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Laser Clock with salad bowl

Jules Yap·
Wall Décor
·15 Comments·1 min read

Materials: 300.814.67 BLANDA BLANK

Description: Clock with
Arduino
Laser
Servo motors
Blanda Blank Bowl

The laser beam on the left shows the hours, right for minutes. In the manner of a sundial. Rays move according to time. Stickers with the numbers, hour & minute were added to wall.

See more of the salad bowl laser clock. (Translated to English)

~ Zouliv, France

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15 Responses

  1. This project uses a microcontroller board called Arduino as mentioned in the description above.

    The board is programmed to control the two servo motors. The lasers attached to the servo motor arms point in the direction as determined by the Arduino board logic.

    This isn’t simply a assemble it yourself project, requires a bit of electronics, maybe a little soldering and definitely a little programming. No significant wizardry though, nothing that’ll take more than a few days to learn with the help of the internets.

    The arduino can keep track of elapsed time with an accuracy of plus or minus a few seconds each day, but doesn’t have a way to tell what time of the day it is. The initial time will have to be set while it is still attached to a computer, and will have to be reset that way if it goes out of sync.

    I haven’t done this but am actively considering doing it, if someone wants help or wants to collaborate, drop me an email foragerr at gmail dot com

    Reply

  2. Aren’t the lasers in a fixed position, each just bouncing a beam off a ‘rotating arm’, each arm separately programmed to move? Anyway, that’s how I would go about it.

    Reply

    2. I guess the servo motors do the trick in this one, letting the lasers move on a programmed time and snap to 1 again. D.

      Reply

  4. It is definitely cool, but its a shame to have to look at that power cord, especially on something so futuristic. I would think there would be a way to power it with battery’s or maybe wirelessly? Any Electronic guys out there?

    TIA

    Reply

    1. If it were on a panel the cord could be threaded behind it to solve that problem easily.

      I’d just like to know how the lasers move to the time.

      Reply

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