bushing receptacle body tapered interior 114 and in fig 4 b is section b b from fig4 showing a bushing receptacle body non tapered interior 115 also seen in fig4 is a bushing ring 600 having a bushing ring cap 620 a bushing ring cap machine bolt hole 622 bushing ring cap push bolt tapped hole 624 a bushing ring cap top surface 626 a bushing ring cap bottom surface 628 a bushing ring drive shaft aperture 640 a bushing ring drive shaft aperture key 642 and a bushing ring taper body 630 also illustrated in fig4 is a bushing 300 having a bushing cap 320 a bushing cap machine bolt hole 322 bushing cap push bolt tapped hole 324 a bushing cap top surface 326 bushing cap bottom surface 328 a bushing drive shaft aperture 340 a bushing drive shaft aperture key 342 a bushing taper body 330 and a bushing taper body split 336 fig4 c is section c from fig4 illustrating and exploded view of the entire structure of the drive shaft splint joint including bushing receptacle 100 drive shaft 200 bushing ring 600 bushing 300 seal 700 and driven device drive shaft 510 seen in fig4 c is the bushing receptacle 100 which is constructed from a rigid material including stainless steel and for some applications rigid plastics stainless steel will be preferred when used in food production or industries intent on controlling contamination in that the bushing 300 bushing ring 600 driven device drive shaft 510 will possibly be constructed of steel illustrated in fig4 c is the.