示於圖中）可以被連接在該閉鎖組件與其中一個橫向構 • 件之間，用以幫助使用者將該閉鎖組件移入該“閉鎖，，位置之中。在致動該閉鎖機械裝置1 62之前，該等踏板組件係被 ‘ 定向成相對於彼此為大致上相同水平的，而導致懸掛在每個踏板底部的停止塊體1 60係被定向在大約相同的垂直位置處。在這個位置之中，閉鎖組件係被向後移動，使得該緩衝器164被向後移入與該停止塊體的接合之中。該等緩衝器的向後面可以是朝一端逐漸變細的。因此，該等緩衝 _❺可以被楔住在該等停止塊體下方，用以將該健身裝置建構在閉鎖位置之中，且該等踏板係被禁止進行上下的動作。 . 為了要裝設該裝置，使用者可以直接踏上該等踏板組 '件12上，並且開始健身。替代的方式是，使用者可以踏上一個從每個踏板組件12的側邊處向外延伸的足台2〇8。圖所示，每個足台係界定出一個平坦的裝設表面2丨〇，該裝設表面大體上與相鄰的踏板組件及上方皮帶表面對 38 1304351 二該裝設表面可以具有***部或是其他 Π進使用者鞋子或是足部與該裝設表面之間的觸感二圖？其他圖式所示，每個平台係被固定到—個向外延伸構件⑷"縣係被固疋到左側及右側框架 ’亚且從該等框架構件處向外延伸。圖27 4貝不出根據本發明之使用—個替代後方裝設平台 2健m該後方裝設平台係包括有—個單獨的足不 κ ’其係從該等踏板組件12㈣方部位處向後延伸，亚且位於與該後方部位相同的水平處。為了要幫助運送該健身裝置，該健身裝置的某些實施方式可以被建構成使得該等踏板組件12彳到個運送位置之中，料踏板可輯餘置處肋=；；上移動並且被迅速地彈人操作位置之中。圖24為被降低到该運送位置之中之健身裝置的立體圖，並且其中左側及右側立柱40及42以及操縱台5〇係從該健身裝置Μ處中斷As best shown in Figures 3, 6, and 16A through 2B, in a particular embodiment, each pedal system includes a lowest level component 154. The lowest level assembly includes a generally V-shaped bracket 156 that is interconnected between the inner and outer members of the pedal frame. The apex region of the V-shaped bracket is oriented downwardly and generally has a flat mounting surface 15 8 . A block 丨 6 被 is fixed to the downward facing portion below the mounting surface. When the exercise device is in use, it is preferred to equip the factory board by means of a sleeve nut (134, 136) such that when the pedal is at its lowest position (four), the block 160 can be held below The locking cross member 162 IJk WL·工乃::. A buffer 164 can be fixed to the cross member 162 for buffering when the pedal is lowered to the bottom. In a real money system can also be made of a hard, non-flexible plastic. The block M is constructed of a solid or flexible elastomeric polymeric material. In the form of a two-curved elastomer, in the event that the block falls to the bottom of the member during use, the block will provide some relief 35 1304351 to enhance the buffer. Provides buffering or buffering when no buffers are used. As described above, the exercise device 10 can be constructed to be positioned in a "locked Uaek_cm" position in which the pedal assemblies do not pivot up and down. In a particular closed locking orientation, the pedal assemblies are pivotally secured such that the tread belt is parallel with respect to the rear of the fitness wave and is approximately at a slope of the jump. Because: 'In the front-facing use, the user can simulate the uphill step' and in a rear-facing use the user can simulate the downhill step. Figure 21 is a partial isometric view of the left front portion of the exercise device in accordance with the present invention: the left upright portion of the D-Hui device is removed for more prominent display of a particular latching mechanism 166. Figure 22 is a partial side elevational view of the left front portion of the exercise device and the latching mechanism is in an unengaged position. Figure 23 is a partial side elevational view of the left front portion of the exercise device, with the lock mechanism in the engaged position, the lock mechanism is fitted with a generally i τ shaped lever arm 168, the lever arm/latch ... square ° 1 7〇 and an upper part 1 72. The lower portion of the lever arm is pivotally coupled to a control rod bracket m that extends from the front cross member 176. The latch of the latch (6) is connected to: a left side and a right side of the lock branch connecting piece 178 and " ground around a common pivoting spindle 182 = the connecting piece is connected to a left side sliding... , = ..., 彳滑动被被被被 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 186 n sliding brackets are attached to the upper surface of the locking member 162 on the second or right bow IV floor * 19G, so that each guiding frame defines three bows I A guide passage extending substantially in the direction between the front and the rear of the body-building device. In one embodiment, each of the guiding paths includes a right _ | ^ swing system defining a downwardly extending one-way (four) side wall 192. The sliding knives open a distance from the side wall 194 which is slightly larger than the distance between the upwardly extending side walls of the guiding brackets. A longitudinally extending elongated slot 196 is defined in each of the guide passages = walls. The elongated holes are adapted to receive the guiding pegs 198. The guiding members extend inwardly from the downwardly extending side walls of the sliding brackets to facilitate the sliding (four) (four) and are adapted to be adjacent to the guiding passages. Moving forward. The forward and rearward extent of the sliding brackets is controlled by the separation before and after the passage of the channel:: rw. The blocking buffer 164 is connected to the top of the female sliding bracket. Clearly shown in Fig. 21, an upwardly extending panel is provided with an upwardly extending slit 2〇2 which is placed in the control rod f. The bottom of the elongated hole is defined 206. In the non-latching In the position (see 胄22), the lever arm is in the == long hole portion, and is held by the retainer flange. To press the pedals, the lever arm is used first. To disengage it from the retainer flange, and then the control 37 (S.) 1304351 ~ lever arm will be moved toward the right or away from the branch slot. Next, the lever arm is attached to the slot Being lifted upwards. This upward movement causes the lever arm to pivotally connect The portion pivots upwardly to the lever selection frame 1 74. This upward pivoting action is achieved by a substantially rearward movement of the upper portion 1 72 of the latch, which causes the branch connector (178, 180) A guide channel is slid backwards among the sliding brackets (184, ι86) and the cushioning person. A joystick bullet (not shown in the figure) can be connected to the latching assembly and one of the lateral structures • Between the pieces to help the user move the latching component into the “lock, position. Prior to actuating the latching mechanism 1 62, the pedal assemblies are 'oriented to be substantially the same level relative to each other, resulting in the stop blocks 160 that are suspended at the bottom of each pedal being oriented at about the same The vertical position. In this position, the latching assembly is moved rearwardly such that the bumper 164 is moved rearward into engagement with the stop block. The back of the buffers may be tapered toward one end. Thus, the cushions can be wedged under the stop blocks for constructing the exercise device in the locked position and the pedals are inhibited from moving up and down. In order to install the device, the user can step directly onto the pedal set 'piece 12 and begin fitness. Alternatively, the user can step on a footrest 2〇8 that extends outwardly from the side of each pedal assembly 12. As shown, each of the platforms defines a flat mounting surface 2丨〇 that is generally associated with an adjacent pedal assembly and upper belt surface pair 38 1304351. The mounting surface may have ridges or Is it the other two images of the user's shoes or the touch between the foot and the mounting surface? As shown in the other figures, each platform is secured to an outwardly extending member (4)" the county is fixed to the left and right frames' and extends outwardly from the frame members. Figure 27 is a representation of the use of the rear mounting platform 2 in accordance with the present invention. The rear mounting platform includes a separate footrest κ' which extends rearwardly from the side portion of the pedal assembly 12 (four) , and is located at the same level as the rear portion. In order to assist in transporting the exercise device, certain embodiments of the exercise device can be constructed such that the pedal assemblies 12 are picked up into a transport position, and the pedals can be moved over the ribs; The grounder is in the middle of the operation position. Figure 24 is a perspective view of the exercise device lowered into the transport position, and wherein the left and right side posts 40 and 42 and the console 5 are interrupted from the exercise device.

連接。圖25為被降低至運送位置之中之弧形搖桿臂組件的部分立體圖。對於-個被建構成使得該健身裝置可以被降低到運送位置之中的健身裝置來說’該弧形搖桿臂的樞轉輪軸12〇係以彈I負載，使得該輪軸可以被降低到鍵槽π 6之中。如最清楚地顯示於圖15之中的，該弧形搖桿臂的樞轉輪轴包括有-個端部罩蓋216。每個端部罩蓋係包括有_個两周圍凸緣218，該凸緣的直徑係大於該鍵# 116的任何部位，包括該檑轉開孔丨18。該端部罩蓋亦界定出一個從該 39 1304351 延伸的鍵槽狹# , Λ 環的直徑係大於向下環係在使用期間在該樞轉開孔直…軸 112。為了 # , 支撐者弧形搖桿臂組件為了要降低梅搖桿臂組件，從該弧形搖桿臂處向外延伸。當該罩蓋被拉出二= 係被支撑在一個較小直徑吴舳W ^ 暴路出來的桿件（該樞轉輪幸）上。该樞轉輪軸係被掉落在該鍵槽之中，如圖Μ所不。降低弧形搖桿臂係會導致踏板组件12向下樞轉，直到：停止塊體160落到最底部而位於該閉鎖橫向構件162 上’、’、止。為了要將該健身裝置建構在其健身或“使用，，定 =中：形搖桿臂組件係被舉起（像是藉著舉起該等踏板的别方），使得該枢轉輪轴可以在該鍵槽之中向動到該樞轉開孔。lil焱i y M k h 與_開孔對齊：為=2=負載，當該輪轴 ^ σ亥軸％ 22〇係向内彈射到該樞轉開在這個位置之中’該弧形搖桿臂係被穩固地固定在该等亚且轉開孔之中並且準備好要開始使用。 *對‘子222係與該前方橫向構# 1 76相連接。該健身裝置10的一個後方面板（參見圖7)係包括有一對握把 226。該等握把為長形的開孔，但是也可以使用其他的握把結構。藉著舉升該裒置的後方’該等輪子會接合該裝置戶^停置的表面。以這種方式’使用者可以輕易地將該健身裝置滾動到一個不同的位置。替代地，-個輪子或多個輪子可以被提供在該裝置的後方，並且握把係被座落心方。雖然顯示出的是二個輪子，可以使用一個或更多個輪 1304351 子、滑動板件、滾輪、或是其他裝置，用以容易地移動該裝置。替代性的阻力元件顯示並且描述於圖28到圖34之中的阻力元件％以及上文中參照圖1到圖26所討論的衝擊件（1〇8，ιι〇)係抵抗踏板的向下運動。抵抗該向下運動係在使用期間提供該健身裝置10 一種穩定且平順的往復來回的感覺。再者，田使用者踏下或著地在該皮帶上時，抵抗向下的踏板運動connection. Figure 25 is a partial perspective view of the curved rocker arm assembly lowered into the transport position. For an exercise device constructed such that the exercise device can be lowered into the transport position, the pivoting axle 12 of the curved rocker arm is loaded with a bomb I so that the axle can be lowered to The key slot is π 6 . As best shown in Figure 15, the pivoting axle of the curved rocker arm includes an end cap 216. Each of the end caps includes a plurality of peripheral flanges 218 having a diameter greater than any portion of the key #116, including the turns apertures 18. The end cap also defines a keyway slit extending from the 39 1304351, the diameter of the annulus being greater than the downward looping of the shaft 102 during use of the pivoting opening. In order to # , the supporter curved rocker arm assembly extends outward from the curved rocker arm in order to lower the plum rocker arm assembly. When the cover is pulled out two = is supported on a smaller diameter Wu 舳 W ^ violent road out of the rod (the pivoting wheel fortunately). The pivoting axle is dropped into the keyway, as shown in the figure. Reducing the arcuate rocker arm system causes the pedal assembly 12 to pivot downwardly until the stop block 160 falls to the bottom and is located on the latching cross member 162. In order to construct the exercise device in its fitness or "use, the = rocker arm assembly is lifted (as if by lifting the other side of the pedal), so that the pivot axle can Moved to the pivoting opening in the keyway. Lil焱iy M kh is aligned with the _ opening: = 2 = load, when the axle ^ 亥轴 axis % 22 向 inward ejection to the pivot Open in this position 'The curved rocker arm is firmly fixed in the sub-opening and ready to use. * Pair '222 222 and the front transverse structure # 1 76 phase A rear panel of the exercise device 10 (see Figure 7) includes a pair of grips 226. The grips are elongated openings, but other grip structures can be used. The rear of the wheel will engage the surface of the device. In this way, the user can easily roll the exercise device to a different position. Alternatively, a wheel or wheels can Is provided at the rear of the device, and the grip is placed in the center of the hand. Although it shows two For one wheel, one or more wheels 1304351, sliding plates, rollers, or other means may be used to easily move the device. Alternative resistive elements are shown and described in Figures 28 through 34. The resistance element % and the impact member (1〇8, ιι〇) discussed above with reference to Figures 1 through 26 resist downward movement of the pedal. Resistance to this downward movement provides the exercise device 10 with a stable and Smooth back and forth feeling. Again, the field user resists downward pedaling when stepping on or landing on the belt

