CN2548659Y - Improved angle adjusting structure of stand of running devices - Google Patents

Improved angle adjusting structure of stand of running devices Download PDF

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Publication number
CN2548659Y
CN2548659Y CN 02209196 CN02209196U CN2548659Y CN 2548659 Y CN2548659 Y CN 2548659Y CN 02209196 CN02209196 CN 02209196 CN 02209196 U CN02209196 U CN 02209196U CN 2548659 Y CN2548659 Y CN 2548659Y
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pivot
member
running
end
rod
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CN 02209196
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Chinese (zh)
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吴珅澺
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吴珅澺
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Abstract

The utility model relates to an improved adjusting structure for a running platform angle of a running machine which has a running platform arranged on an underframe. The running platform is provided with a front part and a back part, at least one pivot transposition is fixedly arranged near the front part of the running platform, a cross bar is arranged on the back part of the underframe which is fixedly provided with a pivot transposition. The pivot transposition is provided with a pivoted power source which is used to control the expansion of an expansion rod, the expansion rod has a pivoted end, while a rotary rod in parallel with the cross bar is arranged near the front part of the underframe. The two ends of the rotary rod are pivoted on the underframe respectively, the rotary rod is fixedly provided with a swinging part and at least one lifting part, the lifting part is longer than the swinging part, one end of the swinging part is pivoted with the pivoting end of the expansion rod, one end of the lifting part is pivoted with the pivot transposition of the running platform. The utility model is capable of improving the safety of using and making the lifting part gets a relatively big lifting angle.

Description

改进的跑步机跑步台角度调整构造 Improved treadmill angle adjusting station is configured

技术领域 FIELD

本实用新型涉及一种健身器械,尤其涉及一种改进的跑步机跑步台角度调整构造。 The present invention relates to a fitness equipment, and particularly to an improved adjustment of the angle of the treadmill station configuration.

如图6所示,是另一种现有跑步机升降结构示意图,其包括有一底座82、一平台821、一支撑装置822及一直线挚动器823,该底座82两侧各设有一左、右轨槽824,该支撑装置822具有一左、右支杆8221及一左、右连杆8222,该左、右支杆8221一端枢接于平台821,另端则设有滚子8223以供在左、右轨槽824内滑移。 6 is a schematic view of another conventional treadmill lifting structure, which includes a base 82, a platform 821, 822 and a straight line Zhi actuator support 823, on each side of the base 82 is provided with a left, Right track slot 824, the supporting means 822 having a left and right struts 8221 and a left and right link 8222, the left and right pivot rod 8221 connected to one end of the platform 821, the other end of the roller 8223 is provided for slip in the left and right rail groove 824. 该左、右连杆8222一端与底座82枢接,另端与左、右支杆8221枢接。 The left and right link 8222 with the base end 82 pivoting, the other end of the left and right pivot rod 8221 connected. 该直线挚动器823是固设于平台821上,且具有一伸缩杆8231,该伸缩杆8231自由端枢接于支撑装置822上。 Zhi the linear actuator 823 is fixed to the platform 821 and having a telescoping rod 8231, 8231 to pivot the free end of the telescopic rod connected to the support means 822. 借由直线挚动器823改变伸缩杆8231的长度,而改变左、右支杆8221在轨槽824内的位移距离,进而改变左、右支杆8221与左、右连杆8222的枢接角度,以升、降平台821。 Zhi by means of the linear actuator 823 to vary the length of the telescopic rod 8231, and changes the left and right struts 8221 displacement distance in the track slot 824, thereby changing the left and right struts 8221 and the left and right link pivot angle of 8222 to raise or lower the platform 821.

