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ECCS was first used on the 430-series Nissan Cedric in Japan (June 1979). ECCS stands for Electronic Concentrated (Engine) Control System. Electronically-controlled (via an ECU) injection was introduced on a 230-Series Nissan Cedric 'EL' model at the 1970 Tokyo Motor Show: Nissan was actively using a system ECGI (Electronic Controlled Gas Injection) back in 1971. Nissan group affiliate Diesel Kiki licensed the Bosch D-Jetronic system patents and re-engineered it to use with double and triple sidedraught throttle bodies on competition cars:

Don't forget the "black box" or the "voodoo" part. "Dr. Bosch's Black Box of Analog Voodoo and Wizardry". That's what makes the engine go vroom. * "DBBBOVAW"

I found the angles today of the front dampener and the pinion flange: I measured these with the car on the lift. The rear moustache bar is locked in solid - there is no vertical movement at the mounting location. Same for the front diff mount. So, I don't have to consider suspension movement (doing this with the suspension loaded). The angle at the differential pinion flange is 87.1. And the angle at the engine dampener is 89. I should be able to drop the rear of the transmission, hopefully a small amount, to get the angle at the dampener to match. I am glad I didn't use the original motor mounts, which were shorter, and would make this problem worse.

That's awesome. You totally nailed it!!

Have you removed the entire mechanism and performed a deep clean along with lubricants?

The doors will not lock unless the door latch is latched. In other words they won't lock unless the door is shut or you manually rotate the door latch to the locked position