Adding Followers to Automata Box

The video tutorial guides viewers through the process of creating and assembling parts for an automated box with cams and follower rods. It covers creating follower rods, designing the shaft and collar, assembling the parts, and applying tangent mates. The tutorial concludes with final adjustments and testing the setup to ensure smooth operation.

What is the main purpose of the follower rods in the automated box?

• To support the box structure

• To provide rotational motion

• To create electrical connections

• To enable linear motion

Why is the circle for the follower rod set to 530 seconds?

• To fit snugly without movement

• To be larger for stability

• To be slightly smaller for tolerance

• To match the size of the hole

What tool is used to create a point on the follower rod?

• Revolve tool

• Fillet tool

• Extrude tool

• Chamfer tool

What is the purpose of the shaft collar in the assembly?

• To hold the shaft in place

• To add weight to the assembly

• To provide rotational motion

• To connect electrical components

What is the height of the center point rectangle used for the shoe?

• 1 inch

• 3/4 inch

• 1/2 inch

• 1/4 inch

What type of mate is used to allow the follower rods to move within the shaft collars?

• Slider mate

• Revolute mate

• Fasten mate

• Tangent mate

What is the purpose of setting limits on the slider mates?

• To prevent the rods from rotating

• To ensure the rods do not fall out

• To allow the rods to move freely

• To fix the rods in one position

What is the function of a tangent mate in this assembly?

• To fix parts in place

• To allow parts to rotate

• To allow the follower to ride on the cam

• To enable parts to slide

Why might the snail cam require additional adjustments?

• It has a unique shape

• It is larger than other cams

• It is made of a different material

• It is not used in the assembly

What is the expected motion outcome for the circular cam?

• Linear motion

• No motion

• Rotational motion

• Erratic motion