Abstract in simplified Chinese:一种自行车悬吊设备设置调整器总成设置有悬吊管件附着结构、第一致动器、第二致动器、及悬吊设备设置调整单元。第一致动器被可旋转地安装于悬吊管件附着结构。第二致动器被可旋转地安装于悬吊管件附着结构,以与第一致动器的旋转独立地旋转。悬吊设备设置调整单元操作性地耦接于第一及第二致动器。悬吊设备设置调整单元回应第一致动器的旋转而借着使用悬吊设备设置调整单元的旋转移动来调整第一悬吊设备设置。悬吊设备设置调整单元回应第二致动器的旋转而借着使用悬吊设备设置调整单元的轴向移动来调整第二悬吊设备设置。
Abstract in simplified Chinese:一种配置于一自行车叉中的悬吊系统。该悬吊系统包括内管及外管,第一及第二轴衬,一操纵控制机构以及一减震机构。第一及第二轴衬系配置在内管与外管之间,有助于内管于外管中滑动。操纵机构防止内管与外管之间的相对转动,并系配置位在第一与第二轴衬之间。利用此构形,轴衬长度对内管直径的一比値系大于4,导致悬吊叉控制大部分横向负载而未束缚。
Abstract in simplified Chinese:本发明揭示附接至一车轮(424)之轮毂(422)之伸缩式悬吊设备(10),该伸缩式悬吊设备包括一第一管(12)、相对于该第一管滑动之一第二管(14),及配置在该等管内之一主要弹簧(34),且进一步包括安装于该第一管之上端部(16)之弹簧(34)之一预负荷调整制动器(18)。该悬吊设备包括连接至该制动器(18)之代表用户重量之弹簧之一预负荷追踪系统(39)。
Abstract in simplified Chinese:本发明系有关于设计为用于把手杆操纵载具的螺旋弹簧悬吊器。此螺旋弹簧悬吊器一般包括一第一管件、一螺旋弹簧、一轴及一导件。此螺旋弹簧的一第一端系配置在此第一管件内并系固定地支撑于邻近该第一管件的一第一端。此螺旋弹簧延伸越过此第一管件的一第二端。此轴系固定地支撑此螺旋弹簧的一第二端。当悬吊器负载为纵向时,此轴及此第一管件系相对于彼此可滑动移位及压缩此螺旋弹簧。此导件系配置在此第一管件内且系连接至此螺旋弹簧的此等第一及第二端之间的此螺旋弹簧。此导件系在悬吊器负载下与此螺旋弹簧移位,并限制此螺旋弹簧的侧向位移。
Abstract in simplified Chinese:一种配置于一自行车叉中的悬吊系统。该悬吊系统包括内管及外管,第一及第二轴衬,一操纵控制机构以及一减震机构。第一及第二轴衬系配置在内管与外管之间,有助于内管于外管中滑动。操纵机构防止内管与外管之间的相对转动,并系配置位在第一与第二轴衬之间。利用此构形,轴衬长度对内管直径的一比值系大于4,导致悬吊叉控制大部分横向负载而未束缚。
Abstract:
Provided is a straddle vehicle that allows for high design flexibility, that can absorb strong shocks applied in the up-down direction, and that can avoid contacting obstacles on the ground. The straddle vehicle includes a supported structure and a shock absorber. The supported structure includes a first element that performs a first function and a second element that performs a second function, the second element being located above a rear of the first element. The shock absorber includes an upper mounting portion and a lower mounting portion. The lower mounting portion of the shock absorber is connected to a swing arm, and the upper mounting portion of the shock absorber is connected to the second element.
Abstract:
To provide a saddled vehicle whose center stand is set up with ease in a simplified structure. A rear suspension suspending a swingarm from a vehicle body has its total length varied by the drive of an actuator. A controller that controls the actuator is provided. By the controller expanding the rear suspension to a predetermined length according to an operation on an actuation switch, the swingarm swings downward to reach a position where a center stand will not touch a ground surface even if the center stand is unfolded to a fully unfolded position. Unfolding the center stand with the swingarm swung downward and then letting the rear suspension recover its original length lifts the rear wheel off the ground surface to complete setting up the center stand.
Abstract:
A suspension device of a bicycle front fork is installed in a head tube of a bicycle handlebar. The suspension device includes: a cylinder with a bottom fixed to a base of the bicycle front fork and a top passed into the head tube; a piston rod with a top fixed to an inner wall of the head tube and a bottom having a piston and extended into the cylinder; a spring device coupled to the piston rod and having a force to push the piston rod away from the cylinder. The cylinder below the piston has an air chamber communicated with an intake valve of the base. The air pressure of air chamber may be adjusted to adjust the buffering pressure of the spring device, so that a user may adjust the shocking pressure of the front fork.