如图7所示,是另一种现有的跑步机升降结构示意图,其是在基座83与跑步台831间设有一升降构造832,该升降构造832包括二升降杆833、一连动装置834、一驱动装置835及一伸缩杆组836,该升降杆833一端与基座83枢结,另端则与跑步台831枢结。 7 is a schematic view of another conventional treadmill lifting structure, which is running in the base station 83 is provided with a lift 832 is configured 831, the lifter 832 includes two lifting rod configuration 833, a linkage means 834, a driving device 835, and a group of telescopic rod 836, the lift rod 83 and the base end 833 pivot junction, the other end of the pivot 831 and running station junction. 该连动装置834各以一连动杆8341枢结升降杆833,二连动杆8341另端则固结有一位移杆8342,在位移杆8342两端各枢设一滑轮8343,该滑轮8343可滑移于基座83二侧杆内侧。 The various interlocking means 834 to 8341 consecutive rod lift rod 833 pivot junction, Eren other end of the lever 8341 has a displacement rod consolidation 8342, 8342 at each end of the displacement lever pivoted a pulley 8343, the pulley 8343 can be slip on the inner side of the base 83 two side bars. 该驱动装置835固设于跑步台831。 The drive device 835 is fixed to the table 831 run. 该伸缩杆组836受驱动装置835驱动,且与位移杆8342连结。 The extendable rod 836 is driven to set the drive means 835, and the rod 8342 connected to the displacement. 借由驱动装置835带动伸缩杆组836伸缩,而改变位移杆8342滑轮8343在基座83二侧杆内侧的位移,进而改变连动杆8341与升降杆833间的距离与枢接角度,以升、降跑步台831。 Driving means driven by means of the telescopic rod 835 telescopically group 836, and the displacement of the displacement changing pulley lever 8342 8343 83 two side bars on the inside of the base, thereby changing the distance 8341 interlocking lever and the pivot angle of the lifting rod 833 in liters , running down station 831.

如图8所示,是另一种现有的跑步机升降结构示意图,其包括一底座84、一框架841、一伸缩杆842及二摆臂843,该底座84两侧分别设有向上延伸一支架844,该支架844底段分别设有一直立的滑轨8441,该底座84左、右侧杆各设有一轨道845,该框架841前段两侧分别设有一滚轮846以供在滑轨8441内滑移,该框架841上枢设有一伸缩杆842,该伸缩杆842是受一动力源8421所驱动,该二摆臂843的一端是分别枢接于框架841二侧的一框接部8411,另端间是以一轴8431连结,该轴8431两端各具有一轮8432,且该轴8431上设有一枢接座8433以供与伸缩杆842相枢接。 8 is a schematic view of another conventional treadmill lifting structure, which includes a base 84, a frame 841, a telescopic rod 842 and two swing arms 843, 84 are respectively provided on both sides of the base extending upwardly a brackets 844, 844 are respectively provided with a bottom section of the bracket upstanding rail 8441, the base 84 right and left side of each rod is provided with a rail 845, on both sides of the frame front section 841 are respectively provided with a roller 846 for sliding in the slide rails 8441 shifting a telescoping rod 842 pivotally provided on the frame 841, the extendable rod 842 is subject to a driving power source 8421, the two arm end 843 is pivotally connected to a frame portion of the frame sides 8,411,841, other between the end of shaft 8431 is a coupling, both ends of each of the shaft 8431 has an 8432, and 8433 is provided with a pivot seat for the telescopic rod 842 is pivotally connected to the upper shaft 8431. 借由动力源8421驱动伸缩杆842伸缩,以改变摆臂843滑轮8432在轨道845的位移距离,进而改变摆臂843与框接部8411枢接的角度,以升、降框架。 By means of the driving power source 8421 telescopic extendable rod 842, 843 to vary the swing displacement distance pulley 8432 in the track 845, thereby changing the pivot arm 843 and the frame portion 8411 contact angle for raising and lowering the frame.

由上述现有的用于跑步机的升降结构可知,其皆是在一接触地面的座体与可供跑步的跑步台间,设有枢接的数杆体,借由一扬升马达驱动一伸缩杆伸缩作动,以改变该等杆体间枢接的角度,而使跑步台一端升、降。 From the above conventional structure for elevating a treadmill, which are all in contact with the ground between a base body and for running the running stage, with the number of pivot rod, by means of a motor driving a telescopic Ascension telescopic rod actuated to change the pivot shaft within such an angle, the running end stage raising and lowering.

由于为使该等杆体在改变角度时有一位移方向与距离的限制,因此均会在座体上设有滑轨或滑槽,以供设于其一杆体上的轮滑移,这样,不但必须在座体上设滑轨或滑槽,还须在杆体上设轮,而使整体结构复杂,制作程序繁琐、浪费人力、物力,成本提高。 Since the rod is limited such that the direction of displacement a distance upon changing the angle, and therefore will seat with the rail or slide member, disposed thereon for skating on a shift shaft, so that not only must the seat on rails or slide body is provided, the wheel must disposed on the rod body, the overall structure of the complex, cumbersome procedures produce a waste of manpower, material resources, costs increase.

