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    • 1. 发明申请
    • DISPOSITIVO ACCIONADOR DE CAMBIO
    • 变速执行装置
    • WO2016050997A1
    • 2016-04-07
    • PCT/ES2015/070700
    • 2015-09-25
    • BATEC MOBILITY, S.L.
    • BACH CASTILLO, Pablo Alejandro
    • B62M25/04B62K5/003B62M1/16A61G5/02
    • B62M25/04A61G5/04A61G5/10B62K5/003B62M1/16
    • Dispositivo accionador de cambio para un sistema auxiliar de movilidad para una silla de ruedas, vehículos para personas con una movilidad reducida o similares, que comprenden un plato vinculado a una rueda motriz y por lo menos a una extremidad superior de un usuario a través de una biela correspondiente, comprendiendo un par de conjuntos de unión entre la biela y la empuñadura, siendo uno de los conjuntos de unión solidario con la empuñadura y el otro con la biela, estando configurado uno de los conjuntos de unión para portar solidariamente un mecanismo selector de marchas del tipo accionado rotativamente, habiéndose provisto unos medios de acoplamiento entre el mecanismo selector de marchas y el otro conjunto de unión, de forma que permite al usuario accionar el mecanismo selector de marchas con sus extremidades superiores sin tener que desplazarlas de las respectivas empuñaduras.
    • 本发明涉及一种用于轮椅的辅助移动系统的换档致动装置,具有减少的行动性等的人的车辆,包括通过以下方式连接到驱动轮并且至少连接到使用者的上肢的板 相应的连接杆,包括用于在连杆和手柄之间连接的多个组件,其中一个连接组件固定在手柄上,另一个连接组件固定在连接杆上,其中一个连接组件设计成可靠地 携带可旋转驱动型的换档机构,联接装置设置在齿轮选择器机构和另一连接组件之间,以允许使用者以其上肢致动换档机构,而不必将它们从相应的 处理。
    • 6. 发明申请
    • HUMAN-PROPELLABLE VEHICLE
    • 人性化车辆
    • WO2015166241A1
    • 2015-11-05
    • PCT/GB2015/051249
    • 2015-04-29
    • GOWER COLLEGE SWANSEA
    • WILLIAMS, Calvin John LlewelynDAVIES, Paul Howard
    • B62K25/04B62K3/16B62K19/30
    • B62K25/04B60Y2200/122B60Y2200/124B62D1/04B62J1/002B62K3/16B62K5/003B62K5/06B62K5/08B62K19/30B62K21/08B62K21/12B62K2005/001
    • A human-propellable vehicle (1) is described which comprises a chassis (2), and a rear wheel assembly (5) mounted to a rear portion of the chassis. The rear wheel assembly comprises a double wishbone suspension assembly, each wishbone (14, 22) of the double wishbone suspension assembly being coupled to the chassis at first and second coupling points, the second coupling point for each wishbone being closer to the rear of the chassis, and closer to the longitudinal axis of the vehicle, than the first coupling point for that wishbone. By using a double wishbone set up at the rear of the bike it is possible to control weight transfer more efficiently. By providing a second coupling point for each wishbone which is closer to the rear of the chassis, and closer to the longitudinal axis of the vehicle, than the first coupling point for that wishbone, it is possible to utilise a setup without having to adopt a higher seating position and without having to increase the rear wheel track beyond an acceptable width.
    • 描述了一种人 - 可推进车辆(1),其包括底盘(2)和安装到底盘后部的后轮组件(5)。 后轮组件包括双叉骨悬挂组件,双叉骨悬挂组件的每个叉骨(14,22)在第一和第二联接点处联接到底盘,每个叉骨的第二联接点更靠近 底盘,并且比该叉骨的第一联接点更靠近车辆纵轴。 通过使用在自行车后部设置的双叉骨,可以更有效地控制重量转移。 通过为每个叉骨提供第二联接点,该第二联结点比靠近该主骨架的第一联接点更靠近底盘的后部并且更靠近车辆的纵向轴线,可以利用设置而不必采用 更高的就座位置,而不必将后轮轨道增加超过可接受的宽度。
    • 10. 发明申请
    • VELOMOBILE
    • 躺车
    • WO2014141070A1
    • 2014-09-18
    • PCT/IB2014/059633
    • 2014-03-11
    • CHIARABINI, Gianfranco
    • CHIARABINI, Gianfranco
    • B62K5/00B62K19/16B62J17/08B62K5/08B62D21/16
    • B62K19/16B62D21/16B62J17/08B62K5/00B62K5/003B62K5/08
    • The invention relates to a velomobile comprising a chassis (C) and a shell (B) configured to receive and protect a driver and possible passengers. The chassis (C) and the shell (B) comprise structural supporting elements consisting of a multilayer structure comprising at least one structural plate member (4; 16; 17) and a plurality of pockets (2; 6; 20) and/or ducts (21) suitable to receive and contain a pressurized gas, said pockets (2; 6; 20) and/or ducts (21) being arranged in fluid communication among them through channels (X) and being further provided with pressurization, depressurization valves (Y) and/or with condensate evacuators (Z), said valves (Y) of pressurization, depressurization and condensate evacuators (Z) being arranged in fluid communication between the pockets (2; 6; 20) and/or the pipes (21) and the external environment. The possibility of allowing the gas under pressure to flow through the channels connecting the pockets provides the shell with a high degree of deformability that allows it to effectively absorb impacts and quickly recover its original shape. The lightness of the shell facilitates the velomobile to float when it is used as a boat or amphibious landing craft, and also allows to use the velomobile as an ultra-light vehicle or as a propulsion means in aerostats.
    • 本发明涉及一种包括底架(C)和壳体(B)的构造,其构造成接收和保护驾驶员和可能的乘客。 底架(C)和外壳(B)包括由包括至少一个结构板构件(4; 16; 17)和多个凹穴(2; 6; 20)和/或导管的多层结构构成的结构支撑元件 (21),其适于接收和容纳加压气体,所述袋(2; 6; 20)和/或管道(21)通过通道(X)布置成流体连通,并且还设置有加压,减压阀 Y)和/或与冷凝物抽空器(Z)连通,所述加压,减压和冷凝物抽空器(Z)的所述阀(Y)布置成在所述袋(2; 6; 20)和/或所述管(21)之间流体连通 和外部环境。 允许气体在压力下流过连接凹穴的通道的可能性为壳提供了高度的可变形性,使其能够有效地吸收冲击并快速恢复其原始形状。 壳体的轻盈度使其在用作船只或两栖登陆艇时浮动,并允许将velomobile用作超轻型车辆或作为航空器的推进装置。