Γ及，了—些或很多的起始衝擊，其對使用者的腿部及關即來說是有益白卜除此之外，該等阻力元件（其中一些阻力元件為可以調整者）亦會減緩該等踏板組件12的向下運動’並且藉以增進使用者的鍛鍊、肌肉的運用、以及卡洛里的燃燒率。士符合本發明之健身裝置的各種實施例可以使用-個阻力裝置來増加或減少致動一個踏板所需要的向下作用力。在某些情況中，本文的阻力結構也可以作用以在該等踏板組件1: @向下運動提供一種可變並且可調整的阻力。改艾移動:亥健身裝置所需要的作用力係依次地改變了使用者致動該等踏板所需要之努力的大小。因此，該健置可以用以提供使用者在使用該健身裝置期間所使用 2用：二的努力。除此之外，該皮帶的迷度有可以被調 :各種r二或減少使用者在使用該健身裝置期間所使用被㈣二力，力及皮帶速度可以-起或個別地皮魏用M提供一個寬廣範圍的健身程度。 1304351 與圖1到圖26所示之阻力元件所不同的是，下文參照圖28到圖34所描述的阻力元件係被座落在該等踏板下方。除此其他的優點之外，這些配置提供了一種符合本發明之健身裝置的替代性美學配置。此外，在某些情況之中，可以使用一個單獨的阻力元件或是協同的阻力元件，用以集中地在二個踏板上作用。這些配置係有助於用於二個踏板的均自阻力，纟有助於確保致冑二個踏板所需要的相等作用力。這些配置亦有助於單點地調整阻力。一圖28顯示出一個根據本發明一個實施例之替代的阻力元件76。該健身裝置的許多部位並沒有顯示於圖28以及其他圖式之中’用以清楚地顯示該阻力結構。冑Μ的阻力結構包含有一個旋轉的彈性構# 228,其係互相連接於該弧形搖桿臂組件112與該框架114之間。在一個特別的實施例之中，-個旋㈣性桿件（像是彈簧鋼桿件）的一個端部係被固定到一個撐架23〇的後方，其中，該撐芊係被連接到該5瓜形搖桿臂。該桿件大體上係同軸地與該孤形搖桿樞轉輪軸對準。該桿件的相對端部可以被固定到 -個框架橫向構件（未顯示於圖28《中）。該桿件的一個端部也可以與該孤形搖桿臂組件的前方相連接，並且相對的端部被固定到閉鎖橫向構件 T 1 02在使用期間，該弧形搖桿臂的樞轉或是動搖的動作 ,, 利朴㈢蜍致该桿件來回地扭轉。該桿件的特性係使得該桿件卞卞j以抵抗扭轉的動作，而 ^抗踏板的向下運動。當使用者完成一個行程（亦即，发中一個踏板是位於其行程的庙、，八的底邻，亚且另外一個踏板是位 42 1304351 ::、：¾的一個頂部）並且開始下踏在位於上方位置的踏的：舉:桿件將不會扭轉並且有助於將位於行程底部處在:因此，本文所揭示的某些阻力元件亦有助於卸下踏板的負載時將一個踏板回復到一個向上運動0 亦如同圖28所示的，該弧形搖桿臂組件ιΐ2也可以包 ^ 一^前延伸之可旋轉的裝設检釘232，且該检釘係 “形搖桿的樞轉輪軸12〇處偏移。一個雙向的衝擊件 4。^與該栓㈣接在—起並且㈣地與該框架相連曰"亥才王針係從樞轉輪轴處偏《，該栓針係在該衝擊件上 $供了一個槓桿利益。該衝擊件的縱轴係在大體上切線的準該可旋轉的裝設检釘。以這種方式配置，該衝 :牛將曰減緩該弧形搖桿臂的搖動動作。由於弧形搖桿臂 ^亥專踏板組件互相連接’該衝擊件也將會作用以緩和每固踏板的向下㈣。㈣轉㈣性桿件⑽以及栓釘，件可以單獨地或是組合地實施。當與該衝擊件址合 ^ 一^吏用時’該旋轉的彈性桿件朝反方向扭轉將有助於相連接結構克服該衝擊件的緩和作用力，用以將該等踏板從一個下方位置處恢復到一個上方位置。圖29為描述—個替代性阻力元件76的等角視圖，該阻力兀件76包括有一個或多個扭力平坦彈簧…，該彈簧 ^可以操作的方式與該互相連接結構78相連接。該扭千坦Μ係在-個端部處與該弧形搖桿臂組件ιΐ2相連接，並且在另一個端部處與一個框架橫向構件36相連接。 43 1304351 在一個特殊實施方式之中，該扭力平垣虛盥* w # $ $係在一個端部樓者馬未顯示於圖中）的橫向構件相連接，並在另—個端部處與孤形搖桿相連接，該弧形搖桿係與該孤祀始4曰从 a飘叩银样係與該輪軸120對準。該輪軸的-個端部罩蓋凸緣238 你马過大的，並且彈箬236 #祜垃糾&丨# 、你被接附到該凸緣。一個替代的或是額外的扭力平坦彈簧可以在一搵#夕乂 + + 口鳊邛處與在弧形搖 w之别方處的樞轉輪轴相連接，並且在另外一個端部處 ==構件162相連接。在使用健身裝置期間，該弧先搖杯臂會來回地扭轉扭力平坦彈簧。該扭力平坦彈箬相連接結構向上移動踏板以用於使用者下一個跨步阻力元件76的等角視圖與框架相連接的彈簧240 係抵抗該狐形搖桿臂的擺動運動。因為該弧形搖桿细件鱼二個踏板互相連接’藉著抵抗該弧形搖桿臂的搖動，該扭力平坦彈黃可以抵抗該等踏板的向下運動。該扭力平坦彈簧的扭轉係與一個踏板的下降同時發生，當使用者將其體重從踏板移除時，該扭力平坦彈簧係會試圖朝反方向扭轉並且向上移動踏板。因此’該扭力平坦彈簧也會幫助該互使得該等踏板將會適當地定向圖30及圖31為額外之替代性該阻力元件包含有一個或多個用以接合該弧形搖桿臂之左側及右側的外部部位。3 ^5 —山 1圖3()係顯不出一個特別的阻力元件之實施例：其中係使用了彈簧片242。圖31係顯示出一個特別的替代1·生阻力兀件之實施例，其中係使用了線圈彈簧片244。參照圖30,每個彈菁係以一種方式被配置，該方式係有助於弧形搖桿臂之一個端部部位的向下運動，並且 44 1304351 用以加速或向上推動該弧形搖桿臂的另一個端部部位。在使用期間，當該弧形搖桿臂的部位抵抗一枢轉時，該彈菁片將會被向下偏斜。這種向下的：斜:：緩和踏板的向下運動。此外，當使用者將其體重從踏板處移除時，倍向下偏斜的彈簧片將會向上推動以及/或加速該弧形搖桿臂以及對應的踏板。在圖31的實施例之中，一個線圈彈簧將會抵抗弧形搖桿臂Π2被連接到該彈簧之部位的向上運動。但是，該線圈彈簧244也將會抵抗該等踏板組件12的向下運動。舉例來說，當右側的踏板向下拖轉時，其將會致使弧形搖桿臂的左側部位抵抗該彈簧的作用力而向下栖轉；因此，左側的5早！r將會作用以抵抗右側踏板的向下運動。除此之外’當使用者將其下壓作用力轉移到左側的踏板時，該彈簧將會作用以向下地拉動該弧形搖桿的左側部位，並且抵抗右側的踏板而向上樞轉該弧形搖桿的右側部位；因此， - 左側的Μ將有助於將右侧的踏板恢復到其上方位置，準備使用者下一個向下的推動。圖32為又另—個替代性踏板阻力元件76的等角視圖。係：之中，用於該孤形搖桿臂112的樞轉輪軸12〇 ::::搖桿臂處向外延伸，並且被支撑在-個長形撐架 :第V:揮架包括有—個界定出-個第-極轉開孔25。的第一直广248以及-個界定出-個第二柩轉開孔254 的弟一直立區段^ 地被支擇在二個杷轉門搖桿拖轉輪軸120係可旋轉轉開孔之中。一個滑輪256也會被連接 45 1304351 到該樞轉輪軸120。該滑輪256係與一個纜線及彈簧結構258以一種方式相連接，用以幫助滑輪的轉動以及用以嘗試將滑輪恢復到一個空檔位置。當該滑輪以可以操作的方式與弧形搖桿臂的樞轉輪軸相連接時，藉著作用在該滑輪上，該纜線及彈簧結構也有助於該弧形搖桿的旋轉以及相關之該等踏板的向上及向下運動。此外，該纜線及彈簧結構也會試圖將弧 - 形搖桿臂恢復到其空檔位置，也就是，該二個踏板組件12 • 大約平行的位置。在一個特殊的實施例之中，當該滑輪是位於一個與該弧形搖桿臂112的空檔位置相關的位置之中夺個第一鐵線260係被連接在框架的左側側邊構件32 -與該滑輪的上方或下方部位之間。_個第二繞、線262係被 •連接在框架的右側側邊構件34與該滑輪的相對部位之間。因此，如果該第一纜線被連接到該滑輪的下方部位的話， f麼該第二纜線將會被連接到該滑輪的上方部位。一個彈黃264係***置在側邊構件（32 & 34)與其中一個_ • (26〇< 262)之間。一個第二彈菁加彳以***置在另一個側邊構件與另-個欖線之間。在此種配置之中，一個 :轉的孤形搖桿臂會使得該滑輪256進行旋轉，而此係將。。冰廛、疋在β亥滑輪周圍並且縮回該或該等彈簧。因此，該 $ “系有助於其中—個踏板的相關向下運動。除此之外，、、'個向下疋位的踏板被移除時，該彈簧將會以一種方式旋轉該滑輪’用以向上移動該踏板。… 圖33疋根據本發明—個實施例之—個阻力元件％的 46 1304351And, some or a lot of initial impacts, which are beneficial to the user’s legs and off, in addition to these resistance elements (some of which are adjustable) The downward movement of the pedal assemblies 12 is slowed down and the user's exercise, muscle utilization, and calorie burn rate are enhanced. Various embodiments of the exercise device in accordance with the present invention may use a resistance device to increase or decrease the downward force required to actuate a pedal. In some cases, the resistance structure herein can also act to provide a variable and adjustable resistance in the pedal assembly 1: @down motion. Ai Mobile: The force required for the fitness device in turn changes the amount of effort required by the user to actuate the pedals. Therefore, the exercise can be used to provide the user with an effort to use the fitness device during use. In addition, the belt's fascination can be adjusted: various r or reduce the user's use of the fitness device during the use of (four) two force, force and belt speed can be - or individual land Wei Wei with M to provide a A wide range of fitness levels. 1304351 Unlike the resistance elements shown in Figures 1 through 26, the resistance elements described below with reference to Figures 28 through 34 are seated below the pedals. In addition to these other advantages, these configurations provide an alternative aesthetic configuration of the exercise device in accordance with the present invention. In addition, in some cases, a single resistance element or a coordinated resistance element may be used to concentrate on the two pedals. These configurations contribute to the self-resistance of the two pedals, which helps to ensure the equal force required to actuate the two pedals. These configurations also help to adjust the resistance at a single point. Figure 28 shows an alternative resistive element 76 in accordance with one embodiment of the present invention. Many parts of the exercise device are not shown in Figure 28 and other figures' to clearly show the resistance structure. The damper resistive structure includes a rotating elastomeric structure 228 that is interconnected between the arcuate rocker arm assembly 112 and the frame 114. In a particular embodiment, one end of a rotating (four) rod (such as a spring steel rod) is secured to the rear of a bracket 23, wherein the pole is attached to the 5 melon-shaped rocker arm. The lever is generally coaxially aligned with the solitary rocker pivot axle. The opposite ends of the rod can be secured to a frame cross member (not shown in Figure 28). One end of the rod may also be coupled to the front of the orphan rocker arm assembly, and the opposite end portion is secured to the latching cross member T 1 02 during use, the pivoting arm of the curved rocker arm or It is a shaken movement, and Li Pu (3) causes the rod to twist back and forth. The characteristics of the rod are such that the rod 卞卞j resists the twisting action and the downward movement of the pedal. When the user completes a trip (ie, one of the pedals is in the temple of his trip, the bottom of the eight, the other pedal is a top of the position 140 1304351:::3⁄4) and begins to step down Stepping in the upper position: Lifting: the lever will not twist and will help to be at the bottom of the stroke: therefore, some of the resistance elements disclosed herein also help to return a pedal when the load on the pedal is removed To an upward movement 0, as shown in FIG. 28, the curved rocker arm assembly ι2 can also be provided with a frontally extending rotatable mounting nail 232, and the nail detection system is "the pivot of the rocker The runner shaft 12 is offset. A two-way impact member 4 is connected to the bolt (four) and (four) is connected to the frame. "Hai Cai Wang needle is offset from the pivot axle, The pin is attached to the impact member for a leverage benefit. The longitudinal axis of the impact member is generally tangential to the rotatable mounting peg. In this manner, the punch: the cow will slow down The rocking action of the curved rocker arm. Due to the curved rocker arm Interconnecting 'the impact member will also act to ease the downward (4) of each fixed pedal. (4) Turning the (four) rod (10) and the stud, the pieces can be implemented individually or in combination. When combined with the impact piece ^ When used, the rotation of the rotating elastic member in the opposite direction will help the connecting structure overcome the mitigating force of the impact member for restoring the pedals from a lower position to an upper position. To describe an isometric view of an alternative resistance element 76, the resistance element 76 includes one or more torsion flat springs ... that are operatively coupled to the interconnecting structure 78. The tether is connected to the curved rocker arm assembly ι 2 at one end and to a frame cross member 36 at the other end. 43 1304351 In a particular embodiment, the torsion is flat横向* w # $ $ is connected to the cross member of an end builder (not shown in the figure) and is connected to the orphan rocker at the other end, the arc rocker Lonely 祀 4曰 from a floating silver sample and The axle 120 is aligned. The end cap flange 238 of the axle is too large, and the magazine 236 #祜拉纠&丨#, you are attached to the flange. An alternative or The additional torsion flat springs can be connected to the pivoting axle at the other end of the arcing w at one 乂乂 + + 鳊邛 and at the other end = = 162. During use of the exercise device, the arc first rocker arm will twist the torsion flat spring back and forth. The torque flat spring linkage structure moves the pedal upward for the isometric view of the user's next step resistance element 76 and the frame phase The connected spring 240 resists the oscillating motion of the fox-shaped rocker arm. Because the curved rocker fish has two pedals connected to each other', by resisting the rocking of the curved rocker arm, the torque flat yellow can resist The downward movement of the pedals. The twisting of the torsion flat spring occurs simultaneously with the lowering of a pedal which, when the user removes his weight from the pedal, attempts to twist in the opposite direction and move the pedal upward. Thus, the torsion flat spring will also help the mutuals to cause the pedals to be properly oriented. Figures 30 and 31 are additional alternatives. The resistance element includes one or more left sides for engaging the curved rocker arm. And the outer part on the right side. 3 ^5 - Mountain 1 Figure 3 () shows an example of a special resistance element: a spring piece 242 is used. Figure 31 is a diagram showing a particular alternative embodiment of a conventional resistance member in which a coil spring piece 244 is used. Referring to Fig. 30, each of the elastic crystals is configured in a manner that facilitates downward movement of one end portion of the curved rocker arm, and 44 1304351 is used to accelerate or push the curved rocker upward. The other end of the arm. During use, the portion of the curved rocker arm will be deflected downward when it resists a pivot. This downward: oblique:: moderates the downward movement of the pedal. In addition, when the user removes their weight from the pedal, the downwardly deflected leaf spring will push up and/or accelerate the curved rocker arm and the corresponding pedal. In the embodiment of Fig. 31, a coil spring will resist the upward movement of the curved rocker arm 2 to the portion of the spring. However, the coil spring 244 will also resist the downward movement of the pedal assemblies 12. For example, when the pedal on the right side is dragged down, it will cause the left side of the curved rocker arm to deflect downward against the force of the spring; therefore, the left side is 5 early! r will act to resist the downward movement of the right pedal. In addition, when the user transfers his pressing force to the pedal on the left side, the spring will act to pull the left side of the curved rocker downward and pivot the arc upward against the pedal on the right side. The right side of the rocker; therefore, - the Μ on the left will help restore the pedal on the right to its upper position, preparing the user for the next downward push. 32 is an isometric view of yet another alternative pedal resistance element 76. The middle of the pivoting axle 12 for the orphaned rocker arm 112:::: the rocker arm extends outwardly and is supported on a long-shaped bracket: V: the swing includes There is a definition - a first-pole turn aperture 25. The first straight wide 248 and the other define a second second turn opening 254, the younger one is to be selected in the two turns, the rocker, the tow, the wheel axle 120, the rotatable opening Among them. A pulley 256 is also connected 45 1304351 to the pivot axle 120. The pulley 256 is coupled to a cable and spring structure 258 in a manner to assist in the rotation of the pulley and to attempt to return the pulley to a neutral position. When the pulley is operatively coupled to the pivoting axle of the curved rocker arm, the cable and spring structure also contribute to the rotation of the curved rocker and associated The pedals move up and down. In addition, the cable and spring structure will also attempt to return the arc-shaped rocker arm to its neutral position, i.e., the two pedal assemblies 12 are approximately parallel. In a particular embodiment, the first wire 260 is attached to the left side member 32 of the frame when the pulley is in a position associated with the neutral position of the curved rocker arm 112. - between the upper or lower part of the pulley. A second winding, line 262 is connected between the right side member 34 of the frame and the opposite portion of the pulley. Therefore, if the first cable is connected to the lower portion of the pulley, the second cable will be connected to the upper portion of the pulley. A spring 264 is inserted between the side members (32 & 34) and one of the _ • (26 〇 < 262). A second elastic is twisted to be inserted between the other side member and the other ridge. In this configuration, one: a rotating orphaned rocker arm causes the pulley 256 to rotate, and this will be. . Hail, squat around the β-heel pulley and retract the spring or the springs. Therefore, the $" is helpful for the downward movement of the pedals. In addition, when the 'downwardly depressed pedal is removed, the spring will rotate the pulley in a way' For moving the pedal upwards.... Figure 33. 46 1304351 of a resistance element % according to an embodiment of the invention.