再则,该轮须在滑轨或滑槽内滑移,因此该轮为一不安定支撑,其虽靠伸缩杆限制其位置,然而在使用时仍有一些的滑移,导致跑步时跑步台的晃动。 Furthermore, the wheels must slip in the slide rails or slide, so that the support wheel is an unstable, although by telescoping rod which limits its position, but in use are still some slippage, resulting in running stage when running shaking. 甚至有可能因该轮为一不安定支撑,而承受过重的重量或激烈的跑步震动,进而使该伸缩杆断裂或枢接处崩裂,非常危险。 Even possible because of the unstable wheel is a support, bear the weight of heavy vibration or intense jogging, in turn making the extendable rod pivoted at break or crack, very dangerous.

有鉴于上述现有的跑步机升降结构的缺点,于是有人设计如下所述的跑步机升降结构,其虽无滑轨、轮等的设计,然而在实际使用上仍存在缺点,现就该等跑步机升降结构结构作一分析。 In view of the disadvantages of the conventional structure of the treadmill down, so it was designed treadmill lifting structure described below, although no design slide, wheels, etc., but there are still drawbacks in practical use, In respect of the running The structure-lift for an analysis.

如图9所示,是另一种现有的跑步机升降结构示意图,其包括一具倾角装置85的跑步机,该倾角装置85是令一端具对称轮体8521的辅助撑脚852锁固定位于跑步台851的一侧,并以一具涡杆8531的扬升马达853装置定位于跑步台851一端,令一定位框8511连设于跑步台851上,再以第一挚动杆854的一端连设于定位框8511及以第二挚动杆855的一端连设于辅助撑脚852,而第一挚动杆854与第二挚动杆855的另端固设于扬升马达853的涡杆8531。 9 is a schematic view of another conventional treadmill lifting structure, which comprises a treadmill inclination of the device 85, the tilt apparatus 85 is to make the wheel end having symmetric legs 852 of the auxiliary lock 8521 is fixed is located running side table 851, and the ascension motor 853 to a worm device 8531 is positioned at the running end stage 851, so that a positioning frame 8511 is provided connected to the running stage 851, and then to the first end 854 of the lever Zhi even the positioning block 8511 and provided to a second end 855 of the lever Zhi Lian auxiliary leg 852 is provided, and the first lever 854 and the second movable Zhi Zhi the other end of rod 855 is fixed to a motor 853 scroll Ascension rod 8531. 借由扬升马达853驱动涡杆8531伸缩,以改变第一、二挚动杆854、855相连设的角度,使辅助撑脚852改变与地面相对的角度,而使跑步台851升、降。 Worm drive motor by means ascension telescopic 8,538,531, to change the first and second lever 854, 855 is connected to Zhi set angle, the auxiliary leg 852 changes relative to the angle of the ground, the running stage 851 l, down.

由于该扬升马达853是设于跑步台851上,因此跑步台851在升、降时须承受扬升马达853本身的重量,而增加跑步台851的负重。 Since the ascension motor 853 is provided on a running table 851, table 851 in the ascending run and therefore, rose to support the weight of the motor 853 when the drop itself, increasing the running load station 851. 再则,由于其无底座的设计,因此其无法收折,而造成收藏时的不便,除此,该辅助撑脚852设有轮体8521,该轮体8521在地面上为一不安定支撑,因此易造成跑步时跑步台851的晃动或移位。 Furthermore, due to its design without the base, so it can not be folded, resulting in inconvenience collection, In addition, the auxiliary leg 852 is provided with the wheel 8521, the wheel 8521 is in an unstable ground support, therefore easily lead to running 851 units of shaking or displacement while running.

