Abstract: A shock absorber includes a first shock absorbing member formed of a foam, and a second shock absorbing member formed of a foam and having hardness greater than the first shock absorbing member. The first shock absorbing member and the second shock absorbing member are arranged in adjacent to each other and connected to each other such that a part of one of the first shock absorbing member and the second shock absorbing member is surrounded by another one of the first shock absorbing member and the second shock absorbing member, thereby the first shock absorbing member and the second shock absorbing member are connected integrally with each other.

Abstract: A shock absorber assembly includes a shock absorber, a utility part, and a flexible member. The shock absorber is provided to a vehicular interior part that is mounted on a compartment inner side of a body panel, and the shock absorber includes a mounting portion that is mounted to a compartment outer side surface of the vehicular interior part. The utility part is provided to the vehicular interior part. The flexible member covers a peripheral surface of the shock absorber, and a part of the flexible member is held by the vehicular interior part and the utility part to support and mount the shock absorber to the vehicular interior part.

Abstract: An object of the present invention is to provide a binder resin for a conductive paste, which can be used to obtain a conductive paste having a high conductive powder dispersibility, an ability to form high-aspect-ratio lines, and a low residual carbon content after firing. Further objects of the invention are to provide a conductive paste and a solar cell element produced using such a binder resin for a conductive paste. The invention provides a binder resin for a conductive paste, which includes a polymer having a main chain composed of a segment derived from a (meth)acrylate monomer and having also a phosphoric acid-based component represented by general formula (1) below at an ? position thereon. In general formula (1), X is an oxygen atom or a sulfur atom, and R1 and R2 are each a hydrogen atom, a hydrocarbon group having 1 to 13 carbon atoms, a hydroxyl group-containing group having 1 to 13 carbon atoms or an ester bond-containing group having 1 to 13 carbon atoms.

Abstract: Remote operation wire line core sampling device capable of increasing efficiency of working and maintaining a wall of a hole using a stabilized sea-bottom core drill at a sea-bottom, and adopting a wire line system. The device includes a drill rod held by a chuck of the sea-bottom core drill, a wire line core barrel having, at a tip thereof, a bit for annularly drilling into ground, an inner tube assembly detachably incorporated in the wire line core barrel, and an over-shot assembly having a function for engagement thereof with a spear head part at a top end of an inner tube assembly. The device also includes a water swivel in which water supply ports are formed at upper and lower parts thereof, a modified built-in type over-shot assembly is formed at upper and lower parts thereof, and a modified built-in type over-shot assembly is incorporated therein to reside at an intermediate part thereof.

Abstract: A remote operation wire line core sampling device capable of increasing the efficiency of working and maintaining the wall of a hole by using a stabilized sea-bottom core drill at a sea-bottom and adopting a wire line system, comprising a drill rod held by the chuck of the sea-bottom core drill, a wire line core barrel having, at the tip thereof, a bit for annularly drilling a ground, an inner tube assembly detachably incorporated in the wire line core barrel, and an over-shot assembly (5) having a function for the engagement thereof with a spear head part at the top end of the inner tube assembly. The device also comprises a water swivel (18) in which water supply ports (3) and (4) are formed at the upper and lower parts thereof and a modified built-in type over-shot assembly (4) are formed at the upper and lower parts thereof and a modified built-in type over-shot assembly (5) is incorporated therein so as to reside at the intermediate part thereof.

Abstract: A choke lever device for a two-wheeled motor vehicle wherein choke adjustment is effected through a wire by a choke lever mounted on a handle part. The choke lever is mounted rotatably around a handle pipe serving as a center axis.

Abstract: A four-wheel drive vehicle of the type wherein the rider straddles the vehicle. The frame includes an upper frame structure which extends outwardly and downwardly to widely-based supports for the front axle while maintaining a narrow profile at the upper portion thereof. The lower frame structure extends rearwardly from a front axle support structure inwardly of the upper frame structure. As the upper frame structure converges, the lower frame structure extends laterally outwardly of the upper frame structure. Broad support for the front axle is provided by the upper frame structure while broad support for the engine and footpegs is provided by the lower frame structure.

Abstract: A choke lever device for a two-wheeled motor vehicle wherein choke adjustment is effected through a wire by a choke lever mounted on a handle part. The choke lever is mounted rotatably around a handle pipe serving as a center axis.