Abstract: A decoration bearing element is configured to be fitted on a slider body of a slider of a slide fastener and provides a top surface or a decoration bearing surface onto which a perceivable decoration can be applied. The decoration bearing element includes: a plurality of oppositely facing cooperating surfaces configured for engaging with and receiving at least a portion of the slider body and restraining the decoration bearing element onto the slider body in at least three non-identical directions of first direction, second direction and third direction.

Abstract: The present invention provides a structure 10 for extending a bed of a pickup truck; the structure being rotatably supported on a rear portion 1B of the bed of the pickup truck having a tailgate 4 capable of bringing down in an approximate level with a rear end of the bed 1; and the structure being provided on a first upper side of the tailgate 7 to be housed in the bed when the tailgate is rotated in a forward direction of the truck; wherein fixing means 20 is provided for fixing the structure provided on a second upper side of the floor onto the bed. Hence, if the structure is off the supporting bracket 16 when the structure is housed in the bed, the fixing means of the invention can prevent the structure from separating from the body not to have a secondary influence on surroundings by the structure 10.

Abstract: A structure for installing an automotive battery which would protect the battery installed in a rear part of a vehicle body is provided. In a structure for installing an automotive battery in which the battery is mounted on a battery mounting base provided on a floor in a rear part of a vehicle body, a rear suspension cross member extends along the direction of vehicle width beneath the floor, and the battery mounting base is located within an area of the floor, the area being a zone of width L in the longitudinal direction of the vehicle body corresponding to the location of the rear suspension cross member in plan view.

Abstract: The present invention provides a structure 10 for extending a bed of a pickup truck; the structure being rotatably supported on a rear portion 1B of the bed of the pickup truck having a tailgate 4 capable of bringing down in an approximate level with a rear end of the bed 1; and the structure being provided on a first upper side of the tailgate 7 to be housed in the bed when the tailgate is rotated in a forward direction of the truck; wherein fixing means 20 is provided for fixing the structure provided on a second upper side of the floor onto the bed. Hence, if the structure is off the supporting bracket 16 when the structure is housed in the bed, the fixing means of the invention can prevent the structure from separating from the body not to have a secondary influence on surroundings by the structure 10.

Abstract: A structure for installing an automotive battery which would protect the battery installed in a rear part of a vehicle body is provided. In a structure for installing an automotive battery in which the battery is mounted on a battery mounting base provided on a floor in a rear part of a vehicle body, a rear suspension cross member extends along the direction of vehicle width beneath the floor, and the battery mounting base is located within an area of the floor, the area being a zone of width L in the longitudinal direction of the vehicle body corresponding to the location of the rear suspension cross member in plan view.

Abstract: A structure for installing an automotive battery which would protect the battery installed in a rear part of a vehicle body is provided. In a structure for installing an automotive battery in which the battery is mounted on a battery mounting base provided on a floor in a rear part of a vehicle body, a rear suspension cross member extends along the direction of vehicle width beneath the floor, and the battery mounting base is located within an area of the floor, the area being a zone of width L in the longitudinal direction of the vehicle body corresponding to the location of the rear suspension cross member in plan view.

Abstract: In a fuel supply system for a vehicle, provided with a fuel tank having a bottom wall having an upward convex portion dividing an interior space of the fuel tank into a first chamber and a second chamber, a discharge rate of an electric fuel pump is controlled properly to reduce power consumption and fuel consumption. A fuel level monitoring means compares an output D.sub.m of a fuel meter unit 13 representing a level of fuel in the fuel tank with a set threshold fuel level L.sub.j, i.e., a minimum fuel level that requires the operation of a jet pump which pumps fuel from the second chamber into the first chamber. A power supply control means controls power supply to the fuel pump to supply power necessary for driving the fuel pump for operation at a discharge rate equal to the sum of the fuel consumption of the engine and a minimum required flow rate necessary for maintaining the performance of the fuel supply system when D.sub.m .gtoreq.L.sub.j or for operation at a maximum discharge rate when D.sub.