Abraham bought this model kit in Japan 2 years ago in ドン・キホーテ thrift shop. It's been stored ever since but during Sep 7 and 8 a modelling contest was held in GDL,. This is the first model I try to assemble I think I spent over 20 hours, it is not so hard but I am just not skilled cutting, aligning, painting and gluing.
The kit is a Billy doll house kit you can also acquire it on amazon US it will ship to Mexico too or can get it on ebay.
The instructions are on Japanese but they have good visual aids and kit comes with everything you need: wood pieces, plastic, carton, tint, glue, etc, etc.
I was stuck figuring out how to do the bench because none of the listed pieces matched the illustration, thank you google translate! I had to use chopsticks, we order a lot of sushi so we had plenty of them.
Fortunately Abraham has amazing tools (he is INDEED a hobbyist) so cutting wood pieces with this weird cutter made my life easier.
Bought fairy lights on a local store and made the wire shorter so I could fit behind the ramen banner. I thought of adding some sound effects so I used circuit playground express.
And the lights!
I also had some cute fabric I bought in Japan and used for the placemats instead of the little pieces of paper.
The kit has cute items like the ramen bowls and spoons ^^ the chopsticks are left overs of other pieces of wood used to make the windows. Notice at this point all the stains in the banner, nabe and menu I wanted to give it an old-fashioned ramen shop look with grease hehe.
Back to CPX I used the following tutorials to play wav files and use touch pins.
- How to run circuitpython on CPX
- Installing MU Editor
- How to play wave files in CPX
- How to process your audio files with Audacity
This is the audio tests:
いらっしゃいませー!(Irasshaimase!) Is a greeting used at almost every retail establishment in Japan.
I used a piece of stripboard to place a transistor and control the banner lights with CPX, I wanted to have an independent circuit for the lamp, so I just connected to a different pin in CPX and added a 220 Ohm resistor. A rechargeable battery and the TP4056 charging module.
Not the greatest assembly, but also used screws and bolts to attach the CPX.
Added a piece of fabric to cover the capacitive touch (screws).
Here is a video
Got 3rd place of misc category during the September model building contest in GDL.
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