How can Rhino help create a dynamic parade float?

  • Thread starter HopeFromTexas
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In summary: Software like Rhino and Bongo can be used to create a model of the desired structure. After the model is created, animating it can be done with the appropriate software.
  • #1
HopeFromTexas
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We are using a childs wagon as the base for a parade float. The float will be decorated to look like a canoe. We want to attach "waves" to the wheels so that they move up and down as the wheels roll down the road. Similar to this: http://www.skiptomylou.org/2011/07/05/fourth-of-july-float-2011/

What kind of joint would we use?

Thanks in advance for any help.
 
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  • #2
The example case just has the waves mounted on a frame that is attached to the perimeter of some wheels.
To make the waves move up and down more, use a bigger wheel(s).
Note that the wagon wheels can be quite independent of the 'wave wheels'
 
  • #3
This might help
 

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  • #4
Dnomyar's idea is probably the easiest and most effective for that effect. As it is in the drawing, the point where the wave board is attached to each wheel may cause the board to break, as the distance between each point changes as the wheels rotate (as pictured (top)). If both points were on the same position on the wheel (parallel to the ground), this set up would work. If you added cutout guides that the points could slide to allow the points to move on one dimension, while still giving the desired sine wave vertical motion, that might work (as pictured (see the grey guides)). You could cut out another wave board to 'cover' the attachments and guides.
 

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  • #5
Try this one - its better :-)
 

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  • #6
Dnomyar hit it right on the nail. :biggrin: (I don't want to hijack this thread, but as a side note, what software did you use to model that Dnomyar?)
 
  • #7
I find Rhino a great way to "knock up" structure like this. At the end, you can get precise angles and dimensions if you want to build from it.

I can even animate things with the Bongo addon

or
 
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FAQ: How can Rhino help create a dynamic parade float?

What kind of joint is needed?

The type of joint needed depends on the specific application and the materials being joined. There are several factors to consider when determining the appropriate joint, including the desired strength and flexibility of the joint, the materials being joined, and the environment the joint will be exposed to.

What is the strongest type of joint?

The strength of a joint depends on the type of joint and the materials used. Some of the strongest types of joints include welded joints, riveted joints, and adhesive bonds. However, the strength of a joint is also influenced by the quality of the materials and the precision of the joint design and manufacturing process.

What is the most flexible type of joint?

The flexibility of a joint is determined by its ability to move or bend without breaking. Some of the most flexible types of joints include ball-and-socket joints, hinge joints, and pivot joints. However, the flexibility of a joint is also dependent on the materials used and the design of the joint.

How do I determine the correct joint for my project?

To determine the correct joint for your project, you should consider the materials being joined, the desired strength and flexibility of the joint, and the environment the joint will be exposed to. It may also be helpful to consult with an expert in the field of joint design and engineering.

What are the advantages and disadvantages of different types of joints?

The advantages and disadvantages of different types of joints vary depending on the specific application and materials being joined. For example, welded joints are strong but may be difficult to disassemble, while mechanical joints may be easier to assemble and disassemble but may not be as strong. It is important to carefully consider these factors when selecting the appropriate joint for your project.

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