Recent content by Pawllentiew

Yes. that is the inner one of 104 teeth. and the diameter of the drum is 20 mm. I mean the version in which weight drive the motor

Hi, I need a little help with this problem with compound planetary gears. I don't know how to apply the formulas for this specific type of placement. I need to know the final speed of the engine knowing the number of teeth z1 = -104 ring gear which is internal, z2,3,4 = 22 for small planets...

Hi, I need a little help with this problem with compound planetary gears. I don't know how to apply the formulas for this specific type of placement. I need to know the final speed of the engine knowing the number of teeth z1 = -104 ring gear which is internal, z2,3,4 = 22 for small planets...

their first product I know worked with 0.1 W at maximum power. I assumed that this product is the same

I think 0.1 W

I have the specifications of the product for which I am trying to recreate the mechanism. Gravity light 2

Hi, I've been pretty busy for the last few weeks but I've managed to make a scheme. I'm not good at this. It's the first time I've received something like this to do. so it's probably wrong. That's why I need some clarification if anyone offers to give it to me. I don't know how to start the...

I understand. I will come back with what I found and what I did

I'll look over what you mentioned. thanks a lot. but if someone could make a quick sketch of what the kinematic diagram should look like it would help me tremendously

I looked at some tutorials and read the basic information to make a kinematic diagram. but all were based on a simple system with only 2-4 gears placed in series. I did not find an example to understand in which the ring gear rotates 3 planet gears. and how I could calculate that in the way they...

Can anyone help me with a kinematic analysis for the mechanism attached below? I need the outline of the mechanism, its notes and the necessary formulas to find out the transmission ratio and the rest of the values.