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    • 5. 发明申请
    • MECHANICAL MOTION SYSTEM FOR ENERGY GENERATION
    • 机械运动系统能源生成
    • US20130284540A1
    • 2013-10-31
    • US13852999
    • 2013-03-28
    • Renato Ribeiro
    • Renato Ribeiro
    • F03G3/06
    • F03G3/06F03G7/10Y10S74/09
    • Objective—Create a mechanical system to manage the gravitational force exerted on a series of weights; with the ultimate goal of transferring this force to turn a shaft. The system consists of a fixed base and 2 types of mechanical modules. The modules are arranged side-by-side along a crankshaft. One module type consists of rods connected to a crankshaft. Two arms are connected to the fixed structure and to a third arm. All are connected to a central shaft by a connecting rod. A second type of module consists of a support arm for the weight connected to the central axis. The length of the support arm is variable. The arm is held in position by a pin which is pulled at the precise moment; altering the length of the arm. This shifts the center of gravity and drives the crankshaft. The altering of the arms' lengths is synchronized.
    • 目标 - 创建一个机械系统来管理施加在一系列重量上的重力; 最终目的是转移这个力来转动一个轴。 该系统由固定基座和2种机械模块组成。 模块沿曲轴并排布置。 一个模块类型由连接到曲轴的杆组成。 两个臂连接到固定结构和第三臂。 全部通过连杆连接到中心轴。 第二类型的模块由连接到中心轴的重物的支撑臂组成。 支撑臂的长度是可变的。 手臂通过在精确时刻被拉出的销被保持在适当的位置; 改变手臂的长度。 这会使重心偏移并驱动曲轴。 改变武器的长度是同步的。
    • 6. 发明授权
    • Dual action double pendulum
    • 双动双摆
    • US5895221A
    • 1999-04-20
    • US921443
    • 1997-08-29
    • James Edward Nettle
    • James Edward Nettle
    • G09B23/10F03G3/06
    • G09B23/10
    • A double pendulum device displaying regular and chaotic behavior simultaneously when the pendulums are in motion, comprising: a beam (55) mounted symmetrically to a vertical surface about a pivot point consisting of a friction reducing insert (56) with a fastener (57) passing through it for attachment of the beam to said vertical surface and allowing free rotation of the beam (55) about its horizontal axis; a long pendulum (44) attached near one end of the beam (55) with a fastener (46) passing through a friction reducing insert (45) installed in and near one end of the long pendulum and a spacer (47), said long pendulum (44) being free to rotate about a horizontal axis; an arm (66) fixed at the opposite end of beam (55) from long pendulum (44) in such a manner as to become a ninety degree extension of beam (55) directionally equal to the long pendulum (44) when the pendulum device is static; a short pendulum (77) attached near the opposite end of the arm (66) from said arm's attachment to the beam (55) with a fastener (79) passing through a friction reducing insert (78) installed in and near the end of the short pendulum (77) and a spacer (80) that places the short pendulum (77) in the same vertical plane as the long pendulum (44), said short pendulum (77) being free to rotate around a horizontal axis; and the long pendulum (44), beam (55), arm (66), and short pendulum (77) each having sufficient mass to provide inertial power for a plurality of swings of the pendulum device after a starting force is applied, said pendulum device always having its beam (55) parallel to the ground when static.
    • 一种双摆装置,当钟摆运动时同时显示规则和混沌行为,包括:梁(55),其围绕由摩擦减小的插入件(56)组成的枢轴点对称地安装在垂直表面上,紧固件(57)通过 通过其将梁附着到所述垂直表面并允许梁(55)围绕其水平轴线自由旋转; 连接在梁(55)的一端附近的长摆(44)具有穿过安装在长摆的一端内和附近的减摩插入件(45)的紧固件(46),以及间隔件(47) 摆(44)绕水平轴自由旋转; 臂(66)在摆锤(55)的相对端与长摆(44)固定,以便在摆锤装置(45)上成为方向等于长摆(44)的方向等于长摆(44)的九十度延伸 是静态的 在臂(67)的相对端附近从臂的附件附接到梁(55)的短摆(77),紧固件(79)穿过安装在接头 短摆(77)和将短摆(77)放置在与长摆(44)相同的垂直平面中的间隔件(80),所述短摆(77)围绕水平轴自由旋转; 以及每个具有足够质量的长摆(44),梁(55),臂(66)和短摆(77),以在施加起动力之后为摆锤装置的多个摆动提供惯性力,所述摆 设备在静止时总是具有平行于地面的梁(55)。
    • 7. 发明授权
    • Pendulum structure
    • US4422530A
    • 1983-12-27
    • US261962
    • 1981-05-08
    • Cleo E. Denton
    • Cleo E. Denton
    • F03G3/06
    • F03G3/06
    • This invention is a pendulum structure that operates as near as possible as a perpetual motion machine to provide activity and entertainment to one using same. The pendulum structure includes: (1) a housing assembly; (2) a pendulum assembly mounted within the housing assembly; and (3) an actuator assembly connected to the pendulum assembly. The housing assembly includes a bottom assembly connector by a wall assembly to a top assembly. The bottom assembly and the top assembly are substantially identical, each being of a tray shape, having a bottom wall section with integral side wall sections and end wall sections. The wall assembly is preferrably constructed of a transparent material having a front wall and a back wall interconnected by opposed side walls. The front wall has an arcuate slot therein to gain access to the interior of the housing assembly. The pendulum assembly includes a basic support member and a pendulum member attached by a connector assembly to the basic support member. The basic support member extends horizontally within the housing assembly with opposite ends secured to respective ones of the opposed side walls. The pendulum member is pivotally connected to a central portion of the basic support member. The pendulum member includes an elongated body member with a weighted head member secured to a lower portion of the body member in order to act similarly to a conventional pendulum member. The actuator assembly includes bias members secured to the basic support member and being engageable with the head member of the pendulum member. The bias members are preferrably compression spring members that act on being compressed to impart additional energy to the pendulum member to keep same moving. A second embodiment of this invention provides a dual pendulum structure wherein the pendulum member includes a head member attached to each outer end of the basic support member. Additionally, the actuator assembly includes four of the compression spring members to contact opposed sides of the respective bead member to impart energy and resultant motion thereto.