摘要:
A vibration damper, in particular a piston-rod damper for a motor vehicle, comprising a damping housing (2) which receives a piston rod (3), the piston rod comprising a pin (4) which is mounted with play in the damping housing (2), wherein a first plate (6) of the piston rod (3) is locked to the damping housing (2), and a damping element (5) is mounted between the piston rod (3) and the damping housing (2), wherein the locking between the first plate (6) of the piston rod (3) and the damping housing (2) is realized in the form of a bayonet-like lock (9, 10).
摘要:
Es wird ein Aggregatelager mit einem Lagerkern (5) zur Verfügung gestellt, der den Gummitragkörper eines Aggregatelagers über einen Aggregatetragarm mit einem Aggregat verbindet und einen in dem Lagerkern verankerten Schraubbolzen (6) aufweist, wobei der Schraubbolzen ein erster Gewindebolzen (6a) aus Metall mit einem Bund (6c) ist, auf dem sich der Aggregatetragarm abstützt und an dem zu dem Bund spiegelsymmetrisch in Bezug auf die Anordnung des ersten Gewindebolzens (6a) an dem Bund ein zweiter Gewindebolzen (6b) angeformt ist.
摘要:
A spring shoe, and also in particular a spring, as well as a method of returning energy to a user, are provided. In one embodiment, a method and apparatus stores foot strike energy and releases it after a slight delay, when it will exert a force on the user which includes a forward component. This is accomplished in an embodiment by a spring in the sole which has a decreasing spring force, such that the force required to compress the sole decreases for all or part of the compression displacement as the spring is compressed.
摘要:
The inventive shock damping system for vibration sensitive surface mounted devices consists of an elastomeric material having conductive fiber material disposed between a printed circuit board (PCB) and a surface mounted device. Once disposed between PCB and surface mounted device, the elastomeric material, the PCB and the surface mounted device are compressed together with a component restraining system, to provide a secure electrical connection between one or more interconnect pads conductively attached to surface mounted device and the PCB. The elastomeric material allows signals and current to flow between surface mounted device and PCB without the use of any attached wires or leads while at the same time providing a system for damping any shocks or vibrations that may be transferred to surface mounted device through the PCB or through the protective component restraining system that encloses the device and the elastomeric material.
摘要:
A vibration isolator mount 5 includes: an inner cylinder body 30 ; an outer cylinder body 31 arranged around the inner cylinder body 31 ; a flange portion 32 provided at a front end portion of the outer cylinder body 31 in the axial direction so as to extend raidally outward; a rubber elastic body 33 interposed between the cylinder bodies 30, 31 to connect therebetween; and a stopper rubber elastic body 34 provided at a face of the flange portion 32 facing outward with respect to the cylinder axial direction. Holes 34a open at a stopper face 34b and extending inward along the cylinder axial direction are formed in the stopper rubber elastic body 34 . A rigid body 35 is provided at a part inside than the holes 34a in the stopper rubber elastic body 34 with respect to the cylinder axial direction.
摘要:
A body mount 20 for coupling a vehicle body 12 to a vehicle frame 16 is disclosed. The body mount 20 includes a first member 22 disposed on one side of the frame 16. The first member 22 includes an elastomeric member 36 with a plurality of pads 46 formed about the periphery of the first member for determining a side to side and a fore/aft cushioning rate. The body mount 20 also includes a second member 24 disposed on an opposite side of the frame 16 and operably coupled to the first member 22.
摘要:
Die Erfindung betrifft ein Gelenklager (3), z. B. ein Stabilisatorlager, mit einem zweiteiligen Lagergehäuse (2), das ein Jochteil (1) mit Jochschenkeln (5, 6) und Jochbogen (4) sowie eine Abstützwand (25) aus einem Tragstrukturteil umfasst. Ein inneres Lagerteil, z.B. ein Stabilisator, ist von einer im Lagergehäuse (2) einspannbaren Elastomerbuchse (14) umgeben, die wenigstens einen Längsschlitz (15) aufweist. Im Raum zwischen der Abstützwand (25) und der Elastomerbuchse (14) ist ein Raumfüllkörper eingesetzt, der vor dem Zusammenspannen des Lagergehäuses (2) aus dem Jochteilbereich um einen Vorspann-Überstand herausragt und beim Zusammenspannen unter Verkleinerung des Vorspann-Überstandes in den Jochteilbereich unter Aufbau einer Vorspannung in der Elastomerbuchse (14) einpressbar ist. Erfindungsgemäß ist nur ein Längsschlitz (15) in der Elastomerbuchse (14) vorgesehen, der im Endmontagezustand in einer mittleren Jochlängsebene (11) auf die Abstützwand (25) zu gerichtet liegt. Ferner sind zwei Raumfüllkörper (18, 19) vorgesehen, die sich zu beiden Seiten des Längsschlitzes (15) anschließen und formschlüssig an der Elastomerbuchse (14) angehaftet sind. Zur Ausfüllung des Raumes zwischen der Elastomerbuchse (14), den Jochschenkeln (5, 6) und der Abstützwand (25) liegen Abstützflächen (26, 27) der Raumfüllkörper (18, 19) an der Abstützwand (25) und Seitenflächen (28, 29) der Raumfüllkörper (18, 19) an den Innenseiten der Jochschenkel (5, 6) an.
摘要:
A leaf spring suspension assembly includes a leaf spring assembly having a plurality of vertically stacked leaf springs and a bearing assembly positioned adjacent an end thereof. The bearing assembly includes an upper insulator cup having an upper recess and a lower bracket cap having a lower recess and upper and lower bonded bearings. The upper bonded bearing is received in the upper recess and includes a rigid lower member having an upper elastomer element bonded thereto; the bearing being received adjacent the upper side of the leaf spring assembly. The lower bonded bearing is received in the lower recess and includes a rigid upper member having a lower elastomer element bonded thereto; the lower bearing being received adjacent the lower side of the leaf spring assembly. At least one of the upper and lower elastomer elements includes a spherical elastomer element. An adjuster may be provided for selectively adjusting and securing the relative position between the leaf spring assembly and the bearing assembly.