等角視圖，該阻力元件使用了一個以氈製品做為襯裡的尼龍皮帶268。對於這個實施例來說，一個撐架27〇係從踏板組件12的後方向下延伸。該撐架係被配板繞著驅動輪軸的主軸82向前及向後樞轉。係在該撐架前方被裝設到主要框架。尼龍皮帶係在一個端部處被連接到該置成用以與踏一個滑輪272 以氈製品做為襯裡的撐架270，並且其路線係繞過滑輪並且在另一個端部處藉著一個彈菩2 7 1 接到框架14。在此種配置之中，以氈製品做為襯裡的皮帶係抵抗該踏板的向下動作。被連尼龍你寻增杈驵忏u的向下運動係導致撐架27〇向後4 轉，並且在該皮帶上拉動。該滑輪272係被建構成不合； -行旋轉；該皮帶268與滑輪之間的摩擦力係作^ .抵抗並且緩和踏板的向下運動，其中，該滑輪係與彈菩：可擴大的阻力結合。藉著張緊或是放鬆皮帶，可以分另" 加或減少踏板的向下阻力。增加或減少向下的阻力馨響到使用者所需要之用以致動該等踏板的作用力大小。? 圖34為根據本發明使用一個替代性踏板阻力元件7 之健身t置的等角視圖。在這種實施 JA _ ^ T 5 一個中 74係縱向地被配置在-個後方橫向構件276盥一布則方検向構件278之間。該：在該中心構件274卜— 成、且件112係被裝韵稱件274上。在這個健身裝形搖桿臂組件係實質卜主产θ 之只鉍例之中的弥方。—個第：圖1到圖25所示之位置的後波弧形搖桿臂280亦樞轉地被妒执/·兮φ姓件274上。兮楚一 γ 反凌叹在該中心構 …弧形搖桿係在第-弧形搖桿臂組件112 47 1304351 :方’並且係被配置成使得第二弧形搖桿臂可以在一個實質上水平的平面之中進行框轉。衝擊# 282係被連接在該第二弧形搖桿臂的每個外部端部區域與該後方橫向構件 276*之間。一個左側及一個右側滑輪m係被裝設在該前方橫向構件278上。-個镜線286係被連接到該第二弧形搖桿臂280的左側部位，該瘦線的路線係通過左側滑輪In the isometric view, the resistance element uses a nylon belt 268 lined with felt. For this embodiment, a bracket 27 extends downwardly from the rear of the pedal assembly 12. The bracket is pivoted forward and rearward about the main shaft 82 of the drive axle. It is attached to the main frame in front of the bracket. The nylon belt is attached at one end to the bracket 270 that is placed to line the pulley 272 with a felt, and the route is about the pulley and the other end is borrowed by a bullet. Bodhisattva 2 7 1 received the frame 14. In this configuration, the belt lining the felt is resistant to the downward movement of the pedal. Being connected to the nylon, you are looking for the downward movement of the 杈驵忏u, which causes the bracket 27 to turn backwards 4 turns and pull on the belt. The pulley 272 is constructed to be inconsistent; - row rotation; the friction between the belt 268 and the pulley acts as a resistance to and slows down the downward movement of the pedal, wherein the pulley is combined with the elastic: an expandable resistance . By tensioning or relaxing the belt, you can divide or decrease the downward resistance of the pedal. Increase or decrease the downward resistance. The amount of force required by the user to actuate the pedals. Figure 34 is an isometric view of a fitness t-set using an alternative pedal resistance element 7 in accordance with the present invention. In this implementation JA _ ^ T 5 , the 74 series is longitudinally disposed between the rear cross members 276 and the side members 278. This: The central member 274 is formed and the member 112 is attached to the rhyme 274. In this fitness-fit rocker arm assembly, it is the only example of the main example of the main production θ. A: The rear wave arc rocker arm 280 at the position shown in Figs. 1 to 25 is also pivotally held on the 274.兮一 γ 反在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在在Frame rotation in the horizontal plane. Impact # 282 is coupled between each outer end region of the second curved rocker arm and the rear cross member 276*. A left side and a right side pulley m are mounted on the front cross member 278. - a mirror line 286 is connected to the left portion of the second curved rocker arm 280, the thin line is routed through the left pulley

