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    • 4. 发明申请
    • Exercise chair with side supporters
    • 运动椅与侧支持者
    • US20090197746A1
    • 2009-08-06
    • US12381087
    • 2009-03-05
    • Robson L. Splane, JR.Rodger ThomasonAndy TobiasAndrew Spivak
    • Robson L. Splane, JR.Rodger ThomasonAndy TobiasAndrew Spivak
    • A63B21/02
    • A63B21/055A63B21/02A63B21/023A63B21/04A63B21/4047A63B22/0056A63B2022/0033A63B2208/0204A63B2208/0233A63B2210/50
    • An exercise chair primarily directed to employing an exercise method, with foot bars, high bars, and a foldable configuration. The seat is supported by a plurality of support elements, at least some of which are hingeably connected with the seat, so that the chair can be folded into a compact shape for storage or transport. The independent foot bars may each be attached to a lever that is hingeably coupled with one or more of the support elements. The position of the foot bars may also be adjustable by extending out of the levers and locking into the desired position. One or more resistance elements may be removably attached to a location below the chair seat, and individually connected with the levers via an adjusting assembly that can either slide or be placed in pre-set mounting locations along the lever to provide variable resistance, or can be equipped with a turnbuckle to provide varying resistance. A platform that rests at or near the floor during use may be attached to the two front support elements, which provides stability as well as comfort when the user stands or kneels on the platform when using the chair. The high bars can be grasped by the user to perform a wide variety of exercises while standing on or moving from the seat, the foot bar, or the platform.
    • 主要针对使用锻炼方法的运动椅,脚凳,高杆和可折叠配置。 座椅由多个支撑元件支撑,其中至少一些支撑元件可与座椅铰接地连接,使得椅子可折叠成紧凑形状用于储存或运输。 独立的脚杆可以各自附接到可与一个或多个支撑元件可铰接地联接的杠杆。 脚杆的位置也可以通过从杠杆伸出并锁定到所需位置来调节。 一个或多个电阻元件可以可移除地附接到椅子座椅下方的位置,并且经由调节组件独立地与杠杆连接,调节组件可以沿着杠杆滑动或放置在预设的安装位置中以提供可变电阻,或者可以 配备螺丝扣以提供不同的阻力。 在使用期间搁置在地板附近的平台可以附接到两个前支撑元件,当使用椅子时,当使用者站立或跪在平台上时,其提供稳定性以及舒适性。 使用者可以抓住高条,以便在从座椅,脚杆或平台站立或移动时执行各种各样的练习。
    • 5. 发明授权
    • Retractable disposable tip reusable trocar obturator
    • 可伸缩一次性尖头可重复使用的套管针闭塞器
    • US5772678A
    • 1998-06-30
    • US546015
    • 1995-10-20
    • Rodger ThomasonJames E. CarterNeil H. NavesMark J. LegomeJose M. Velez
    • Rodger ThomasonJames E. CarterNeil H. NavesMark J. LegomeJose M. Velez
    • A61B17/00A61B17/34
    • A61B17/3417A61B17/3496A61B2017/0023
    • A manual dilating trocar uses an automatically retracting stylet. The stylet is threaded through a dilating obturator which is, in turn, inserted into a trocar sheath. A spring near the handle of the stylet serves to urge the stylet cutting tip into a retracted position so that it can be held within the dilating tip of the dilating obturator. When a surgeon seeks to pierce a body cavity so as to perform laparoscopic surgery or the like, the handle is engaged to overcome the bias of the spring so that the stylet's cutting tip is exposed. Upon piercing of the exterior body-cavity layer, the stylet may be withdrawn to ensure that no underlying organs or tissue are damaged by the sharp stylet tip. Once the dilation of the initial stylet wound has been completed and the trocar sheath has been introduced into the body cavity, the dilating obturator may also be removed from within the trocar sheath in order to provide a channel into the body cavity. In an alternative embodiment, the stylet may be spring biased to expose the cutting tip, and a lock pin may be used so that energy stored in the spring can be brought to bear upon the stylet and to deliver a sharp cutting thrust of the stylet tip against any tough or obstructive tissue.
    • 手动扩张套管针使用自动缩回的探针。 探针穿过一个膨胀的闭孔器,该闭孔器又插入一个套针套管中。 在探针附近的弹簧用于将探针切割尖端推入缩回位置,使其能够保持在扩张闭孔器的扩张尖端内。 当外科医生试图刺穿体腔以执行腹腔镜手术等时,手柄被接合以克服弹簧的偏压,使得探针的切割尖端暴露。 在穿透外部体腔层时,可以取出探针以确保没有下方的器官或组织被尖锐的探针针尖损坏。 一旦初始探针伤口的扩张已经完成并且套管针鞘被引入体腔中,扩张闭孔器也可以从套管针鞘内移除,以便提供通道进入体腔。 在替代实施例中,探针可以被弹簧偏置以暴露切割尖端,并且可以使用锁定销,使得存储在弹簧中的能量可以承受在探针上并且传递探针尖端的尖锐切削推力 抵抗任何坚韧或阻塞性组织。
    • 7. 发明授权
    • Exercise chair with side supporters
    • 运动椅与侧支持者
    • US07794378B2
    • 2010-09-14
    • US12381087
    • 2009-03-05
    • Robson L. Splane, Jr.Rodger ThomasonAndy TobiasAndrew Spivak
    • Robson L. Splane, Jr.Rodger ThomasonAndy TobiasAndrew Spivak
    • A63B26/00
    • A63B21/055A63B21/02A63B21/023A63B21/04A63B21/4047A63B22/0056A63B2022/0033A63B2208/0204A63B2208/0233A63B2210/50
    • An exercise chair primarily directed to employing an exercise method, with foot bars, high bars, and a foldable configuration. The seat is supported by a plurality of support elements, at least some of which are hingeably connected with the seat, so that the chair can be folded into a compact shape for storage or transport. The independent foot bars may each be attached to a lever that is hingeably coupled with one or more of the support elements. The position of the foot bars may also be adjustable by extending out of the levers and locking into the desired position. One or more resistance elements may be removably attached to a location below the chair seat, and individually connected with the levers via an adjusting assembly that can either slide or be placed in pre-set mounting locations along the lever to provide variable resistance, or can be equipped with a turnbuckle to provide varying resistance. A platform that rests at or near the floor during use may be attached to the two front support elements, which provides stability as well as comfort when the user stands or kneels on the platform when using the chair. The high bars can be grasped by the user to perform a wide variety of exercises while standing on or moving from the seat, the foot bar, or the platform.
