Animated version :)

DO NOT DISRESPECT MY GREEN BEAN CASSEROLE

Lol. It’s so greedy of them!

Jokes aside. It’s an interesting distinction to make. Even though the source code is freely available, it doesn’t mean developers have free reign to do anything they want like they could with open source software. Apart from special circumstances, everything made with the source code will still be mods.

A few takeaways from the move:

• Any modifications must be released as mods
• Players downloading the mods must own the base game
• The mods must be free and no aspect of the mod can be monetized.
• The mods can now access TF2 steam inventory for cosmetics and weapons (but cannot modify the inventory)

My favorite version: https://www.youtube.com/watch?v=TeuuKtfw8dE

Look up a Pitney Flowmaster if you’re curious for more.

Collates the inserts into stacks, aligns and opens the envelopes, pushes the insert stack into the envelope, folds and seals the flap, flips the envelope, applies a stamp, prints addresses or data, reads the barcode, ejects any flagged envelopes, and finally stacks them all in a neat row.

I figured it would be a tough one.

These are mail insertion machines I worked on for several months as a mechanic. It’s a little blurry since that were moving, but here it is in action:

Interesting guess, but no.

Related to envelopes, but not for folding.

Spot on.

Lol, that’s a no. It’s for an industrial machine.

More of a “put all of this stuff together in one package” sorta machine. The wear piece does push something while riding in the tracks. Technically the tracks do have various depths, but that’s not too important to the general function of the assembly.

There is no cam type function in the machine. The assembly is solidly attached to the bar that moves.

The bar is aluminum and the square ish piece on the left is low friction plastic.

Closest guess so far! The track is correct. Not for manufacturing per-say, but definitely a complex machine.

Lol. It’s not car related. This is for a larger stationary machine.

Not quite. The assembly moves around for other reasons.

Other comment guessed the same thing. The bar controls where the assembly goes instead.

Pushing is correct :)

That’s actually getting pretty close. The main difference is that the roles are reversed: The attachment point controls where the assembly goes.

I’m afraid not. The only attachment point is the round hole on the right.

Hammer is the correct term, but that’s not what they are. They come from a machine.