如图10所示,是另一种现有的跑步机升降结构示意图,其主要是在一框架861上设一升降系统86,该升降系统86包括一马达862驱动的致动连杆8621及一具轮8631的枢转壁863,该马达862一端连结于框架861底部,该枢转壁863枢接于框架861后端底部,该枢转壁863并与致动连杆8621枢结。 As shown in FIG. 10 is a schematic view of another conventional treadmill lifting structure, which is primarily a lifting system 86 is provided on a frame 861, the lift system 86 includes a motor driven actuator 862, and a link 8621 pivoting wheel 8631 with wall 863, the motor 862 is connected to one end of the base frame 861, the pivot 863 is pivotally attached to the wall of the rear end of the bottom frame 861, the wall 863 and the pivot link 8621 and the actuation pivot junction. 借由该马达862驱动致动连杆8621伸缩,使该枢转壁863随的摆动以改变枢转壁863与框架861间的角度,而使该框架861后端上、下调整角度。 The driving motor 862 by means of the actuation lever 8621 telescopic, so that the pivot 863 with the wall to change the angle of pivot between the pivotable frame 861 and wall 863, the rear end of the frame 861, the angle adjustment.

由于该枢转壁863摆动时其轮8631会接触地面滑动,因此在负重下使用时会破坏地面,而必须视地面材质作选择性使用,造成使用上的不便,且该枢转壁863以轮8631在地面滑动,因此该枢转壁863为一不安定支撑,其全靠致动连杆8621支撑,所以该框架861的重量及使用者的重量全落于该致动连杆上,而该致动连杆8621又为一长距离的杆体,长期使用会造成致动连杆8621变形而无法伸缩,甚至承受过重的重量或激烈的跑步震动而使该致动连杆8621断裂,发生危险。 Due to the pivoting wall 863 which pivot wheel 8631 will slide in contact with the ground, so when using the load will destroy the ground, but must be selectively used depending on the material surface, resulting in the inconvenience of use, and the wall 863 to pivot the wheel 8631 slide over the ground, so that the wall 863 is a pivoting support instability, which is supported thanks to the actuation lever 8621, the weight of the frame and the weight of the user 861 falls to the whole upper actuating rod, which actuating linkage shaft 8621 is a long-distance and long-term use may cause deformation of the actuator rod 8621 can not stretch, even withstand heavy weight or the vibration intense running the actuation lever 8621 fracture risk . 再则,由于该框架861是以后端下降方式调整倾斜角度,受限于框架861与地面的距离,因此其调整的倾斜角度有限,若要有较大角度的调整,须升高框架861距地面的高度,如此一来,过高的框架861,会增加运动时的危险性。 Furthermore, since the rear end of the frame 861 is adjusted decrease the inclination angle, the frame 861 is limited by the distance from the ground, is limited and therefore the adjustment of the tilt angle, to adjust to a larger angle, the frame 861 to be raised from the ground height, this way, excessive frame 861, will increase the risk of exercise.

如图11所示,为另一种现有的跑步机升降结构示意图,其包括一主架撑体87、一扶手部871及一跑步架872等,该跑步架872底端设一马达873以传动一涡杆8731,并令该涡杆8731传动一齿轮箱874,再由齿轮箱874两侧各突伸一多边形输出轴875,借助该输出杆875的原位旋动以带动一具有滑轮8761的支撑杆876随之旋移,使跑步架872一端高低调整。 11, a schematic view of another conventional treadmill lifting structure, which includes a main frame 87, an armrest portion 871, and a running frame supporting body 872 and the like, the bottom end of the running frame 872 is provided to a motor 873 a worm gear 8731, and 8731 so that the worm gear a gear box 874, and then from the gear box 874 on each side of a projecting polygon output shaft 875 by means of the output shaft 875 of the in situ swirled to drive a pulley 8761 having a spin move along the support rod 876, one end of the treadmill frame 872 height adjustment.

