What MT 138 Really IS!

[TheVisitorV]

Ohhhh, we are almost there, almost!!!!!!!!!!

Let's see who shows it first, lol! Oh, i guess that is SEQUEEN but seems Chris already has a fully working one, keeping it in the closet :)),
Mr vibrating i think just figured it out.

Well here is a small simulation to make a few things clear for those of us who play ketchup now :))



https://youtu.be/URKXHyPpIm8

EDIT: here we will have the playlist: https://www.youtube.com/playlist?list=P ... GcgLbD1YuL

[Johndoe2]

Excellent video, good summary!

[TheVisitorV]

Ty, just uploaded part 2!

[sequeen]

Thank you for have interest to my video. This is not scam and today I finished 4 fold wheel.
Today I found the sound was from the friction between parts.
Tomorrow I will install bearings to the internal pivot points to reduce internal friction.

SK

[TheVisitorV]

Good Job SK!

hopefully we will get to see how you put all the parts together soon!

[TheVisitorV]

uploaded a few more configurations for the toys in the middle and i have a few more to show you, but they need recording first.

There is something here definitely!

[Georg Künstler]

Hi TheVisitorV,
Yes, a two stage oscillator with an impact.

Don't look only on one lever, both are acting together, and the heavy parts are on the top.

Have a closer look to the figures on the lever, the figures on the top are bigger.

The system is out of balance because you waste the energy on one side.
I will sketch it up for you with a simple top heavy pendulum.

[Georg Künstler]

Hi TheVisitorV,
I have prepared a sketch drawing for you as promised in the previous post.

We have a top heavy pendulum. the top weight is on a ring which ist fastened on an axle with a ratched.

When the top heavy weight is falling we try to catch this fall at about 90 degrees turn. Therefore I had drawn one tooth.

we can get an impact left or right on the ring carrying the weight.

After the impact the ring is turned by 90 degrees.

with this function the left lever is shortened by the diameter of the carryier wheel. If the lever is shortened, then the weight can be swing up again.

Now we can repeat tis function, you have an overweight and overweight function.

What seems to be wasted is the energy gain which you can freely use.

You deal with an impactor generator and and impact absorber. What is absorbed is free.

[TheVisitorV]

Ty Georg, i'm to tired to do anything today, hmmm ussualy i have more time on my hands ... i will try these things as soon as i am able to.

[TheVisitorV]

Tried a few more simpler things: https://www.youtube.com/watch?v=Nd8Ik_Mi3Ik

I think i start to understand the meaning of the toys, they all have 1 thing in common. 1 thing!

[Georg Künstler]

again, the heavy parts are on the top.

[TheVisitorV]

Got a new video, things are starting to make a bit of sense for me:
https://www.youtube.com/watch?v=q_XVDX-pcGI

Hey Georg, what do you mean by heavy parts are on top?

[Georg Künstler]

Hi TheVisitorV.
have a look to the figures.
The figures on the top layer are bigger than the figures on the lower level.

But the figures are representing the weights. All of them are on the top of the swinging bars.
They are in my opinion top heavy pendulums.

To prevent a change from a top heavy pendulum to a normal pendulum
you must extract the energy.
This is done on the left side with the pantograph frame and on the right side with a normal chain.

An impact on a pantograph frame from the side as it is shown in the drawing
will shot a weight to the sky.
Have also a closer look to the angles which are used in the pantograph frame.
On which positon on the pantograph frame the impact from the top heavy pendulums is taken ?

An impact on an hanging chain will act as a bow. This is a repelling function supported from gravity.
Maybe you can call it gravity spring

[TheVisitorV]

hey guys, i'm back on the series, had a break, sitting in my corner thinking about all of this stuff.

The mt 25 drawing is the key to the riddle. Read the description, watch my video, and you will get it. I'm working on building up the device, the simulation first, hopefully i'll be able to construct the damn thing or some of you will.

We need to figure out where the parts go, it shouldn't be that hard. Anyways....

the sound of the impact is the damn pole drooping and moving the counterweight on the other side of the wheel.

In a few days hopefully i'll manage to sort everything out.


Here is the video.
https://www.youtube.com/watch?v=-X_hLXtscbY

Good luck, and be blessed!

[TheVisitorV]

a new simulation

https://www.youtube.com/watch?v=yIiGfLxCcG8