Abstract: A vehicle floating nut assembly is part of a body mounting fixture that couples a vehicle body onto a vehicle frame. The floating nut assembly has a nut element that floats with in a nut retainer assembly. At least one of the sliding surfaces located between the nut element and the retainer assembly is coated with a coating resistant material such as polytetrafluoroethylene. Thus, the nut retainer assembly is arranged so that the nut element is slideable relative to the planar surface of the retainer assembly within a predetermined range of movement. Several floating nut assemblies are utilized to fixedly couple the vehicle body to the vehicle frame in which one of the vehicle floating nut assemblies includes is arranged to only allow limited movement of the nut element in one linear direction.

Abstract: A vehicle body supporting structure arrangement that an inner body member, an outer body member a manually operated mechanism and a tool guide tube. The inner body member has an inner aperture. The outer body member has an outer aperture that is offset with respect to the inner aperture. Further, the outer body member is coupled to the inner body member defining a body cavity therebetween. The manually operated mechanism is supported on the supporting structure. The tool guide tube is coupled to the inner and outer body members and extending through the body cavity to define a tool passageway between the inner and outer body members. An inner end portion of the tool guide tube is located in a position proximate the manually operated mechanism. The manually operated mechanism is accessed and operated by inserting a tool into and through the tool passageway.

Abstract: A vehicle body supporting structure arrangement is disclosed that includes an inner body member, an outer body member a manually operated mechanism and a tool guide tube. The inner body member has an inner aperture. The outer body member has an outer aperture that is offset with respect to the inner aperture. Further, the outer body member is coupled to the inner body member defining a body cavity therebetween. The manually operated mechanism is supported on the supporting structure. The tool guide tube is coupled to the inner and outer body members and extending through the body cavity to define a tool passageway between the inner and outer body members. An inner end portion of the tool guide tube is located in a position proximate the manually operated mechanism. The manually operated mechanism is accessed and operated by inserting a tool into and through the tool passageway.

Abstract: A vehicle floating nut assembly is part of a body mounting fixture that couples a vehicle body onto a vehicle frame. The floating nut assembly has a nut element that floats with in a nut retainer assembly. At least one of the sliding surfaces located between the nut element and the retainer assembly is coated with a coating resistant material such as polytetrafluoroethylene. Thus, the nut retainer assembly is arranged so that the nut element is slideable relative to the planar surface of the retainer assembly within a predetermined range of movement. Several floating nut assemblies are utilized to fixedly couple the vehicle body to the vehicle frame in which one of the vehicle floating nut assemblies includes is arranged to only allow limited movement of the nut element in one linear direction.