由于该跑步架872全靠支撑杆876支撑,而该支撑杆876是直接设于输出轴875,因此施力臂只有输出轴875半径的长度,从而造成施力臂过短无法具有良好的支撑。 Since the running frame 872 thanks to the support bar 876 is supported, and the support bar 876 is provided on the output shaft 875 directly, so that only the length of the effort arm radius output shaft 875, resulting in not applying too short arm having a good support. 再则,该支撑杆876的轮体8761会随支撑杆876旋移滑动为一不安定支撑,再加上施力臂过短,若承受过重的重量或激烈的跑步震动时,会使该支撑杆876断裂或枢接处崩裂,造成危险。 Furthermore, the wheel support rod 8,761,876 will vary with the support bar 876 to slide a revolving movement unstable support arm plus applied too short, if subjected to heavy weight or running intense vibration, which causes support rod 876 is pivotally connected at a break or crack, dangerous. 除此,该支撑杆876的滑轮8761为一不安定支撑,且跑步架872只通过该滑轮8761与主架撑体87连结,因此易造成跑步时跑步架872会晃动甚至移位。 In addition, the support bar 876 is a pulley 8761 supporting unstable, and the running frame 872 by a pulley 8761 and the supporting body 87 connected to the main frame, and therefore easily lead frame 872 will run when running even shake displacement.

如图12所示,是另一种现有的跑步机升降结构示意图,其包括有一机架主体88、一跑步板架881、一跑步带传动组889及一升降折叠机构883,该机架主体88的二脚座882分别开设有一滑轨884,该升降折叠机构883设于二脚座882间,是利用一伺服马达885传经一齿轮箱8851令一传动螺杆8852转动,以驱驶一滑动轴886在滑轨884内移动,该滑动轴886枢设有二升降支杆887,该二升降支杆887另端是枢设于跑步板架881,该二脚座882一端枢设一折叠支架888,该折叠支架888与跑步板架881枢接。 12 is another schematic view of a conventional lifting structure treadmill that comprises a frame body 88, a running board bracket 881, a transmission unit 889 running with a lifting and folding mechanism 883, the rack body 88 two feet 882 are defined in a slide 884, the lift folding mechanism 883 is provided on two feet 882, using a servo motor 885 transmitted through a gear box 8851 so that a drive screw 8852 is rotated to drive driving a slide shaft 886 moves in the slide 884, the slide shaft 886 is provided with two lifting strut pivot 887, the two lift rods 887 are pivotally provided at the other end of the running board bracket 881, two pivot end of the foot 882 is provided a folding stand 888 the folding stand 888 and 881 connected to the pivot plate frame running. 借由伺服马达885驱动传动螺杆8852,使滑动轴886移动带动二升降支杆887,且因折叠支杆888分别枢接于脚座882与跑步板架881上,可使跑步板架881产生相对的升降动作。 By means of a servomotor 885 drive the drive screw 8852, so that movement of the slide shaft 886 to drive two lifting rods 887 and 888 by the folded struts are pivotally connected to the foot plate 882 and the running frame 881, the pallet 881 can run a relative lifting action.

由于该跑步板架881是靠升降支杆887升降支撑,而该升降支杆887是与螺杆8852固设,因此施力臂只有螺杆8852半径的长度,而造成施力臂过短无法具有良好的支撑。 As the running board bracket 881 is by elevating lift support strut 887, struts 887 and the lifting of the screw 8852 is fixed, so that only the effort arm radius length of the screw 8852, and the resulting application can not be too short arm having good support. 再则,又因该施力臂过短,若承受过重的重量或激烈的跑步震动时,会使该升降支杆887与螺杆8852固接处崩裂,造成危险。 Furthermore, because of the effort arm is too short, if subjected to heavy weight or running intense vibration, the lift rod 887 causes the screw 8852 is fixed to the crack, dangerous.

本实用新型解决其技术问题所采用的技术方案是:一种改进的跑步机跑步台角度调整构造,其是在一底架上设一跑步台,该跑步台具有一前端部与一后端部,其特征在于:所述跑步台靠近前端部固设有至少一枢转座,所述底架后端设有一横杆,该横杆固设一枢接座,该枢接座枢设一动力源,该动力源用以控制一伸缩杆的伸缩,该伸缩杆具有一枢接端,而接近该底架前端处具有一与横杆平行的转动杆,该转动杆两端分别枢设于该底架,该转动杆固设有一摆动件及至少一升降件,该升降件的长度比该摆动件长,该摆动件一端与该伸缩杆的枢接端枢接,该升降件一端与所述跑步台的枢转座枢接。 Aspect of the present invention to solve the technical problem is that: an improved treadmill angle adjustment station configuration which is provided a base frame running a station, the station running a distal end portion and having a rear end portion characterized in that: said runner near the front end portion fixed table provided with at least a pivot seat is provided with a rear end of the chassis cross bar is fixed a pivot base, the pivot base pivoted a power source, the power source for controlling a retractable telescopic rod, the telescopic rod having a pivoting end, and close to the front end of the chassis having a crossbar parallel to the rotating shaft, the rotating rod ends are pivotally connected to the the chassis, the rotating shaft fixing member is provided with a pivot and at least one lifting member, the lifting member length is longer than the wobble member, the oscillating member and an end of the telescopic pivoting end of the pivot rod, the one end of the lifting member pivoting seat pivot table runners pick.

