An isolation system is provided. The isolation system is configured to isolate the translational vibration in the directions of an X-axis and a Y-axis and the torsional vibration around a Z-axis by being positioned between a ground and a load. The isolation system includes at least one base platform that can be associated with the ground, at least one load bearing platform that can be associated with the load, a plurality of beams positioned between said base platform and said load bearing platform in a symmetric way that there is equal distance and equal angle between them with respect to the central axis, multiple tensioning wires positioned adjacent to each beam or beam group so that there is at least one for that beam or beam group in order to bring the said base platform and said load bearing platform closer together.

A suspension sub-assembly includes a fiber reinforced polymeric (FRP) thermoplastic composite upper control arm/spring assembly having a control arm portion and a spring member portion. The suspension sub-assembly can tune roll stiffness of a vehicle during cornering. The FRP thermoplastic composite upper control arm/spring assembly comprises a thermoplastic matrix material reinforced with fibers embedded and aligned in the matrix of the assembly.

Provided is a vibration isolator in which simplification of detachment work of a fixing component attached to a vibration isolating component enables the natural frequency of the entire support structure for a vibration source to be easily changed. A vibration isolator includes a vibration isolating component including a rubber, which is an elastic body, the vibration isolating component supporting, in a housing having a slit, a support portion of a compressor as a vibration source that includes a motor and that is provided on a bottom plate of the housing; and a fixing component provided to pass through the slit and detachable from an outside of the housing, the vibration isolating component being fixed, in the housing, with the fixing component such that the fixing component is in contact with part of a periphery of a narrow portion of the vibration isolating component.

The invention relates to a damping system for a cabin of a movable work machine, wherein the cabin is supported to the frame of the work machine with suspension elements, the suspension elements forming a ROPS resistant structure and including: a first for fastening the cabin to the first end of the suspension element, a second stopper for fastening the frame to the second end of the suspension element, a guide element comprising a slide guide and a support arm, the slide guide and the support arm being arranged to move relative to each other, and the guide element having opposite ends, one of which is in the slide guide and the other is in the support arm, and one opposite ends is mechanically bound to the first end and the other is mechanically bound to the second end, a spring element, and a damping element.

A coil spring has a longitudinal component located within the coil spring, where the longitudinal component runs generally along the direction of a longitudinal axis of the coil spring and where the longitudinal component is in contact with the coil spring, characterized in that the longitudinal component biases the coil spring into a shape different from its natural shape and/or from the shape into which the coil spring is biased by a groove in which the coil spring is accommodated. Moreover, the coil spring may be shaped by means of the described longitudinal component. Further, a connector part is disclosed that has the described coil spring and is configured for being connected with a mating connector part. And finally, a connector is disclosed which has the described connector part and the mating connector part.

A server including a server casing, an electronic module and a damping mechanism is provided. The electronic module is detachably disposed in the server casing along a sliding direction. The damping mechanism includes a bracket and a stop assembly. The bracket is slidably disposed on the server casing along the sliding direction. The stop assembly is pivotally disposed on the bracket. In response to an impact force of the electronic module to the bracket being greater than a predetermined value, the stop assembly is positioned at the server casing.