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    • 2. 发明授权
    • Lever enhanced pedaling system with elevated crank sprockets
    • US10814933B2
    • 2020-10-27
    • US15782992
    • 2017-10-13
    • Rashad Na'im Scarborough
    • Rashad Na'im Scarborough
    • B62M1/28B62M1/26B62M1/30
    • A lever propelled bicycle providing elements allowing it to have significant performance, friction reduction, standard bicycle weight and a wide range of downward pedal to rear wheel turn ratio due to the following mechanical configurations: These include, a drive axle and reciprocal axle elevated near each other to keep the frame upon which these components rest on, narrower in side width or surface area; the fulcrum of the propulsion levers in front of the rear wheel axle and pedals in conventional ergonomic positions to provide a force multiplying machine with above average torque; and a reciprocal means utilizing two pulley wheels to carry an adaptable linear apparatus over their upper and outfacing surfaces for the purpose of transferring the downward pull of the linear apparatus by the right lever machine to lift the left lever up in a vertical 90 degree pivotal motion and vice versa, resulting in a smooth transfer of reciprocal power with reduced friction and weight. Furthermore, the pull of each lever machine in a vertical vector of force eliminates inward angular pulling pressure on each lever machine, which prevents each lever machine from being bent out of vertical alignment during pedaling.
    • 4. 发明授权
    • Lever enhanced pedaling system
    • 杠杆增强踏板系统
    • US07510201B2
    • 2009-03-31
    • US11260003
    • 2005-10-27
    • Rashad Na'im Scarborough
    • Rashad Na'im Scarborough
    • B62M1/04B62M9/00
    • B62K3/06B62K3/10B62M1/28B62M1/32B62M5/00
    • A bicycle free from the conditions of having any part of the bicycle in the area between its wheels or horizontally adjacent to that area, except its pedal member and frontal portions of levers. A bicycle with two lever propulsion (14 and 15) machines having two levers formed in an approximate “L” shape. The shorter side of the “L” would be closely vertical and longer side would be closely horizontal when either lever is rotated to its lowest position. The pedaling system can also reciprocate with use of a high strength chain 6, having ends connected to the mid-portion of its levers. This chain 6 can be pulled over at least one mounted sprocket 56, mounted to the frame 4. Each lever is suspended above the ground by their connection to a member pivotal arm 53 suspended within the frame 4. The bicycle further has a reverse mechanism 30 to enable the bicycle to move backwards.
    • 一种自行车没有自行车的任何部分在其车轮之间的区域或与该区域水平相邻的区域的条件,除了其踏板构件和杆部的前部。 具有两个杠杆推进器(14和15)的自行车具有形成为大致“L”形状的两个杠杆。 “L”的较短的一侧将是紧密垂直的,当任一个杆旋转到其最低位置时,较长的一侧将是水平的。 蹬踏系统还可以使用高强度链6往复运动,其中端部连接到其杠杆的中部。 该链条6可以被拉到安装到框架4上的至少一个安装的链轮56上。每个杠杆通过它们连接到悬挂在框架4内的构件枢转臂53而悬挂在地面上。自行车还具有倒档机构30 以使自行车向后移动。
    • 6. 发明申请
    • Lever enhanced pedaling system's frame structure
    • 杠杆增强踩踏系统的框架结构
    • US20090224508A1
    • 2009-09-10
    • US12321008
    • 2009-01-15
    • Rashad Na'im Scarborough
    • Rashad Na'im Scarborough
    • B62K3/02
    • B62K3/04B62K19/30B62K19/40B62M1/24
    • A tubular bicycle frame wherein the mid portion of the frame is elevated above the wheels it is mounted on and free from the conditions of being between them. Furthermore, the frame is designed to accommodate two lever machines that pivot from the rear portion of the frame and pull rearward separate drive sprockets located within the rear vertical tubes of the frame, while each drive sprocket rotates the rear wheel. The frame also has a tube structure configuration that prevents the frame from twisting due to great pulling forces working against the axle of the rear wheel. The frame also is able to accommodate electronic devices due to its wide tubular diameter.