前述的改进的跑步机跑步台角度调整构造,其中转动杆两端分别固设一升降件,邻近升降件的一端固设一摆动件。 The improved angle adjustment station treadmill configuration, wherein the rod ends are rotated a fixed lifting member, the lifting member is adjacent one end of a fixed pivot member.

前述的改进的跑步机跑步台角度调整构造,其中摆动件与升降件的夹角小于90度。 The improved angle adjustment station treadmill configuration, wherein the swing member and the lift angle less than 90 degrees.

前述的改进的跑步机跑步台角度调整构造,其中动力源为一扬升马达。 The improved angle adjustment station treadmill configuration, wherein the motor power source is a rose.

借由该动力源控制该伸缩杆伸缩,带动摆动件使转动杆枢转,而该升降件即受转动杆枢转而上、下摆动位移,进而带动该跑步台前端部升、降,使跑步台能够在底架上调整倾斜的角度。 The power source controlled by means of the telescopic extendable rod, the rotating member draws said oscillating lever to pivot and the lifting member that is rotatable by the pivoting lever, the rocking displacement, so as to drive the front-end portion running up, down, so that running table can be adjusted in the inclination angle of the chassis.

本实用新型的有益效果是,通过转动杆的转动即可使升降件带动跑步台升、降,因此可借由简单的构件达到跑步台升降的功效,而使整体结构简化,进而降低成本。 The present invention has the advantages that, by rotating the rotating lever member to drive the lift table running up, down, and therefore can be achieved by running the stage elevating effect by a simple member, simplifying the overall structure, thereby reducing the cost. 且由于该摆动件与升降件是固定于转动杆上,而该转动杆是枢设于底座两侧间,因此可坚固支撑跑步台,且该伸缩杆亦不会因承受过重的重量或激烈的跑步震动而变形或断裂,可提高使用上的安全性,并可使升降件获得一较大的升降角度。 Since the swinging member and the lifting members are fixed to the rotating rod and the rotating rod is pivotally provided on both sides between the base and therefore can be firmly supported running table and the telescopic shaft will not bear too heavy due to the weight or intense running vibration deformed or broken, can improve the safety of use, and can obtain a larger lifter lifting angle.

附图说明 BRIEF DESCRIPTION

下面结合附图和实施例对本实用新型进一步说明。 DRAWINGS The present invention is further described and embodiments of the embodiment.