二下方，亚且向上到達左側踏板組件12的底部且被連接到該踏板組件。-個第二I線288係被連接到第二弧形搖桿的右側部位’該纜線的路線係通過右側滑輪下方，並且向到達右側踏板組件的底部且被連接到該踏板組件。一個彈θ 290 #連接於第二弧形搖桿的左側部位與該前方橫向，件278之間。一個第二彈簧292係被連接於第二弧形搖桿的右側部位與該前方橫向構件278之間。為了要顯示圖34之阻力元件的操作，以下的討論係假定該右側踏板係位於下方位置之中，並且使用者係在左側踏板上向下推動。在左侧踏板上之向下推動的作用力係被傳送通過第-弧形搖桿冑112，用以導致右側踏板可以開始向上樞轉。這種右側踏板的向上運動係在右側纜線288 亡拉動亚且導致第二弧形搖桿臂28〇的右側部位開始向前 °°轉°亥第一弧形榣桿臂之右側部位的向前樞轉係藉由左側邛位的個向後樞轉而達成。該右側部位的向前樞轉係被右側衝擊件282的膨脹所緩和並且抵抗。該第二弧形搖柃之左側σ卩位的向後樞轉係被左側衝擊件的壓縮所緩 “抵抗經由镜線與踏板的互相連接，該等衝擊件的 48 1304351 膨脹及壓縮將會作用以緩和及抵抗踏板的運動。除此之外，當第二弧形搖桿的一個部位向後樞轉對應的彈簧（290,292 )係會延伸。當其中一個踏板由於 $用者開始下塵在相對的踏板上而卸下負載時，延伸的彈黃係作用以向前拉動弧形搖桿臂的對應部位。圖35為根據本發明之一個例子之阻力元件％的等角視圖。該阻力元件包括有-個離合器構件294以及一個偏斜構件296,該偏斜構件係被支撑在一個從派形搖桿輪轴 ία處同軸或連續地延伸出來的輪軸298上。在一個實施方^之巾，該輪軸係為旋轉地具有彈性者並且被固定到一個::向構件。替代地，該輪軸可以是一個剛性構件。該離器構件294包括有一個被固定到一個標架3〇2的内部面板300’㈣架係與弧形搖桿f U2相連接，使得該樓架，内部面板可以在孤形搖桿輪轴12〇附近沿著該弧形搖桿臂112往復來回。該離合器構件⑼亦包括有一個與該輪轴相連接的外部⑽綱。—個離合器材料構件306係被夹置於内部面板與外部面板之間。個張緊撲架308係樞轉地被支撐到該框架而位於該離合器構# 294下方及前方。該輪軸係延伸通過一個在該 =緊撐架之中的長形狹長孔（未顯示於圖中）。該張緊撐 :的上方部位係被連接到一個張緊纜、線31〇。該張緊纜線二在該張緊樓架前方延伸’並且其遠端被連接到一個張緊未顯示於圖中）°在一個特殊的實施例之中，該偏斜構件包括有一個彈簧312’其係座落在該張緊揮架與該 49 1304351 外部面板304之間。該彈簧係抵抗該離合器材料3〇6偏移该外部面板。因此，該離合器板件係與由彈簧提供之偏斜作用力之大小成比例地抵抗該弧形搖桿臂的樞轉。該張緊旋鈕的旋轉係拉動該纜線，而增加該偏斜作用力，或是放 I该纟覽向而減少該偏斜作用力。在一個特殊的實施例之中，泫離合器材料是以一種超高分子重量（UHMW )的塑膠製造的。Secondly, the sub-step reaches the bottom of the left pedal assembly 12 and is connected to the pedal assembly. A second I line 288 is connected to the right side of the second curved rocker. The route of the cable passes under the right side pulley and reaches the bottom of the right pedal assembly and is connected to the pedal assembly. A spring θ 290 # is connected between the left portion of the second curved rocker and the front lateral direction, member 278. A second spring 292 is coupled between the right side portion of the second curved rocker and the front cross member 278. In order to display the operation of the resistive element of Figure 34, the following discussion assumes that the right pedal is in the lower position and the user pushes down on the left pedal. The downwardly pushing force on the left pedal is transmitted through the first-arc rocker 胄 112 to cause the right pedal to begin to pivot upward. The upward movement of the right pedal is caused by the right cable 288 being pulled and causing the right side of the second curved rocker arm 28 to start to move forward. The front pivoting is achieved by pivoting backwards of the left side of the jaw. The forward pivoting of the right portion is moderated and resisted by the expansion of the right impact member 282. The rearward pivoting of the left σ position of the second curved rocker is slowed down by the compression of the left impact member. "Resist the interconnection with the pedal via the mirror line. The expansion and compression of the impact member 48 1304351 will act. To alleviate and resist the movement of the pedal. In addition, when a portion of the second curved rocker pivots rearward, the corresponding spring (290, 292) will extend. When one of the pedals starts to dust on the opposite pedal due to the user When the load is removed, the extended spring acts to pull the corresponding portion of the curved rocker arm forward. Figure 35 is an isometric view of the % of the resistance element in accordance with an example of the present invention. a clutch member 294 and a deflecting member 296 supported on an axle 298 extending coaxially or continuously from the pivoting rocker axle ία. In an embodiment, the axle It is rotatably elastic and is fixed to a :: directional member. Alternatively, the axle may be a rigid member. The detachment member 294 includes an inner surface that is fixed to a frame 3 〇 2 The 300' (four) frame is coupled to the curved rocker f U2 such that the inner panel can be reciprocated back and forth along the arcuate rocker arm 112 near the orphan rocker axle 12 。. The clutch member (9) is also An outer (10) assembly is provided that is coupled to the axle. A clutch material member 306 is sandwiched between the inner panel and the outer panel. The tensioning flaps 308 are pivotally supported to the frame and are located The clutch structure #294 is below and in front of the axle. The axle extends through an elongated slot (not shown) in the = bracket. The upper portion of the tension bracket is connected to a sheet. Tight cable, line 31. The tension cable 2 extends in front of the tensioning frame and its distal end is connected to a tension not shown in the figure. In a particular embodiment, the bias The ramp member includes a spring 312' seated between the tensioning frame and the 49 1304351 outer panel 304. The spring is biased against the clutch material 3〇6 to offset the outer panel. Thus, the clutch plate member And the magnitude of the biasing force provided by the spring Proportionally resisting the pivoting of the arcuate rocker arm. The rotation of the tensioning knob pulls the cable to increase the biasing force, or to release the viewing force to reduce the biasing force. In a particular embodiment, the helium clutch material is fabricated from a high molecular weight (UHMW) plastic.

圖3 6為一個與該弧形搖桿臂丨丨2相連接的液壓缓和裝置314的等角視圖。一個滑輪316係被連接到該弧形搖桿的樞轉輪軸120。該液壓緩和裝置係藉著一個皮帶318而被連接到該滑輪。該液壓緩和裝置可以是使用一個推進器的類型，該推進器係位於一個填充以液壓流體的容室：内。該緩和裝置係被建構成用以在該踏板的往復來回上藉著該弧形搖桿撞擊一個阻力元件。替代性的互相連接結構本文所。寸網之互相連接結構的作用是用以調和該等踏板之向上及向下的樞轉運動。舉例來說，根據本發明，該狐形搖桿臂組件i 12是一種 < 禋互相連接結構。如同上文所討論的，一個踏板的向下重、運動係經由弧形搖桿臂作用，用以導致另一個踏板產生向卜室一〇上運動。以下的圖37到圖40係顯不出替代性的路相連接結構。首先參照圖37, 一個根據本發明之健身裝置1〇之— ::列子的格式化前視圖係被顯示出來。該健身裝置包括有 —固垂直裝設的三滑輪互相連接結構32〇，其係被支揮在 50 1304351 個向構件322上，該橫向構件係被連接於支柱（4〇， 42)的上方部位之間。一個第一滑輪324係被裝設到該橫向構件而位於左側踏板12A前方的上方。一個第二滑輪係被裝设到該橫向構件而位於右側踏板12B前方的上方。個第一彈更負載滑輪328係被裝設到該橫向構件而位於第一與弟二滑輪之間。一個纜線330係被訂定路線而通過該三滑輪互相連接結構，亚且介於每個踏板組# 12之間。尤其是，該纜線係：連接到一個踏板組件的前方，並且被訂定路線而位於第一及第二滑輪的頂部上方以及位於第三彈菁負載滑輪的下方。Μ這種#式訂定路線，一個踏板的向下運動將會在被連接到該踏板之部分境線上蓋生一個向下作用力。在一個規線或緩和元件與踏板前方連接處，-個板# 332係会 ==板框：以一種方式結合，用以在前方滾輪（未顯： '")的别方延伸以提供一個用以接附該纜線或其他結的表面。&向下作用力將會被傳送通過I線及滑輪结籌’用以在與另—個踏板相連接的緵線上產生_個向上作構斧^ ’㈣線及滑輪結構提供了—種互相連接的結運動。3 ㈣板的向下運動會導致另—個踏板的向上等負1亥第=328為選擇性的並且可以是或不必是被彈 ” -、；掉灵負載時，T管該纜線在哪個方向上移動， ==會提供—個緩和作用力來抵抗缆線。因：下運動將會被第三彈簧負載滑輪經由纜線所Figure 36 is an isometric view of a hydraulic easing device 314 coupled to the curved rocker arm shank 2. A pulley 316 is coupled to the pivoting axle 120 of the curved rocker. The hydraulic damper is coupled to the pulley by a belt 318. The hydraulic damper may be of the type that uses a propeller that is located within a chamber filled with hydraulic fluid: within. The mitigation means is constructed to strike a resistance element by the arcuate rocker on the reciprocating back and forth of the pedal. Alternative interconnected structures. The interconnecting structure of the inch mesh is used to reconcile the upward and downward pivoting movement of the pedals. For example, in accordance with the present invention, the fox-shaped rocker arm assembly i 12 is a < 禋 interconnect structure. As discussed above, the downward weighting and movement of one pedal is effected by the curved rocker arm to cause the other pedal to move up the chamber. The following Figure 37 to Figure 40 show an alternative road connection structure. Referring first to Figure 37, a formatted front view of the -> column of the fitness device 1 according to the present invention is shown. The exercise device includes a three-cylinder interconnecting structure 32〇 with a vertical mounting that is supported on 50 1304351 facing members 322 that are attached to the upper portion of the strut (4〇, 42) between. A first pulley 324 is attached to the lateral member above the front side of the left pedal 12A. A second pulley is attached to the cross member and positioned above the front side of the right side pedal 12B. A first spring load pulley 328 is attached to the cross member between the first and second pulleys. A cable 330 is routed through the three pulleys to interconnect the structure, and is interposed between each of the pedal groups #12. In particular, the cable is coupled to the front of a pedal assembly and is routed above the top of the first and second pulleys and below the third elastomeric load sheave. ΜThis #式定程, a downward movement of a pedal will cover a downward force on the part of the line connected to the pedal. At the junction of a gauge or easing element and the front of the pedal, a plate # 332 will == plate frame: combined in a way to extend the front wheel (not shown: '") to provide a Used to attach the surface of the cable or other junction. &down force will be transmitted through the I line and pulleys to 'generate _ an upwardly constructing axe on the 緵 line connected to the other pedals ^ '(4) line and pulley structure provides a kind of mutual Connected knot movement. 3 (4) The downward movement of the board will cause the other pedals to be up and down 1 hai = 328 to be selective and may or may not be bombed" -,; in the direction of the cable, the T tube is in which direction Move up, == will provide a mitigation force to resist the cable. Because: the lower movement will be carried by the third spring load pulley via the cable