    • 一种管状自行车车架,其中框架的中部在其安装的车轮上方升高并且没有它们之间的条件。 此外,框架被设计成容纳从框架的后部枢转并且位于框架的后垂直管中的向后分离的驱动链轮的两个杠杆机,同时每个驱动链轮使后轮旋转。 框架还具有管结构构造,其防止由于对后轮的轴作用的大的拉力而使框架扭转。 由于其宽的管状直径,该框架还能够容纳电子设备。
    • 7. 发明申请
    • Soda can resealing device
    • 苏打可以重新密封装置
    • US20070257037A1
    • 2007-11-08
    • US11708156
    • 2007-02-02
    • Rashad Na'im Scarborough
    • Rashad Na'im Scarborough
    • B65D17/34
    • B65D51/007
    • A beverage can sealing machine engineered to reseal the drinking hole of a beverage can with means of stopping the leakage of liquid and emission of carbon gas. The device has a main inflexible body 10 with a bonded flexible plate 12 lining its bottom surface with means of conforming to the top surface of a can. The inflexible body 10 has two bores through its top surface. A modified metallic rod 2 is bent in a “U” form to accommodate these bores with its end portion accommodating the bore 24 near the main body's rear and its' threaded portion going through the bore 24 near the front of the main body 10 then descending below the bottom surface of the flexible plate 12 to be connected to a pivotal beam, which is configured to engage the ceiling of a beverage can. Between the pivotal beam and flexible plate 12 is a sealing system aiding in the sealing process. A fastening component 6 is to engage the threaded portion 4 of the “U” formed rod 2 above the plastic body 10 to lift pivotal beam while turning it clockwise to seal a beverage can.
    • 一种饮料罐封口机,设计用于重新密封饮料罐的饮用孔,具有停止液体泄漏和排放碳气的手段。 该装置具有主要的不灵活的主体10,其具有衬里其底部表面的粘结柔性板12,其具有与罐的顶表面相符合的装置。 不灵活的主体10通过其顶部表面具有两个孔。 改进的金属杆2以“U”形弯曲以容纳这些孔,其端部容纳孔24靠近主体的后部,并且其螺纹部分穿过靠近主体10的前部的孔24然后下降 在柔性板12的底表面下方以连接到枢转梁,该枢转梁被构造成接合饮料罐的天花板。 枢转梁和柔性板12之间是密封过程中的密封系统。 紧固部件6将与塑料主体10上方的“U”型杆2的螺纹部分4接合以提升枢转梁,同时顺时针转动以密封饮料罐。
    • 9. 发明授权
    • Lever enhanced pedaling system with wrap around chain propulsion system
    • 杠杆增强踩踏系统与环绕链式推进系统
    • US08465038B2
    • 2013-06-18
    • US13136745
    • 2011-08-09
    • Rashad Na'im Scarborough
    • Rashad Na'im Scarborough
    • B62M1/04B62M1/28
    • B62M1/28
    • A propulsion system of a lever propelled bicycle that utilizes a right and left side assembly consisting of two sets of linear chain links with an offset connection to one another by a spacer means, wherein each assembly is able by said spacer connection means to wrap around separate radial drive members at least 1¾ revolutions without wrapping around itself, therefore providing the rotational pulling means of it's connected radial drive member with a propulsion that is consistent in range and torque. The propulsion system also provides means of rewrapping each chain assembly around its radial drive member for reciprocal rotational pulling action by alternate levers when a rider applies force to each pedal.
    • 杠杆推进自行车的推进系统,其利用由两组直线链节组成的右侧和左侧组件,所述两组直线链节通过间隔装置彼此偏置连接,其中每个组件能够通过所述间隔件连接装置分开包裹 径向驱动构件至少旋转1圈,而不会围绕其自身旋转,因此提供其连接的径向驱动构件的旋转牵引装置,其具有在范围和扭矩上一致的推进。 推进系统还提供了当骑手向每个踏板施加力时围绕其径向驱动构件重新包裹每个链条组件的装置,用于通过替代杆的往复旋转拉动动作。
    • 10. 发明申请
    • Lever enhanced pedaling system with wrap around chain propulsion system
    • 杠杆增强踩踏系统与环绕链式推进系统
    • US20120086182A1
    • 2012-04-12
    • US13136745
    • 2011-08-09
    • Rashad Na'im Scarborough
    • Rashad Na'im Scarborough
    • B62M1/04B62M9/00
    • B62M1/28
    • A propulsion system of a lever propelled bicycle that utilizes a right and left side assembly consisting of two sets of linear chain links with an offset connection to one another by a spacer means, wherein each assembly is able by said spacer connection means to wrap around separate radial drive members at least 1¾ revolutions without wrapping around itself, therefore providing the rotational pulling means of it's connected radial drive member with a propulsion that is consistent in range and torque. The propulsion system also provides means of rewrapping each chain assembly around its radial drive member for reciprocal rotational pulling action by alternate levers when a rider applies force to each pedal.
    • 杠杆推进自行车的推进系统,其利用由两组直线链节组成的右侧和左侧组件,所述两组直线链节通过间隔装置彼此偏置连接,其中每个组件能够通过所述间隔件连接装置分开包裹 径向驱动构件至少旋转1圈,而不会围绕其自身旋转,因此提供其连接的径向驱动构件的旋转牵引装置,其具有在范围和扭矩上一致的推进。 推进系统还提供了当骑手向每个踏板施加力时围绕其径向驱动构件重新包裹每个链条组件的装置,用于通过替代杆的往复旋转拉动动作。