Mat Janson Blanchet's academic works in progress


Spooling machine soon completed

Posted on January 13, 2018

IMCA 470

Almost built spooling machine

During the holidays between the fall semester and the winter semester I have been working on the electronic components of the spooling machine. Things seem complete at this point, next week I will be moving from the breadboard to the perfboard.

Lasercutting new back panel

The back panel I originally lasercut didn’t have a hole big enough for the power supply outlet. I tried drilling to make it bigger, but I chipped the plywood. I had to lasercut a new back panel with the proper hole dimensions. Now that I have this new piece, I can finish the machine’s body.

I found a box in the TML which had small black metal corner pieces. I was thinking that if I were to glue the box shut, I would not be able to fix the machine if I had to. Instead, I’ll be using screws and the corner pieces to close the body which will allow to open and close the body as needed.

The last part for me to build will be the dowel that will allow to align the spooling wire with the pick-up.

Planning the construction of the Kinetic Cabinet

Posted on January 13, 2018

IMCA 400

Clean sketch of kinetic cabinet

This semester, I will be spending all my time constructing the full Kinetic Cabinet.

Metal structure plan

The first part is to prepare a 1:1 plan for the metal structure that will hold the motors, the gears and the strings. This is the plan seen above. At first I wanted to have all the strings equidistant to each other, but then I thought that adding some randomness in the design would help make it look a bit less perfect.

Cabinet wooden body sketch

Once I will have the actual body built, I will be able to mock up a cabinet wooden body. I’ll have to figure out how to attach the metal structure to the wooden body. So far, having two wooden strips at the back of the wooden box seems to be the ideal solution, as the metal structure could be screwed onto those strips

Lasercutting new gears

Lasercutting new gears

While building the prototype last semester, I discovered that the gears I was using did not have a high enough ratio to ensure the motor could break strings. I redesigned the gears: I made them smaller, so I could have a higher ratio and not have them too physically big. The biggest gear is now some 16cm wide.

This time, I ensured to take an appointment early at the Concordia FabLab to have access to the lasercutter and cut those new gears. What is awesome is that at the end of last semester, a lot of students left many plywood pieces that they weren’t using, so I got a lot of materials for free.

Next steps

I contacted Chrome et Zinc to get a quote for chroming the metal structure, so I am waiting on their answer. Once I know what they expect, I can start building the metal body.