51 1304351 緩和。因此，該互相連接結構也會被建構成用以提供一種踏板緩和作用。除此之外，該纜線可以用一種彈性體及稍微彈性的材料製造，用以當使用者在該踏板上下壓時提供向下之踏板運動的一些額外的緩和或緩衝。替代地，第一及第二滑輪324, 326係被移除’並且該纜線330係被訂定路線於第三滑輪上方。該第三滑輪可以或不用結合一個緩衝裝置。具有第三滑輪的緩衝用配置也可以使用與圖28到圖36所示之相似的配置。舉例來說，一個相似於圖28所示之旋轉彈性桿件可以被結合到第三滑輪輪軸，一個相似於圖29所示之扁平彈簧可以被結合到第三滑輪’並且一個分別如圖35及圖％所示之離合器配置或液壓阻力配置可以與該第三滑輪或其他滑輪結合… 圖38為根據本發明之一個健身裝置的前視圖，該健身裝置使用一個替代的互相連接系統，該系統包括有—對滑輪（324，326 )以及一個液壓緩和組件334。圖剖面圖。在這個實施例之中，第-及第二二係又到—個相似於圖37所示之實施例的橫向構件332。 :二在這個實施例之中’第三滑輪係以-個液塵雙向緩二=取代，該緩和衝擊件係被配置在介於該二個滑 ==τ:當然’第三滑輪或是雙向衝擊件可緩衝系統或是不且… 破建構成具有-個替代的雙二擊件包括有一個含有液職體的衝擊件二’：基桿件338係延伸通過該圓筒並且從該衝擊件的每 52 1304351 個端部處向外延伸。一個内徑實質上與該圓筒之内徑相同的活塞340係與該活塞桿建相連接。該活塞係界定出至少一個開孔342，流體可以再任一個方向中流過該開孔。因匕及衝擊件係被建構成用以抵抗向左及向右的運動。一個右側纜線344係被連接到右側踏板組件12B的前方路線繞過右側滑輪326，並且與該活塞桿件338的右側端部相連接。一個左側纜線346係被連接到左側踏板組件12A的鈾方，路線繞過左側滑輪324，並且與該活塞桿牛的左側^。卩相連接。右側踏板的向下運動係將右側規線向下拉，而經由該纜線傳送到該活塞桿件及活塞的向右運動因此，忒衝擊件係緩和了每個踏板的向下運動。除此之外，該活塞桿件係將一個踏板的向下作用力傳送到再另一個踏板上的向上作用力。圖40為使用一個多滑輪互相連接配置之健身裝置之一個例子的前視®。一個滑輪348被連接到每個踏板組件η 的前方部位。㈣滑輪係與踩踏皮^ 18 #上方運作成切、、在也配置四個’滑輪係被定位在位於一個上方橫向構件322 之踏板的端部上方。一個第一滑輪350係樞轉地被裝設到位於該右側踏板之右前方角落上方的上方橫向構件。一個第一滑輪352係樞轉地被裝設到位於該右側踏板之左前方角落上方的上方橫向構件322。一個第三滑輪354係樞轉地被裝設到位於該左侧踏板之右前方角落上方的上方橫向構件…個第四滑輪356係樞轉地被裝設到位於該右側踏板之左岫方角落上方的上方橫向構件。 53 1304351 個取私個早獨覽線33G的路線係以婉蜒的方式繞過該等六 =輪。該纜線的路線係越過外部的第一滑輪35〇及第四 ^ 356上方’其路線係向下並且位於該等踏板滑輪348 、言並且越過内部的第二及第三滑輪（ 352, 354 )。以方式’一個踏板的向下運動會致使一個向上作用力被 2 °在另—個踏板上。具有-種多滑輪的配置方式（像是 • 4〇所不者）係將踏板的負載分佈到多個滑輪以及分 H線的多個部位’在這個情況中為分佈到該镜線 I 個區段。 ^、在圖40之中，在這個情況的衝擊件之中，阻力元件76 係被連接於上方橫向構件與位於每個踏板之前方處的板件 ^ 332之間。該等衝擊件可以與相關於圖i g圖2以及其他 •圖式所討論的相同，並且可以使用或沒有使用内部的回復彈簧。圖41為使用多滑輪互相連接配置之健身裝置的另一個例子的則視圖。一個滑輪348係被連接到每個踏板組件的 _ 丽方部位。該等滑輪係被係與踩踏皮帶的上方運作成切線地配置。在這個例子之中，二個滑輪係旋轉地被裝設在上方橫向構件上。一個第一滑輪35〇係樞轉地被裝設到位於孩右側踏板之右如方角落上方的上方橫向構件。一個第二 - 滑輪356係樞轉地被裝設到位於該左側踏板之左前方角落上方的上方橫向構件。一個單獨纜線33〇的路線係以蜿蜒的方式繞過該等四個滑輪。該纜線的路線係越過第一滑輪 3 5 0及弟一硐輪3 5 6的頂部，其路線係向下並且位於該等 54 1304351 ，板滑輪348下方，並且向上到達位於該等踏板之内部角洛上方的橫向構件322且被連接到該橫向構件。具有一種多滑輪的配置方式（像是如圖41所示者）係將踏板的負載分佈到多個滑輪以及分佈到纜線的多個部位，在這個情況中為分佈到該欖線的四個區段。月在该健身裝置的某些實施例之中’該等皮帶Η係以大 S的張力被安裝在第一及第二踏板組件12上。一般來說，該等踏板組件係被建構成被對準的，使得它們為互相平行者。然而，在該等皮帶之中的張力係容易於將該等踏板电件拉向彼此並且失去對準，而可能會導致踏板組件的内側部位在健身裝4 10的操作期間彼此摩擦。為了要幫助減緩這種狀況’可以將一個滑軌板# 358安裝在該等踏板:且51 1304351 Alleviation. Therefore, the interconnect structure is also constructed to provide a pedal mitigation effect. In addition, the cable can be constructed of an elastomeric and slightly elastic material to provide some additional cushioning or cushioning of the downward pedaling motion as the user presses up and down the pedal. Alternatively, the first and second pulleys 324, 326 are removed' and the cable 330 is routed over the third pulley. The third pulley may or may not incorporate a cushioning device. A buffer configuration having a third pulley can also use a configuration similar to that shown in Figs. 28 to 36. For example, a rotating elastic member similar to that shown in Fig. 28 can be coupled to the third pulley axle, and a flat spring similar to that shown in Fig. 29 can be coupled to the third pulley 'and one as shown in Fig. 35 and The clutch configuration or hydraulic resistance configuration shown in Figure % can be combined with the third pulley or other pulley. Figure 38 is a front elevational view of an exercise device in accordance with the present invention using an alternative interconnection system including There is a pair of pulleys (324, 326) and a hydraulic mitigation assembly 334. Figure Sectional view. In this embodiment, the first and second stages are again a cross member 332 similar to the embodiment shown in Fig. 37. : In this embodiment, 'the third pulley is replaced by a liquid dust two-way slow=, the mitigation impact member is arranged between the two slips==τ: of course, the third pulley or the two-way The impact member can be cushioned or not... The construction has an alternative double striker comprising an impact member 2 containing a liquid body: the base member 338 extends through the cylinder and from the impact member Each of the ends of 52 1304351 extends outward. A piston 340 having an inner diameter substantially the same as the inner diameter of the cylinder is coupled to the piston rod. The piston system defines at least one opening 342 through which fluid can flow in either direction. Because the 匕 and impact parts are constructed to resist left and right movements. A right side cable 344 is routed to the front side of the right side pedal assembly 12B to bypass the right side pulley 326 and is coupled to the right end of the piston rod member 338. A left side cable 346 is attached to the uranium side of the left pedal assembly 12A, the route bypasses the left side pulley 324, and the left side of the piston rod.卩 Connected. The downward movement of the right pedal pulls the right gauge line downward and is transmitted to the right through the cable to the piston rod and the piston. Therefore, the impact member moderates the downward movement of each pedal. In addition to this, the piston rod member transmits the downward force of one pedal to the upward force on the other pedal. Figure 40 is a front view® of one example of an exercise device that is interconnected using a multi-pulley. A pulley 348 is coupled to the front portion of each of the pedal assemblies n. (4) The pulley system and the tread leather ^ 18 #above the operation, and the four pulleys are also disposed above the end of the pedal located at the upper cross member 322. A first pulley 350 is pivotally mounted to the upper cross member above the right front corner of the right pedal. A first pulley 352 is pivotally mounted to the upper cross member 322 above the left front corner of the right pedal. A third pulley 354 is pivotally mounted to the upper cross member above the right front corner of the left pedal. A fourth pulley 356 is pivotally mounted to the left corner of the right pedal. Upper cross member above. 53 1304351 The route to take the private 33L line is bypassed by the six = wheel. The route of the cable is over the outer first pulley 35 〇 and the fourth ^ 356 above the second and third pulleys (352, 354) whose path is downward and located on the pedal pulley 348, and over the inside. . In a way, the downward movement of one pedal causes an upward force to be 2° on the other pedal. The configuration with multiple pulleys (such as • 4〇) distributes the load of the pedal to multiple pulleys and multiple parts of the H-line. In this case, it is distributed to the area of the mirror. segment. In Fig. 40, among the impact members in this case, the resistance member 76 is connected between the upper cross member and the plate member 332 located at the front of each of the pedals. The impact members can be the same as discussed in relation to Figure 2g and other Figures, and may or may not use an internal return spring. Figure 41 is a view showing another example of an exercise device in which a plurality of pulleys are connected to each other. A pulley 348 is attached to the _ 丽 portion of each pedal assembly. These pulleys are arranged in tangent to the upper portion of the tread belt. In this example, two pulleys are rotatably mounted on the upper cross member. A first pulley 35 is pivotally mounted to the upper cross member above the right side corner of the child's right pedal. A second - pulley 356 is pivotally mounted to the upper cross member above the left front corner of the left pedal. The route of a single cable 33 turns around the four pulleys in a meandering manner. The route of the cable passes over the top of the first pulley 350 and the third wheel 356, the route is downward and located below the 54 1304351, the plate pulley 348, and up to the interior of the pedals A cross member 322 above the corner and is connected to the cross member. A configuration with multiple pulleys (as shown in Figure 41) distributes the load of the pedal to a plurality of pulleys and to multiple locations of the cable, in this case four of the distribution to the ridge Section. Month In some embodiments of the exercise device, the belt tethers are mounted on the first and second pedal assemblies 12 with a large S tension. Generally, the pedal assemblies are constructed to be aligned such that they are parallel to one another. However, the tension among the belts tends to pull the pedal motors toward each other and lose alignment, which may cause the inner portions of the pedal assembly to rub against each other during operation of the exercise device 40. In order to help alleviate this situation, a rail plate #358 can be mounted on the pedals: and