图1是本实用新型外观立体示意图图2是本实用新型分解立体示意图图3是本实用新型侧视图图4是图3所示侧视方向的动作示意图图5是现有的跑步机升降结构示意图图6是另一现有的跑步机升降结构示意图图7是另一现有的跑步机升降结构示意图图8是另一现有的跑步机升降结构示意图图9是另一现有的跑步机升降结构示意图图10是另一现有的跑步机升降结构示意图图11是另一现有的跑步机升降结构示意图图12是另一现有的跑步机升降结构示意图该底架1邻近该跑步台2前端部21的一端内侧间设有一第一横杆11,而底架1另端内侧间则设有一第二横杆12,该第二横杆12固设一枢接座13,该枢接座13枢接一动力源4。 FIG. 1 is a perspective view of the appearance of the present invention FIG 2 is a exploded perspective view of the present invention FIG 3 is a schematic side view of the present invention shown in FIG. 4 is a side direction 3 in FIG. 5 is a schematic diagram of the operation of a conventional lifting device schematic treadmill 6 is another conventional treadmill lifting device 7 is a schematic view of another conventional treadmill elevation 8 is another schematic structural diagram of a conventional treadmill elevation 9 is another schematic structural diagram of a conventional lift treadmill 10 is another schematic structural diagram of a conventional treadmill lifting structure 11 is a schematic view of another conventional elevator treadmill 12 is a schematic structural diagram of another conventional treadmill lifting structure 1 adjacent to the running of the table underframe 2 distal end portion 21 is provided between a first inner rail 11, between the underframe 1 and the other end is provided with a second inner rail 12, the second rail 12 is fixed a pivot base 13, the pivot base a power source 13 pivot 4. 在本实施例中,该动力源4为一扬升马达,该动力源4供控制一伸缩杆41伸缩,该伸缩杆41具有一枢接端42,而该第一横杆11与第二横杆12间设有一转动杆5,该转动杆5两端则分别枢设于该底架1内侧,该转动杆5两端分别固设一升降件7及邻近其一升降件7的一端固设一摆动件6,该摆动件6与升降件7的夹角小于90度,且该升降件7的长度长于该摆动件6,在本实施例中,升降件7的长度大约为摆动件6的二倍,该摆动件6一端是与伸缩杆41的枢接端42枢接,该升降件7一端是与前述该跑步台2底部的枢转座23枢接。 In the present embodiment, the power source of the motor 4 is a rose, the power source 4, for controlling a telescoping telescoping rod 41, the extendable rod 41 having a pivoting end 42, and the first and second cross rail 11 lever 12 has a lever 5 is rotated, the rotating rod 5 is pivotally provided on both ends of the inner side of the chassis 1, the rotating rod 5 are fixed at both ends of the lift member 7 and a lifting member adjacent the one end of the fixed 7 a pivot member 6, the angle of the swing member 6 and the lift member 7 is less than 90 degrees, and the length of the elevating member 7 is longer than the wobble member 6, in the present embodiment, the length of the lifting member 7 about the pivot 6 twice, one end of the swing member 6 and the telescopic rod 41 is pivotally connected to the pivoting end 42, the elevating member 7 and the one end of the base 2 run pivot 23 pivotally connected to the base station.

请参阅图3及图4所示,是本实用新型跑步台升降动作的示意图,借由该动力源4控制该伸缩杆41伸缩,当伸缩杆41向枢接座13内缩时,该伸缩杆41即带动摆动件6使转动杆5枢转,而升降件7即受转动杆5的枢转传动向上升起,进而带动跑步台2前端部21上升,使跑步台2能够在底架1上调整倾斜的角度;反之,要使跑步台2上升角度下降时,同样借由该动力源4控制该伸缩杆41,使伸缩杆41向第一横杆11方向伸张,该伸缩杆41即带动摆动件6使转动杆5反向枢转,而升降件7即受转动杆5反向枢转而向下降,进而带动跑步台2前端部21下降至原位。 Please refer to FIG. 3 and FIG. 4, a schematic view of the present invention is running down stage of operation, controlled by means of the extendable rod of the telescopic power source 441, when the telescopic rod 41 into the condensing pivot base 13, the telescopic rod i.e., the swing member 41 driven by the rotating lever 6 pivot 5, and table 2 the lifting member capable of running on the chassis 1 by rotation of the lever 7 i.e. 5 of the pivot gear lifted upward, thereby bringing the rising table 2 running distal portion 21, so that adjust the tilt angle; conversely, when the stage 2 rises to make the running angle of fall, the extendable rod 41 likewise controlled by means of the power source 4, the telescopic rod 41 so that the stretch direction of the first rail 11, the extendable rod 41 that is driven by the wobble 6 so that the reverse rotation rod 5 to pivot the lift member 7 and the rod 5 that is rotated by the reverse pivot turned down so as to drive the distal end portion 2 running stage 21 is lowered to its original position.

借由于该摆动件6与升降件7间以固定角度固设于该转动轴5上,而无须设置滑轨、轮等构件,仅通过转动杆5的转动即可使升降件7带动跑步台2升、降,因此可借由简单的构件达到跑步台2升降的功效,而使整体结构简化,进而降低成本。 Since the oscillating member 6 by the lifting member 7 is fixed at a fixed angle on the rotating shaft 5, without the provision of rails, wheels and other components, only by the rotation of the rotating lever 5 to the lift member 7 table 2 driven treadmill up, down, thus lifting effect can be achieved by means of a simple running stage member 2, the overall structure simplified, and further cost reduction.