    • 主要针对使用锻炼方法的运动椅,脚凳,高杆和可折叠配置。 座椅由多个支撑元件支撑,其中至少一些支撑元件可与座椅铰接地连接,使得椅子可折叠成紧凑形状用于储存或运输。 独立的脚杆可以各自附接到可与一个或多个支撑元件可铰接地联接的杠杆。 脚杆的位置也可以通过从杠杆伸出并锁定到所需位置来调节。 一个或多个电阻元件可以可移除地附接到椅子座椅下方的位置,并且经由调节组件独立地与杠杆连接,调节组件可以沿着杠杆滑动或放置在预设的安装位置中以提供可变电阻,或者可以 配备螺丝扣以提供不同的阻力。 在使用期间搁置在地板附近的平台可以附接到两个前支撑元件,当使用椅子时,当使用者站立或跪在平台上时,其提供稳定性以及舒适性。 使用者可以抓住高条,以便在从座椅,脚杆或平台站立或移动时执行各种各样的练习。
    • 9. 发明授权
    • Fan with power deployed fan blade
    • 风扇配有风扇叶片
    • US08864463B2
    • 2014-10-21
    • US13250792
    • 2011-09-30
    • William ConleyRodger ThomasonRicardo Lopez
    • William ConleyRodger ThomasonRicardo Lopez
    • F01D5/00B64C11/28F04D29/36
    • F04D29/364
    • A rotating fan with a transmission mechanism and a blade deployment mechanism. In an energized state, an electromagnetic coil generates a magnetic force that causes a clutch plate to be in contact with a contact surface, thereby engaging a planetary gear system. In a de-energized state, the clutch plate is not in contact with the contact surface, thereby disengaging the planetary gear system. In a deployed configuration, a drive link activated by the planetary gear system rotates a blade link to cause a fan blade to pivot. The result is that the fan blade tip is farther from the motor shaft than the fan blade root. In a retracted configuration, the drive link rotates the blade link to cause the fan blade to pivot and retract. The result is that the fan blade tip is equidistant from the motor shaft as the fan blade root.
    • 具有传动机构和叶片展开机构的旋转风扇。 在通电状态下,电磁线圈产生使离合器板与接触面接触的磁力,从而接合行星齿轮系。 在断电状态下,离合器片不与接触表面接触,从而使行星齿轮系脱离。 在展开的构造中,由行星齿轮系统驱动的驱动链路使叶片连杆旋转以使风扇叶片枢转。 结果是,风扇叶片尖端比风扇叶片根部离电机轴更远。 在缩回配置中,驱动连杆旋转叶片连杆使风扇叶片枢转和缩回。 结果是风扇叶片尖端与风扇叶片根部的电机轴等距。
    • 10. 发明申请
    • Fan With Power Deployed Fan Blade
    • 风扇与电源部署的风扇叶片
    • US20130084180A1
    • 2013-04-04
    • US13250792
    • 2011-09-30
    • William ConleyRodger ThomasonRicardo Lopez
    • William ConleyRodger ThomasonRicardo Lopez
    • F04D29/36
    • F04D29/364
    • A rotating fan with a transmission mechanism and a blade deployment mechanism. In an energized state, an electromagnetic coil generates a magnetic force that causes a clutch plate to be in contact with a contact surface, thereby engaging a planetary gear system. In a de-energized state, the clutch plate is not in contact with the contact surface, thereby disengaging the planetary gear system. In a deployed configuration, a drive link activated by the planetary gear system rotates a blade link to cause a fan blade to pivot. The result is that the fan blade tip is farther from the motor shaft than the fan blade root. In a retracted configuration, the drive link rotates the blade link to cause the fan blade to pivot and retract. The result is that the fan blade tip is equidistant from the motor shaft as the fan blade root.
    • 具有传动机构和叶片展开机构的旋转风扇。 在通电状态下,电磁线圈产生使离合器板与接触面接触的磁力,从而与行星齿轮系统接合。 在断电状态下,离合器片不与接触表面接触,从而使行星齿轮系脱离。 在展开的构造中,由行星齿轮系统驱动的驱动链路使叶片连杆旋转以使风扇叶片枢转。 结果是,风扇叶片尖端比风扇叶片根部离电机轴更远。 在缩回配置中,驱动连杆旋转叶片连杆使风扇叶片枢转和缩回。 结果是风扇叶片尖端与风扇叶片根部的电机轴等距。