件之間，用以將該等踏板組件保持在—種相對於彼行的結構之中。 T 如上文所描述的，該等踏板組件可以藉著一個弧形搖桿組件U2而被互相連接。如圖42及圖43所示，該滑軌板件可以被安裝在該等L形撲架126的其中—個=面上。該滑軌板件的厚度係足以完全填滿界相對t l形撐架 126之向内面之間的空隙。當該皮帶的張力強迫該等二組件朝向彼此時’一個L形撐架的向内面會壓抵著被固定到相對面的滑軌板件，而防止該等踏板組件實際地朝向彼此移動並且失去平行的對齊狀態。雖然該滑執板件在本文之中被描述且討論成被安裝在該等踏板組件之l形撐架之間’應該要了解的是，該滑軌板件可以被安裝在該=板 55 ’1304351 組件的其他内侧部位之間，以便於維持平行的對齊狀態。因為L形撐架係被強制抵抗彼此而通過該滑軌板件，摩擦力可能會存在於介於該滑軌板件與撐架之間的表面上。因此’該滑轨板件可以從容易於減少這些摩擦力的材料建構而成。舉例來說，該滑軌板件可以從各種材料製造，像是塑膠、玻璃纖維、以及類似物。在本發明的一個實施例之中’遠滑軌板件是以DuPont Delrin® 1 〇〇製造者。 • 該滑軌板件358可以用任何一些方式與該健身裝置相 _ 連接，用以適當地將該滑軌板件定位在該等踏板組件12 之間。舉例來說，該滑執板件可以與其中一個L形撐架相連接。如圖44所示，該滑軌板件係與右側L形撐架126 的内側面相連接。在這種構造之中，當該踏板組件樞轉時， • 該滑軌板件係向上及向下移動。該滑執板件係被建構成具有足夠的高度，使得該滑軌板件能夠在該等踏板組件之整個範圍的樞轉動作中保持與L形撐架的内側邊相接觸。在另一個實施例之中，該滑執板件可以與健身裝置的框架底 •部相連接，並且可以在該等L形撐架之間向上延伸。在這種構造之中，該二個動搖的撐架都會在該滑執板件的任一側邊上進行上下的滑動。 . 該滑軌板件可以被建構成具有各種形狀及尺寸大小。 .舉例來說，如圖45及圖48所示，該滑軌板件具有一種由 /一個右側36G及-個左側362所界定出來之矩形的前方及後方，其中，該左側及右侧係被一個頂側364及底側所分開。該滑軌板件的厚度係將前方及後方分開。如圖45 56 1304351 所示，該滑軌板件的前方是以一個平坦的前方表面％界定出來的。如圖48所示，該滑執板件的後方是圖案的肋部370所界定出來的。該滑軌板件可以與L㈣架以各種方式連接，像曰以螺絲、鉚釘、膠水以及類似物。如圖45到圖Μ所干= 軌板件係被建構成藉著螺絲而與動搖的樓架相連接。因月此，該滑軌板件包括有一個第一螺絲孔374及一個第二絲孔376,該等螺絲孔係沿著該前方表面上的一個中:主轴座落，且第-螺絲孔係被座落在第二螺絲孔上方。如圖 4”斤示，該等螺絲孔可以具有斜面，使得螺絲頭將會座：成與滑軌板件之前方的表面齊平或位於該表面下方而防止δ亥專螺絲頭與L形^^ 1 Ο JLL· 、 L沿搽木120的上方部位相摩擦，其中，該滑軌板件並沒有連接贫μ古立另遝接肩上方部位。為了要幫助滑軌板件適當地被放置L形撐架的内部面上，該㈣板件包括有一個柱螺栓378，其係如圖46及圖47所示地從該後方處延伸。當將滑軌板件安裝在該L形#架的内側面上時，使用者係將該柱螺栓***一個對應的柱螺栓洞& 38〇之中，而該柱螺栓洞孔係聽在肖L形撐架的内側面之中（參見圖 1〇 ’其係顯示出柱螺栓洞孔，但是沒有顯示出該滑軌板件）而今枝用者可以更加容易地將該滑軌板件的螺絲洞孔對準在該動搖之揮架之上方部位中的對應螺絲洞孔。 …雖然本發明的較佳實施例已經以某種程度的特質而被描述於上文之中’那些熟習該項技藝的人士可以在不偏離本發明的#神與範®之下針對這些實施料行各種修改。 57 1304351 所有方向性的參照（亦即，上方、下方、向上、向下、左、右向左、向右、頂部、底部、在上方、在下方、垂直、 =平、順時針、及逆時針）只是被用於辨識的用途，用以幫助，者對於本發明的了解，並且並不會對於尤其是仇置、定向及本發明的使用產生限制。連接性的參照（亦即，接附、接合、連接以及類似物）是要被用來被廣泛地理解，並且可以包括有介於元件之連接部分之間以及介於元件之 :之相對運動的中間構件。目此，此等連接性的參照部不而要推斷成二個元件是被直接連接並且對於彼此為固定的關係。所欲者為，±文所包含或是顯示於隨附圖式中有内容解料說明用並且不是限制性者。㈣節或結構的改變可以在不偏離如同界定於隨附申請專利範圍之本發明的精神之下進行。【圖式簡單說明】 (一）圖式部分詳細的描述將會參照以下的圖式進行，其中，相同的參考符號係表示相同的元件，並且，其中：、圖1為根據本發明健身裝置之—個實施Between the pieces, the pedal assemblies are held in a structure relative to the other. As described above, the pedal assemblies can be interconnected by an arcuate rocker assembly U2. As shown in Figures 42 and 43, the rail plate member can be mounted on one of the faces of the L-shaped bucks 126. The thickness of the rail plate member is sufficient to completely fill the gap between the inwardly facing faces of the t1-shaped brackets 126. When the tension of the belt forces the two components toward each other 'the inward faces of one L-shaped bracket will press against the rail plates that are fixed to the opposite faces, preventing the pedal assemblies from actually moving toward each other and losing Parallel alignment status. Although the slider plate is described herein and discussed as being mounted between the l-shaped brackets of the pedal assemblies, it should be understood that the rail plate member can be mounted on the = plate 55' 1304351 Between the other inner parts of the assembly to maintain parallel alignment. Since the L-shaped brackets are forced to resist each other and pass the rail plate member, friction may exist on the surface between the rail plate member and the bracket. Therefore, the rail plate member can be constructed from a material that is easy to reduce these frictional forces. For example, the rail plate can be fabricated from a variety of materials such as plastic, fiberglass, and the like. In one embodiment of the invention, the 'sliding rail plate member' is a DuPont Delrin® 1 〇〇 manufacturer. • The rail plate member 358 can be coupled to the exercise device in any manner to properly position the rail plate member between the pedal assemblies 12. For example, the sliding plate member can be coupled to one of the L-shaped brackets. As shown in Fig. 44, the rail plate member is coupled to the inner side of the right L-shaped bracket 126. In this configuration, when the pedal assembly is pivoted, • the rail plate moves up and down. The sliding plate member is constructed to have a sufficient height such that the rail plate member remains in contact with the inner side of the L-shaped bracket during pivoting of the entire range of the pedal assemblies. In another embodiment, the slide plate member can be coupled to the frame bottom portion of the exercise device and can extend upwardly between the L-shaped brackets. In this configuration, the two rocking brackets slide up and down on either side of the sliding plate member. The rail plate can be constructed to have various shapes and sizes. For example, as shown in FIGS. 45 and 48, the rail plate member has a front and a rear of a rectangle defined by / a right side 36G and a left side 362, wherein the left side and the right side are A top side 364 and a bottom side are separated. The thickness of the rail plate member separates the front and the rear. As shown in Fig. 45 56 1304351, the front of the rail plate is defined by a flat front surface %. As shown in Fig. 48, the rear of the sliding plate member is defined by the patterned ribs 370. The rail plate can be connected to the L (four) frame in various ways, such as screws, rivets, glue and the like. As shown in Figure 45 to Figure 轨 = the rail plate is constructed to be connected to the swaying frame by screws. Because of this, the rail plate member includes a first screw hole 374 and a second wire hole 376. The screw holes are along one of the front surfaces: the main shaft is seated, and the first screw hole is It is seated above the second screw hole. As shown in Fig. 4, the screw holes may have a beveled surface so that the screw head will be seated: flush with the surface of the front side of the rail plate or under the surface to prevent the delta head and the L-shaped ^ ^ 1 Ο JLL·, L rubs along the upper part of the rafter 120, wherein the rail plate is not connected to the upper part of the shoulder of the lean sill. In order to help the slide plate be properly placed L On the inner face of the frame, the (four) plate member includes a stud 378 extending from the rear as shown in Figures 46 and 47. When the rail plate member is mounted on the L-shaped frame On the inner side, the user inserts the stud into a corresponding stud hole & 38 ,, and the stud hole is heard in the inner side of the slanted L-shaped bracket (see Figure 1) 'The system shows the stud hole, but the rail plate is not shown.) It is easier for the user to align the screw hole of the rail plate with the upper part of the swinging swing. Corresponding screw hole. ... although the preferred embodiment of the invention has been somewhat trait As described above, those skilled in the art can make various modifications to these implementations without departing from the invention. 57 1304351 Reference for all directionality (ie, above and below) , up, down, left, right to left, right, top, bottom, top, bottom, vertical, = flat, clockwise, and counterclockwise) are only used for identification purposes, to help, The knowledge of the present invention does not impose limitations on the use of, in particular, hatching, orientation and use of the present invention. The reference of connectivity (i.e., attachment, bonding, connection, and the like) is to be used extensively. It is understood that, and may include intermediate members between the connecting portions of the elements and relative movements of the elements. For this reason, the reference portions of such connections are not to be inferred that the two elements are directly connected. And for each other a fixed relationship. The person who wants, is included or shown in the accompanying drawings, and is not limited. (4) Section or structure changes can be The deviation is as described in the spirit of the present invention as defined in the accompanying claims. [Simplified description of the drawings] (1) A detailed description of the drawings will be made with reference to the following drawings, in which the same reference symbols are used. The same components, and wherein: Figure 1 is an implementation of the exercise device according to the present invention

圖； τ β H 其紫飾性及防護示出該裝置的各圖2為圖i之健身裝置的等角視圖，性的側邊面板係被移除，用以較清楚地顯種元件；圖3為圖2所示之健身裝置的左側視圖；圖4為圖2所示之健身裝置的右側視圖； 58 1304351 圖5為圖2所示之健身裝置的俯視圖；圖6為圖2所示之健身裝置的前視圖，· 圖7為圖2所示之健身裝置的後視圖；圖8為圖2所示之健身裝置的仰視圖；圖9為沿著圖5之直線9-9所截取的剖面圖；圖1〇為圖2所示之健身裝置的部分切開等角視圖，該視圖係顯示出弧形搖桿臂被定向在一個位置之中，該位置Fig. 2; τ β H Its purple decoration and protection shows that the device of Fig. 2 is an isometric view of the exercise device of Fig. i, and the side panels of the sex are removed for clearer display of components; 3 is a left side view of the exercise device shown in FIG. 2; FIG. 4 is a right side view of the exercise device shown in FIG. 2; 58 1304351 FIG. 5 is a plan view of the exercise device shown in FIG. 2; Front view of the exercise device, Fig. 7 is a rear view of the exercise device shown in Fig. 2; Fig. 8 is a bottom view of the exercise device shown in Fig. 2; Fig. 9 is taken along line 9-9 of Fig. 5. 1 is a partially cutaway isometric view of the exercise device shown in FIG. 2, showing the curved rocker arm being oriented in a position, the position

