Patent application number | Description | Published |
20090033011 | Cushion - A cushion includes a cylinder, a base, an elastic element, a first bushing and a second bushing. The cylinder is made of a composite material and formed with a lug. The base is made of a composite material and formed with a lug at an end and a threaded bolt at another end. The threaded bolt is inserted into the cylinder. The elastic element is compressed between the cylinder and the base. The first bushing is disposed in the lug of the cylinder. The first bushing is made of another material than the composite material of the cylinder. The second bushing is disposed in the lug of the base. The second bushing is made of another material than the composite material of the base. | 02-05-2009 |
20090270229 | Treadmill - A treadmill includes a base, two axle units, two pedal units and a coordinating unit. The base includes a post formed thereon. Each of the axle units includes an axle extended downwards from the post. Each of the pedal units includes a pedal pivotally connected to the axle of a related one of the axle units. The coordinating unit is used to connect the pedals to each other so that one of the pedals is moved upwards and outwards while the other pedal is moved downwards and inwards. | 10-29-2009 |
20090280962 | STEPPER EXERCISE APPARATUS - A treadmill includes a base, two axle units, two pedal units and a coordinating unit. The base includes a post formed thereon. Each of the axle units includes an axle extended downwards from the post. Each of the pedal units includes a pedal pivotally connected to the axle of a related one of the axle units. The coordinating unit includes a pulley provided on the base and a rope wound round the pulley and formed with two ends each tied to a related one of the pedal units so that one of the pedal units is moved upwards and outwards while the other pedal unit is moved downwards and inwards. | 11-12-2009 |
20090291808 | Treadmill - A treadmill includes a base, two axles, two pedal units and a coordinating unit. The axles are provided on the base so that they point downwards as they extend away from each other. Two pedal units each pivotally connected to a related one of the axles. The coordinating unit includes a lever and two connectors. The lever is pivotally connected to the base. Each of the connectors is used to connect the lever to a related one of the pedal units. | 11-26-2009 |
20090291809 | Treadmill - A treadmill includes a base, two axle units, two pedals and a coordinating unit. The base includes a post formed thereon. Each of the axle units includes an axle extended downwards from the post. Each of the pedals includes a pedal pivotally connected to the axle of a related one of the axle units. The coordinating unit includes a lever pivotally connected to the post and formed with two ends each in contact with a related one of the pedals so that one of the pedals is moved upwards and outwards while the other pedal is moved downwards and inwards. | 11-26-2009 |
20100144495 | Treadmill - A treadmill includes a base, two axle units, two pedal units and a coordinating unit. The base includes a post formed thereon. Each of the axle units includes an axle extended downwards from a flank of the post. Each of the pedal units includes a pedal pivotally connected to the axle of a related one of the axle units. The coordinating unit includes a lever pivotally connected to the post and formed with two ends each connected to a related one of the pedals so that one of the pedals is moved upwards and outwards while the other pedal is moved downwards and inwards. | 06-10-2010 |
Patent application number | Description | Published |
20090016653 | Guiding Device for a Synchronous Connector - A guiding device for a synchronous connector comprises a strip-like synchronous connector and at least one connecting member. Both ends of the synchronous connector are formed with two opposite fixing seats. The connecting member with elastic deformation characteristic is serially connected and fixed in the fixing seats at both ends of the synchronous connector, slide correspondingly to the clearance change during the operation of the two ends of the synchronous connector, and bend correspondingly to the turning action of the synchronous connector. By such arrangements, the elastic deformation characteristic of the connecting member can be utilized to avoid the collision interference with the rail wall surface, and the linear guiding device will be circulated smoothly and stably. In addition, the guiding device has the effect of absorbing the radial deformation of the synchronous connector and producing sufficient degree of freedom. | 01-15-2009 |
20090290818 | Cover Strip for a Linear Guide Rail - A cover strip for a linear guide rail, wherein a slide block is slidably disposed on the guide rail, a cover strip covers an upper surface of the guide rail, each of two sides of the guide rail extend outwards to form an extending surface with large slope, and each extending surface extends downward to form a flange, two sides of the central portion of the cover strip are provided with extending portions, and each extending portion extends downwards to form an engaging portion, the structures extending from two sides of the cover strip are configured in the shape of the corresponding structures of the guide rail, and a free end of each engaging portion extends downward to cover the ridge of each flange in such a manner that the cover strip can be positioned on the guide rail assuredly and stably. | 11-26-2009 |
20100046864 | Circulating Structure for a Linear Guideway - A circulating structure for a linear guideway is arranged in a circulating assembly the linear guideway. The linear guideway includes two circulating assemblies, and each circulating assembly is provided with a circulating channel. Each circulating channel is provided with a third guiding groove. A rolling element system is arranged in the circulating channel and consists of plural rolling elements and a rolling element chain. The rolling element chain includes plural spacers and a linking portion located at both sides of the plural spacers to link them with one another. The linking portion circulates along the center line of the third guiding groove, and the third guiding grooves have a constant width. | 02-25-2010 |
Patent application number | Description | Published |
20120108396 | DUAL-MODE EXERCISE MACHINE - A dual-mode exercise machine includes a base, a swivel, two pedals, two impedance elements, a linkage and a pin. The swivel is pivotally connected to the base. The pedals are pivotally connected to the swivel. Each impedance element connects a related pedal to the swivel. The linkage includes a middle lever pivotally connected to the base and two lateral levers each for connecting a related pedal to the middle lever so that the pedals can be pivoted up and down alternately. The pin can be inserted in an aperture of the swivel and an aperture of the base to prevent the pivotal of the swivel but allow the pivotal of the middle lever. Alternatively, the pin can be inserted in an aperture of the middle lever and another aperture of the base to prevent the pivotal of the middle lever but allow the pivotal of the swivel. | 05-03-2012 |
20120149531 | STEPPER STRUCTURE - A stepper structure includes a base having a shaft at a central section thereof to connect a rotation seat. Two pedals are pivotally connected to two sides of the rotation seat. A link unit is pivotally connected to the shaft and located above the rotation seat. When the rotation seat and the base are confined, the two pedals are moved up and down for an up-and-down step exercise. When the link unit and the base are confined, the rotation seat is linked to swing by the up-and-down movement of the pedals for a waist swing and step exercise, providing a different function of the stepper. | 06-14-2012 |
20120231933 | MULTI-FUNCTION EXERCISER - A multi-function exerciser includes a main frame. Two first universal joint units and two second universal joint units are respectively provided at two sides of the main frame. Two action units are pivotally connected to the first and second universal joint units. The two axes of the first and second universal joint units at the same side are at the same level and perpendicular to each other. Thus, the user can swing forward and rearward as well as left and right when standing on the footrests of the two action units for a forward split and a side split. Besides, because the two axes are at the same level and perpendicular to each other, the user can stand with one foot and lift another foot to do an oval turning for getting strong muscles in the legs. | 09-13-2012 |