再则,该升降件7较摆动件6长,且以摆动件6为一施力臂,因此可使得伸缩杆41以较短的行程带动摆动件6枢转,即可使升降件7获得一较大的升降角度,使跑步台2在最小推升动力下,能够进行最大的升降角度调整。 Furthermore, the elevating member 7 relatively long swing member 6, and the swing arm member 6 is applied to a, so that the telescopic rod 41 to be shorter stroke swing pivot 6 driven member, the lift member 7 to obtain a derricking angle larger, so that running in the table 2 under the force pushing up the smallest possible maximum lift angle adjustment.

除此,由于该摆动件6与升降件7是固定于转动杆5上,而该转动杆5是枢设于底座1两侧间,其并无可滑移的不安定支撑,因此可稳固支撑跑步台2,且因转动杆5为一不可滑移的设计,可使伸缩杆41不会因承受过重的重量或激烈的跑步震动而变形或断裂,可提高使用上的安全性。 In addition, since the oscillating member 6 and the lift member 7 is fixed to the rod 5 is rotated, and the rotating rod 5 is pivotally provided on both sides between the base 1, which does not slidably support instability, thus firmly support running table 2, and the lever 5 is rotated by a non-slip design, allows the telescopic rod 41 will not bear the weight of heavy vibration or intense running deformed or broken, can improve the safety in use.

Claims (4)

1.一种改进的跑步机跑步台角度调整构造,其是在一底架上设一跑步台,该跑步台具有一前端部与一后端部,其特征在于:所述跑步台靠近前端部固设有至少一枢转座,所述底架后端设有一横杆,该横杆固设一枢接座,该枢接座枢设一动力源,该动力源用以控制一伸缩杆的伸缩,该伸缩杆具有一枢接端,而接近该底架前端处具有一与横杆平行的转动杆,该转动杆两端分别枢设于该底架,该转动杆固设有一摆动件及至少一升降件,该升降件的长度比该摆动件长,该摆动件一端与该伸缩杆的枢接端枢接,该升降件一端与所述跑步台的枢转座枢接。 1. Improved treadmill angle adjustment station configuration, which is disposed in a bottom frame running a station, the station running a distal end portion and having a rear end portion, wherein: the running stage near the front end portion at least one pivot is provided with a solid base, the chassis is provided with a rear cross bar is fixed a pivot base, the pivot base pivoted a power source, the power source for controlling a telescopic rod telescopic, the telescopic rod having a pivoting end, and close to the front end of the chassis having a crossbar parallel to the rotating shaft, the rotating rod ends are pivotally connected to the chassis, the rotating rod is provided with a fixed pivot member and at least one lifting member, the lifting member length than the length of the swing member, one end of the swing member pivotally connected to the end of the telescopic pivoting lever, pivoting the elevating base member has one end pivotally connected with the running stage.
2.根据权利要求1所述的改进的跑步机跑步台角度调整构造,其特征在于所述转动杆两端分别固设一升降件,邻近升降件的一端固设一摆动件。 2. The improvement of claim 1 treadmill angle adjusting station is configured claim, wherein said rotatable rod ends are fixed a lift member, the lift member adjacent the end of a fixed pivot member.
3.根据权利要求1所述的改进的跑步机跑步台角度调整构造,其特征在于所述摆动件与升降件的夹角小于90度。 3. The improvement of claim 1 treadmill angle adjusting station is configured claim, wherein said pivot member and the lift angle less than 90 degrees.
4.根据权利要求1所述的改进的跑步机跑步台角度调整构造,其特征在于所述动力源为一扬升马达。 4. The improvement of claim 1 treadmill angle adjusting station is configured claim, wherein said power source is a motor ascension.
CN 02209196 2002-04-03 2002-04-03 Improved angle adjusting structure of stand of running devices CN2548659Y (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108325156A (en) * 2018-01-17 2018-07-27 常州信息职业技术学院 Treadmill
CN108785976A (en) * 2018-05-21 2018-11-13 厦门凯欣达体育用品有限公司 A kind of gradient adjustable type treadmill

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108325156A (en) * 2018-01-17 2018-07-27 常州信息职业技术学院 Treadmill
CN108785976A (en) * 2018-05-21 2018-11-13 厦门凯欣达体育用品有限公司 A kind of gradient adjustable type treadmill

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