係對應大約在最低位置之中的左側踏板以及大約在最高位置之中的右側踏板；圖11為圖2所示之健身裝置的部分切開等角視圖，該視圖係顯示出弧形搖桿臂被定向在一個位置之中，該位置係對應在一個高於圖10之位置之中的左側踏板以及在一個低於圖1 0之位置之中的右側踏板；圖12為圖2所示之健身裝置的部分切開等角視圖，該視圖係顯示出弧形搖桿臂被定向在一個位置之中，該位置係對應左側踏板大約平行於右側踏板；圖13為圖2所示之健身裝置的部分切開等角視圖，該視圖係顯示出弧形搖桿臂被定向在一個位置之中，該位置係對應在-個高於ϋ 12之位置之中的左側踏板以及在一個低於圖12之位置之中的右側踏板；圖14為圖2所示之健身裝置的部分切開等角視圖，該視圖係顯*出弧形搖桿臂被定向在-個位置之中，該位置係對應在—個高於® 13之位置之中的左側踏板以及在-個低於圖13之位置之中的右侧踏板； 59 1304351 圖1 5為根據本發明孤形搖桿臂之一個實施例的左側視圖；圖1 6 A為圖2所示之健身裝置的等角視圖，該健身裝置係帶有大約在最低位置之中的左側踏板以及大約在最高位置之中的右側踏板；圖16B為位於圖16A所示之定向中之健身裝置並且有一個代表性使用者的左側視圖； ’ 圖1 7 A為圖2所示之健身裝置的等角視圖，該健身裝 # 置係帶有高於圖16 A所示的左側踏板以及低於圖16 A所示的右側踏板；圖17B為位於圖17A所示之定向中之健身裝置並且有 - 一個代表性使用者的左側視圖； . 圖18A為圖2所示之健身裝置的等角視圖，該健身裝置係帶有大約平行並且共同地在大約1〇 %坡度處的左側及右側踏板；圖18B為位於圖18A所示之定向中之健身裝置並且有 # 一個代表性使用者的左側視圖；圖1 9 A為圖2所示之健身裝置的等角視圖，該健身裝置係帶有高於圖1 8 A所示的左側踏板以及低於圖1 8 A所示 - 的右側踏板； . 圖19B為位於圖19A所示之定向中之健身裝置並且有一個代表性使用者的左側視圖；圖2〇A為圖2所示之健身裝置的等角視圖，該健身裝置係帶有大約在其最高位置之中的左側踏板以及大約在其 1304351 最:低位置之中的右側踏板；圖20B為位於圖20A所示之定向中之健身裝置並且有一個代表性使用者的左側視圖；、圖為圖2所示之健身裝置的部分切開等角視圖，該視圖係顯示出-個根據本發明之閉鎖機械裝置的實施例，該閉鎖機械裝置係被用來抑制踏板的往復來回；圖22為該閉鎖機械裝置位於一個視圖· 口禾接合位置之中的側圖23為該閉鎖機械裝置位於—個接合或閉鎖位置的側視圖；圖24為圖2之健身裝置被建構於一個運送位置之中的寻用視圖；圖25為圖2及圖24之健身奘署从血r、Corresponding to the left pedal in the lowest position and the right pedal in the highest position; FIG. 11 is a partially cutaway isometric view of the exercise device shown in FIG. 2, showing the curved rocker arm being Oriented in a position corresponding to a left pedal in a position higher than FIG. 10 and a right pedal in a position lower than FIG. 10; FIG. 12 is an exercise device shown in FIG. Partially cut isometric view showing that the curved rocker arm is oriented in a position corresponding to the left pedal being approximately parallel to the right pedal; Figure 13 is a partial cut of the exercise device shown in Figure 2. An isometric view showing that the curved rocker arm is oriented in a position corresponding to the left pedal in a position above ϋ 12 and at a position lower than Figure 12 FIG. 14 is a partially cutaway isometric view of the exercise device of FIG. 2, the view shows that the arc-shaped rocker arm is oriented in a position corresponding to a height At the position of ® 13 The left side pedal and the right side pedal in a position lower than the position of FIG. 13; 59 1304351 FIG. 15 is a left side view of an embodiment of a solitary rocker arm according to the present invention; FIG. An isometric view of the exercise device shown in Fig. 2, with the left side pedal in the lowest position and the right side pedal in the highest position; Fig. 16B is the fitness in the orientation shown in Fig. 16A The device has a left side view of a representative user; 'Fig. 1 7 A is an isometric view of the exercise device shown in Fig. 2, with the left side pedal and lower than the one shown in Fig. 16A Figure 17B is a left side view of the exercise device in the orientation shown in Figure 17A and having a representative user; Figure 18A is an isometric view of the exercise device of Figure 2 View, the exercise device has left and right pedals that are approximately parallel and collectively at approximately 1% slope; Figure 18B is the exercise device in the orientation shown in Figure 18A and has a left side of a representative user View; Figure 1 9 A An isometric view of the exercise device shown in Fig. 2 with a left side pedal as shown in Fig. 18A and a right side pedal lower than that shown in Fig. 18A; Fig. 19B is located in Fig. 19A The illustrated orientation of the exercise device and has a left side view of a representative user; FIG. 2A is an isometric view of the exercise device shown in FIG. 2 with the exercise device approximately within its highest position The left pedal and the right pedal in the most: low position of its 1304351; FIG. 20B is a left side view of the fitness device in the orientation shown in FIG. 20A and having a representative user; A partially cutaway isometric view of the exercise device showing an embodiment of a latching mechanism according to the present invention, the latching mechanism being used to inhibit the reciprocation of the pedal; FIG. 22 is a view of the latching mechanism Figure 23 is a side view of the interlocking mechanism in the engaged or latched position; Figure 24 is a view of the fitness device of Figure 2 constructed in a transport position Figure 25 is the fitness department of Figure 2 and Figure 24 from the blood,

Rr_ 的部分切開等角視圖， ^視圖係顯示出弧形搖桿被降低到運送位置之中； :26為根據本發明一個使用一個以替代的方式定位之 Γ擊件之健身裝置的右側視圖，· 圖27為使用一個後方裝設平台之健身裝置之 f生只^例的等角視圖；代圖28為根據本發明一個替代性圖29…… 旁代性阻力凡件的等角視圖；㈡29為根據本發明之一個 ® 30 μ ^ , 丨且刀兀件的等角視圖；圖31==明之-個第三阻力元件的等角視圖；圖32為明之一個第四阻力元件的等角視圖；視圖；據本㈣之一個第五替代性阻力元件的等角 61 1304351 視為根據本發明之—個第六替代性阻力元件的等角視圖圖34為根據本發明之—個第七替代性阻力元件的等角圖35為根據本發明可變踏板阻力元件之等角視圖； W^例的圖：6為根據本發明可變踏板阻力元件之-個替代性實施例的等角視圖；、之圖37為使用一個第一替代性互相連接結個實施例的前視圖；身名置之圖^為使用—個第二替代性互相ϋ接結構之健身裝置個實施例的前視圖；圖39為一個與圖％之互相連接結構結合在—起使用之緩和衝擊件之-個實施例的剖面圖；圖4〇為使用-個第三替代性互相連接結構之健身裝置之一個實施例的前視圖；圖4 1為使用一個第四替代性互相連接結構之健身裝置之一個實施例的前視圖； >、^為"亥健身裝置之一個實施例的前方立體圖，其係呑兒明了一個介於_ /m t. , t 、個右側動搖撐架與一個左側動搖撐架之間的滑執板件； ^圖43為顯不出圖42之健身裝置的一個前方立體圖，且4右側踏板組件係位於一個向上位置之中並且該左側踏板組件係位於一個向下位置之中； 62 1304351 圖44係顯示出與左側動搖撐架相連接的滑執板件；圖45係顯示出根據本發明一個實施例之滑軌板件的前視圖；圖46A顯示出沿著圖45之直線46_46所截取之根據本發明一個實施例之滑軌板件的右側視圖，並且其中，該等踏板框架係銜接介於其間的滑軌板件；圖46B顯不出沿著圖45之直線46-46所截取之滑執板牛的右側視圖’並且其中，#等踏板框架係為分開者；以及圖47係顯不出根據本發明一個實施例之滑執板件的後視圖。 )元件代表符號 10 健身裝置 12 踏板或踏板組件 12A 第一踏板組件 12B 第二踏板組件 14 框架 16 共同主軸 18 踩踏皮帶 20 裝飾控制板 22 前方部位 24 後方部位 26 平台 28 前方滾輪 63 1304351A partially cut-away isometric view of Rr_, the view shows that the curved rocker is lowered into the transport position; 26 is a right side view of an exercise device using an alternatively positioned snap-on member in accordance with the present invention, Figure 27 is an isometric view of an example of an exercise device using a rear-mounted platform; Figure 28 is an isometric view of an alternative Figure 29 of a surrogate resistance according to the present invention; (2) Is an isometric view of a 30 30 μ ^ , 兀 and 兀 ; according to the present invention; Figure 31 = = isometric view of a third resistance element; Figure 32 is an isometric view of a fourth resistance element The isometric view of a fifth alternative resistance element according to the present invention is considered to be an isometric view of a sixth alternative resistance element in accordance with the present invention. FIG. 34 is a seventh alternative in accordance with the present invention. An isometric view of a resistive element is an isometric view of a variable pedal resistive element in accordance with the present invention; Figure 6 is an isometric view of an alternative embodiment of a variable pedal resistive element in accordance with the present invention; Figure 37 shows the use of one A first alternative is a front view of an embodiment; a front view of the embodiment of the exercise device using a second alternative mutual splicing structure; FIG. 39 is a view of FIG. Figure 1 is a front elevational view of one embodiment of an exercise device using a third alternative interconnect structure; Figure 41 is a cross-sectional view of an embodiment in which the interconnecting structure is incorporated A front view of an embodiment of an exercise device using a fourth alternative interconnect structure; >, ^ is a front perspective view of one embodiment of the "Hai fitness device, which is a _ / m t , t, a sliding plate between the right-hand swinging bracket and a left-hand moving bracket; ^ Figure 43 is a front perspective view showing the fitness device of Figure 42, and the 4 right pedal assembly is in an upward position And the left pedal assembly is in a downward position; 62 1304351 Figure 44 shows the sliding plate member connected to the left side swing bracket; Figure 45 is a view showing the sliding according to one embodiment of the present invention. Front view of the rail member; Figure 46A shows a right side view of the rail panel in accordance with one embodiment of the present invention taken along line 46_46 of Figure 45, and wherein the pedal frames are coupled to each other The rail plate member; Fig. 46B shows the right side view of the sliding plate cow taken along the line 46-46 of Fig. 45 and wherein the pedal frame is separated by #; and Fig. 47 is not shown according to the present invention. A rear view of a sliding plate member inventing an embodiment. ) Component symbol 10 Fitness device 12 Pedal or pedal assembly 12A First pedal assembly 12B Second pedal assembly 14 Frame 16 Common spindle 18 Stepped belt 20 Decorative control panel 22 Front part 24 Rear part 26 Platform 28 Front wheel 63 1304351

30 後方滾輪 32 左側構件 34 右側構件 36 交叉構件 38 支柱 40 左側立柱 42 左側構件 44 把手 46 第一區段 48 第二區段 50 操縱台 52 踏板框架 54 左側構件 56 右側構件 58 交叉構件 59 球軸承 60 輪軸 62 開孔 64 通道 66 端部 68 板件 70 開孔 76 抑制元件/阻力元件 78 互相連接構件 130435130 Rear roller 32 Left side member 34 Right side member 36 Cross member 38 Pillar 40 Left side post 42 Left side member 44 Handle 46 First section 48 Second section 50 Console 52 Pedal frame 54 Left side member 56 Right side member 58 Cross member 59 Ball bearing 60 Axle 62 Opening 64 Channel 66 End 68 Plate 70 Opening 76 Suppression element / Resistance element 78 Interconnecting member 1304351

80 後方橫向構件 81 A 徑向軸承 81B 徑向軸承 81C 徑向軸承 82 驅動軸桿 83 軸環 84a 左側驅動撐架 84b 中間驅動撐架 84c 右側驅動撐架 85 鍵部 86 驅動滑輪 87 通道 88 馬達 89 通道 90 底部板件 91 設定螺絲 92 馬達軸桿 94 飛輪 96 驅動皮帶 98 馬達滑輪 100 皮帶速度感測器 102 簧片開關 104 磁鐵 106 拾取器 65 130435180 Rear cross member 81 A Radial bearing 81B Radial bearing 81C Radial bearing 82 Drive shaft 83 Bushing 84a Left drive bracket 84b Intermediate drive bracket 84c Right drive bracket 85 Key 86 Drive pulley 87 Channel 88 Motor 89 Channel 90 bottom plate 91 setting screw 92 motor shaft 94 flywheel 96 drive belt 98 motor pulley 100 belt speed sensor 102 reed switch 104 magnet 106 pickup 65 1304351

