초록 ▼

One or more force application members (e.g., a force transmission member and/or a hydraulic force application member) may be employed to provide a desired adjustment (e.g., a preload and/or a compression) to an adjustable spacer of a bearing assembly. The hydraulic force application member may provi

One or more force application members (e.g., a force transmission member and/or a hydraulic force application member) may be employed to provide a desired adjustment (e.g., a preload and/or a compression) to an adjustable spacer of a bearing assembly. The hydraulic force application member may provide a first stage of the adjustment to the spacer, and the force transmission member may be threadingly rotated to apply a second stage of the adjustment to the spacer. An additional force application member may (e.g., contemporaneously) oppose at least one of the force application members in the providing of the adjustment to the spacer. This opposing force may cause a gap between certain surfaces (e.g., in a press) until the adjustment to the spacer is completed. The closure of the gap may serve to indicate the completion of the desired adjustment to the spacer. A housing rotatable on a portion of the bearing assembly may be prevented from rotating at the closure of the gap. Such an increased drag torque of the housing may be observed and employed to terminate an operation of at least one of the force application members. One or more gage parts may be located in the bearing assembly to assist the providing of the adjustment to the spacer. An adjustment of an axial dimension of at least one of the gage parts, may be made based on one or more factors and/or characteristics (e.g., endplay in the bearing assembly).

대표청구항 ▼

1. A bearing assembly gage part adjustment method, comprising: determining a first endplay of a bearing assembly, said bearing assembly including an adjustable spacer; determining a second endplay of said bearing assembly when a gage part is located in said bearing assembly and operatively betwe

1. A bearing assembly gage part adjustment method, comprising: determining a first endplay of a bearing assembly, said bearing assembly including an adjustable spacer; determining a second endplay of said bearing assembly when a gage part is located in said bearing assembly and operatively between a force application member and the spacer, said gage part being configured to operatively transfer force from the force application member to the spacer and said gage part being separate from the force application member; and adjusting an axial dimension of said gage part based on a difference between said second endplay and said first endplay. 2. The method of claim 1, wherein said difference comprises a first difference, and wherein said adjusting of said axial dimension is further based on a second difference between said first difference and a springback characteristic of said spacer. 3. The method of claim 2, wherein said adjusting of said axial dimension is further based on a third difference between said second difference and a preload specified for said spacer. 4. The method of claim 3, wherein said adjusting of said axial dimension is further based on a sum of said third difference and an assembly compression specified for said spacer. 5. The method of claim 2, wherein said adjusting of said axial dimension is further based on a sum of said second difference and an assembly compression specified for said spacer. 6. The method of claim 1, wherein said difference comprises a first difference, and wherein said adjusting of said axial dimension is further based on a second difference between said first difference and a preload specified for said spacer. 7. The method of claim 6, wherein said adjusting of said axial dimension is further based on a sum of said second difference and an assembly compression specified for said spacer. 8. The method of claim 1, wherein said adjusting of said axial dimension is further based on a sum of said difference and an assembly compression specified for said spacer. 9. The method of claim 1, wherein said adjusting of said axial dimension comprises a decreasing of said axial dimension. 10. The method of claim 1 in combination with a bearing assembly adjustable spacer adjustment method, further comprising employing the adjusted axial dimension of said gage part in providing a desired adjustment to said adjustable spacer.