Rack and Pinion gear in fusion 360 || Tutorial || Power Stroke
HTML-код
- Опубликовано: 20 авг 2024
- This is the most easiest way of making simplest rack and pinion setup in Fusion 360.
LIKE SHARE &SUBSCRIBE FOR MORE.
A rack and pinion is a type of linear actuator that comprises a circular gear (the pinion) engaging a linear gear (the rack), which operate to translate rotational motion into linear motion. Driving the pinion into rotation causes the rack to be driven linearly. Driving the rack linearly will cause the pinion to be driven into a rotation. A rack and pinion drive can use both straight and helical gears. Helical gears are preferred due to their quieter operation and higher load bearing capacity. The maximum force that can be transmitted in a rack and pinion mechanism is determined by the tooth pitch and the size of the pinion.
Music by :
Joakim Karud :- / joakimkarud
From a friend :- / from-a-friend
First 30 seconds was a fusion game changer for me. Subbed purely for that!
First time trying this, but after watching this I knew there had to be a better way. So generate the gear, then highlight and delete it. It will leave the teeth behind. Attach one of those teeth to the end of a rectangle, without joining it. Use Pattern along a path with the desired number of teeth and spacing. Quick, simple, easy.
This is not very precise
Very frustrated going through this video. 0 explanation of steps required me to go through the video multiple times, rewinding 4 seconds at a time. The fillet doesn't work when making the rack tooth while following these "steps" as best as possible
Great tutorial!
amazing
Good evening sir
I have semi circle like curved wire, through that object also want move that curved path like that I have to give joint how do that sir
Please help me sir
Use "As built joint" option and set the pivot point at centre
Manque de contact entre la crémaillère et le pignon peut mieux faire
dude if you actually spoke clearly and made this easy to follow this would be great. instead you just played that music and stayed silent the whole time. This helpful, but didn't need to be as annoying to follow as it was.
Unfortunately, this is not a proper rack tooth.
How can you make the rack move further with a small amount of movement?
Large gear driving a small gear
This is useless. You completely ignore math and paint a negative tooth that is a little bit smaller and don't even care about the teeth spacing.
This is wrong. Racks have straight teeth, not involute curves offset from the gear teeth
involute curves offer advantages such as smoother meshing, reduced noise, and improved efficiency compared to systems with straight-toothed racks. The only limitation of using involute curves in a rack and pinion system could be more complex to manufacture and may require more precision in design and production. Straight-toothed racks are often simpler to produce and are suitable for many applications.
@@ironsienna A rack that meshes with an involute gear has straight teeth. Like I said, you are wrong.
@@phil2082 As you just repeated your previous statement, like an axiom, without justifying the reason, I have now been convinced that your opinion is objective.
Funny. You are arguing about gears and racks and the next moment it is about bread and nutrition.
By the way, this gear and rack in the video is clearly wrong. The gear teeth should be rolling on the rack teeth and not sliding and a moment long they will be lying completely flat on each other. There will be a lot of wear if you make one like this.