108 第一衝擊件 110 第二衝擊件 112 弧形搖桿臂組件 114 弧形搖桿橫向構件 116 鍵槽 118 樞轉開孔 120 弧形搖桿樞轉輪軸 122 第一或左側下方樞轉栓釘 124 第二或右側下方樞轉栓釘 126 撐架 128 第一上方樞轉栓釘 130 第二上方樞轉栓釘 132 第二撐架 134 第一桿件/套筒螺母 136 第二桿件/套筒螺母 138 球形接頭 140 套筒 142 桿件 144 踏步感測器 146 第二簧片開關 148 磁鐵 150 拾取器 152 撐架 154 最低水平組件 66 1304351 156 V形撐架 157 撐架 158 裝設表面 160 塊體 162 閉鎖橫向構件 164 緩衝器 166 閉鎖機械裝置 168 控制桿臂/閂鎖 170 下方部位 172 上方部位 174 控制桿撐架 176 前方橫向構件 178 左側閃鎖支管連接件 180 右側閃鎖支管連接件 182 才區轉主轴 184 左側滑動撐架 186 左側引導撐架 188 右側滑動撐架 190 第二或右側引導撐架 192 側壁 194 側壁 196 長形狹長孔 198 引導栓釘 200 面板 67 1304351108 first impact member 110 second impact member 112 curved rocker arm assembly 114 curved rocker cross member 116 keyway 118 pivot opening 120 curved rocker pivot axle 122 first or left lower pivot stud 124 second or right lower pivoting peg 126 bracket 128 first upper pivoting peg 130 second upper pivoting peg 132 second bracing 134 first bar/sleeve nut 136 second bar/sleeve Cartridge nut 138 Ball joint 140 Sleeve 142 Rod 144 Step sensor 146 Second reed switch 148 Magnet 150 Picker 152 Bracket 154 Minimum horizontal assembly 66 1304351 156 V-shaped bracket 157 Bracket 158 Mounting surface 160 Body 162 Locking cross member 164 Buffer 166 Locking mechanism 168 Control lever arm/latch 170 Lower part 172 Upper part 174 Control rod bracket 176 Front cross member 178 Left side flash lock branch connection 180 Right side flash lock branch connection 182 Zone Spindle 184 Left Slide Bracket 186 Left Guide Bracket 188 Right Slide Bracket 190 Second or Right Guide Bracket 192 Sidewall 194 Sidewall 196 Long The guide hole 198 elongated peg panel 200 671304351

202 狹長孔 204 支管狹長孔 206 保持器凸緣 208 足台 210 裝設表面 212 平台撐架 214 後方裝設平台 216 端部罩蓋 218 周圍凸緣 220 軸環 222 輪子 226 握把 228 彈性構件 230 撐架 232 裝設检釘 234 衝擊件 236 扭力平坦彈簧 238 端部罩蓋凸緣 240 彈簧 242 彈簧片 244 線圈彈簧片 246 長形撐架 248 第一直立區段 250 第一樞轉開孔 68 1304351 252 第二直立區段 254 第二樞轉開孔 256 滑輪 258 纜線及彈簧結構 260 第一纜線 262 第二纜線 264 彈簧 266 第二彈簧 268 尼龍皮帶 270 撐架 271 彈簧 272 滑輪 274 中心構件 276 後方橫向構件 278 前方橫向構件 280 第二弧形搖桿臂 282 衝擊件 284 右側滑輪 286 纜線 288 第二纜線 290 彈簧 292 第二彈簧 294 離合器構件 296 偏斜構件 69 1304351202 Narrow hole 204 Branch pipe slit 206 Retainer flange 208 Foot 210 Mounting surface 212 Platform bracket 214 Rear mounting platform 216 End cover 218 Surrounding flange 220 Bushing 222 Wheel 226 Grip 228 Elastic member 230 Support Rack 232 Mounting pin 234 Impact piece 236 Torque flat spring 238 End cap flange 240 Spring 242 Spring piece 244 Coil spring piece 246 Long brace 248 Vertical section 250 First pivot opening 68 1304351 252 Second upright section 254 second pivot opening 256 pulley 258 cable and spring structure 260 first cable 262 second cable 264 spring 266 second spring 268 nylon belt 270 bracket 271 spring 272 pulley 274 center member 276 Rear cross member 278 Front cross member 280 Second curved rocker arm 282 Impact member 284 Right pulley 286 Cable 288 Second cable 290 Spring 292 Second spring 294 Clutch member 296 Skew member 69 1304351

298 輪軸 300 内部面板 302 撐架 304 外部面板 306 離合材料構件 308 張緊撐架 310 張緊纜線 312 彈簧 314 液壓緩和裝置 316 滑輪 318 皮帶 320 三滑輪互相連接結構 322 橫向構件 324 第一滑輪 326 第二滑輪 328 第三彈簧負載滑輪 330 纜線 332 板件 334 液壓緩和組件 336 衝擊件圓筒 338 活塞桿件 340 活塞 342 開孔 344 右側纜線 70 1304351298 Axle 300 Internal panel 302 Bracket 304 External panel 306 Release material member 308 Tensioning bracket 310 Tension cable 312 Spring 314 Hydraulic damper 316 Pulley 318 Belt 320 Three pulleys Interconnecting structure 322 Cross member 324 First pulley 326 Two pulleys 328 Third spring load pulley 330 Cable 332 Plate 334 Hydraulic damper assembly 336 Impact member cylinder 338 Piston rod 340 Piston 342 Opening 344 Right cable 70 1304351

346 348 350 352 354 356 358 360 362 364 3 66 368 370 374 376 378 380 左側纜線滑輪第一滑輪第二滑輪第三滑輪第四滑輪滑執板件右側左側頂側底側前方表面肋部第一螺絲孔第二螺絲孔柱螺栓柱螺栓洞孔 71346 348 350 352 354 356 358 360 362 364 3 66 368 370 374 376 378 380 Left cable pulley First pulley Second pulley Third pulley Fourth pulley Sliding plate Right side Left side top side Bottom side Front ribs First Screw hole second screw hole stud bolt stud hole 71

Claims

1304351 十、申請專利範圍： 1 · 一種健身裝置，其係包含有·· 一個第一踏板組件，其係提供一個第一移動表面，該第一踏板組件係被配置成用以樞轉者；個第二踏板組件，其係提供一個第二移動表面，該第二踏板組件係被配置成用以樞轉者；以及一個互相連接組件，其係可操作地被耦接在該第一踏板組件與該第二踏板組件之間，該互相連接組件係被建構成用以調整該第一踏板組件及該第二踏板組件之至少其中之一的一個相對高度。 2 ·如申睛專利範圍第1項所述之健身裝置，其中，該互相連接組件包含有·· 一個弧形搖桿臂，其係配置成用以繞著一個第一樞轉點進行樞轉。1304351 X. Patent Application Range: 1 . An exercise device comprising a first pedal assembly providing a first moving surface, the first pedal assembly being configured to pivot; a second pedal assembly that provides a second moving surface, the second pedal assembly configured to pivot; and an interconnect assembly operatively coupled to the first pedal assembly Between the second pedal assemblies, the interconnecting assembly is configured to adjust a relative height of at least one of the first pedal assembly and the second pedal assembly. 2. The exercise device of claim 1, wherein the interconnecting assembly comprises an arc rocker arm configured to pivot about a first pivot point .

3·如申請專利範圍第弧形搖桿臂包含有在該第位及一個第二部位，該第接，且該第二部位係與該 4·如申請專利範圍第互相連接組件更包含有： 2項所述之健身裝置，其中，該一樞轉點任一側邊的一個第一部一部位係與1¾帛1板組件相偶第二踏板組件相偶接。 3項所述之健身裝置，其中，該 -個第-桿件，其純連接在該_搖位與該第一踏板組件之間；及、。丨 -個第二桿件，其係被連接在該_搖位與該第二踏板組件之間。的第一 72 1304351 5.如申請專利範圍第*項述第一桿件包入* 、斤达之健身裝置，其中，該筒螺母。乐才讀包含有-個套如申請專利範圍第i項所述之健身袭置，…含被支及一個閉鎖機械裝置’該閉鎖機械裝置係被支撐在-亥基邛框架上且與接，該閉鎖機械褒置可以在一個第—位件相連之間移動，而在該第一位置中 ~ 弟一位置3. If the patented range of the arc-shaped rocker arm includes the first and second portions, the first connection, and the second portion is further related to the interconnecting component of the patent application scope: The exercise device of claim 2, wherein a first portion of the one side of the pivot point is coupled to the second pedal assembly of the 13⁄4帛1 plate assembly. The exercise device of claim 3, wherein the first member-rod is purely coupled between the _ shaking position and the first pedal assembly; and .丨 A second lever that is coupled between the yoke and the second pedal assembly. The first 72 1304351 5. As stated in the scope of the patent application, the first rod is included in the fitness device of the J., and the nut is used. The music reading includes a set of fitness as described in the patent application scope item i, ... with a support and a locking mechanism 'the locking mechanism is supported on the frame and connected. The locking mechanical device can be moved between a first position and a position in the first position

杜叮，、〜p « 位置之中5亥第-及該第二踏板組件可以向上及向下樞轉，在該第一罝之中，該第一及該第一踏板組件不可以向上及向下樞轉，其中，肖互組件係被建構W整該第__踏板組件及㈣二踏板组 =至少其中之-的-個相對高冑，使得當該閉鎖機械裝疋位於该弟二位置之中時，該第一踏板組件的一個上方表面及該第二踏板組件的一個上方表面係被對準。 7.如申請專利範圍帛6項所述之健身|置，其中，該閉鎖機械裝置包含有至少一個構件’該構件係以可以滑動的方式被支樓在該基部㈣上讀建構成相對於該第—及 ό亥第《一踏板組件而定位。 8.如申明專利範圍第1項所述之健身裝置，其更包含有-個框架結構’而該第—及該第二踏板組件係被枢轉地連接到該框架結構，其中’該互相連接組件可以被建構成 -個運送構造，在該運送構造之中，該第一及該第二踏板組件係相對於該框架結構而被降低，以及其中，該互相連接組件係被建構成用以調整該第一踏板組件及該第二踏板 73 1304351 ，使得當該互相連接該第一踏板組件的一匕方表面係被對準。組件之至少其中之—的一個相對高度組件被建構成在該運送構造之中時，個上方表面及該第二踏板組件的一個. 十一、圖式：如次頁Du Fu, ~ p « position 5 hai - and the second pedal assembly can pivot up and down, in the first ,, the first and the first pedal assembly can not go up and down Lower pivoting, wherein the mutual component is constructed to complete the first __ pedal assembly and (four) two pedal groups = at least one of - a relatively high 胄, such that when the locking mechanical assembly is located at the second position An upper surface of the first pedal assembly and an upper surface of the second pedal assembly are aligned. 7. The fitness device of claim 6, wherein the locking mechanism comprises at least one member that is slidably mounted on the base (four) in a slidable manner relative to the The first - and the ό 第 "" a pedal assembly and positioning. 8. The exercise device of claim 1, further comprising a frame structure and the first and second pedal assemblies are pivotally coupled to the frame structure, wherein the interconnection is The assembly can be constructed as a shipping structure in which the first and second pedal assemblies are lowered relative to the frame structure, and wherein the interconnecting components are configured to be adjusted The first pedal assembly and the second pedal 73 1304351 are such that an ankle surface that is interconnected to the first pedal assembly is aligned. A relative height component of at least one of the components is constructed to be one of the upper surface and the second pedal assembly when in the transport configuration. XI. Schema:

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