Genius Trash Can Mechanism Every Engineer Must See!

Añadido: 2026-05-26

[00:00:05][music] [music] >> A trash can emptying mechanism.

[00:00:31]Well, first [music] of all, when we design this institution, we should raise it up first.

[00:00:37]After the promotion, do a flip to drop the garbage.

[00:00:40]Okay, so let's take a look. When you pull it up, it's this pole that pulls it up.

[00:00:46]Then, on both sides, the red is a sense of [music] stability running in the slot.

[00:00:52]Then there is also a red one in front of this one, and this bearing is also moving up and down, so you can pull it up.

[00:00:59]In terms of power, just pull the two hydraulic cylinders forward.

[00:01:03]Ah, then when pulling, everyone looks at pulling down. Hey, if you pull it directly, it can flip 90° by itself.

[00:01:11]There is no way to empty this garbage.

[00:01:13]Okay, so what do we do [music] now?

[00:01:16]Everybody take a look.

[00:01:18]Here, when we were designing, we welded a board to it. It means that when our rod is pulled, pushed, pushed, and pushed [music] to this position, it cannot be pushed. It can't be pushed.

[00:01:29]Let's make the tangent [music] cooperation for him.

[00:01:32]Okay, so relatively speaking, we can't pull it. Bring the pulling position.

[00:01:37]Then how can we make it flip down after we can't pull it? Okay, so at this time, let's take a look at his position. This position, or this rod. When we are doing it, we will add a bearing into it. Add a bearing. And this axis can rotate, or this position can rotate.

[00:01:53]>> [music] >> Okay, but what about spinning? We just need Ah, it's an honor to ask this equipment [music] question.

[00:02:02]Okay, so pull it up.

[00:02:04]Well, we just [music] have to flip this board.

[00:02:09]Right. Okay, so when we pull this board, let this board flip over.

[00:02:16]Pour it [music] down. In this way, you can go and put this garbage down on it.

[00:02:21]Pour it down.

[00:02:22]Okay, that's it. Okay, so relatively speaking, >> [music] >> what about when our sense of stability is connected to this board?

[00:02:30]It is also a flexible.

[00:02:32]It is a fit with a bearing or a clearance inside.

[00:02:36]Can you give me this board?

[00:02:39]It's a pole [music] in this position. Up and down a pole. It's flexible. It can rotate. Right.

[00:02:46]Okay, so this can achieve a [music] flip.

[00:02:49]Flip it over. This is one of our trash cans, a dumping mechanism. [music] What if you want to learn more or need these model data systems courses?