With B1 and B2 linked to P, move to the right together. P moves upward with the taper of C (Countersink) of S. （２）Confirmation of operation of synchronization pinĮxplanation of operation of synchronization pin (see the figure below)ī2 (boss 2) is fixed to S (shaft) by P (synchronization pin).ī1 (boss 1) slides Xst to the right, and the end face hits B2 and pushes B2.Īt that time, C (Countersink) of B1 is right above P. ②Joint constraints with low internal calculation load do not have left / right synchronization function. There may be cases where left-right synchronization failure occurs due to an error due to increased calculation load. ①In the case of contact restraint, calculation load is high and slow. You need a browser that supports the video tag to play videos. △Please check with the play button on the video. （１）Confirmation of rack and pinion operation

２．Problems of current 3D-CAD including examples of operation results of Fusion 360 (based on me10 customization experience) I got a job at a tire manufacturer group company in 1981, and have been engaged in tire manufacturing equipment and tooling design, quality control and sales for 38 years.Īfter introducing 2D-CAD me10 (made by Hewlett Packard) in 1987, I customized it.īased on that experience and the result of operating 3D-CAD Fusion 360 (made by Autodesk), I considered A vision of mechanical 3D-CAD 10 years from now. Top page ■Ideal standard of mechanical 3D-CAD 10 years from now Ideal standard of mechanical 3D-CAD 10 years from now Okanobu Mechanical Engineering and Quality Consultant

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