Music from: https://www.bensound.com
Need something to keep your precious things safe? Have a diary you want to keep away from your siblings? Make the TokySafe to keep your belongings locked up somewhere safe.
The TokySafe is an easy project that requires only a few steps and materials. The servo motor acts as a locking mechanism. Once the servo motor is turned with a potentiometer, it keeps the box locked. To unlock the safe, press your combination, turn the potentiometer the other way, slide and pull the drawer out. Now you can keep your precious things safe!
What’s great about the TokySafe is you can code your own lock combination and change it to keep it a secret from thieves. Detach the Tokymaker to use for another project if you want. The TokySafe will be locked until called for. Below is an example lock combination.
The lock combination is:
- Press Button A
- Touch Touch Pad 2
- Touch Touch Pad 3
Pressing the lock combination will allow you to turn the potentiometer to lock or unlock your safe.
To lock/reset the Tokysafe, touch Touch Pad 1.
Materials & Tools
Learn to code your own prototypes using the simple visual coding interface and just one finger and program it without installing software or connecting cables. Understand the principles of operating system electronics connecting in the most intuitive way, a large variety of sensors and actuators.
Heavy-duty paper with multiple layers to create durability, but also maintaining foldability. Cardboard usually made of a corrugated fiberboard sandwiched between two flat layers of paper.
Rotating potentiometers provide a range of electrical charge. Rotating the potentiometer will allow an adjustable range of control. Examples can be volume or position controls.
An adhesive substance used to stick things together.
A servomotor (also called servo) is a device similar to a DC motor that has the ability to be located in any position within its range of operation, and remain stable in that position.
Also known as a retractable blade knife is a great tool to cut cardboard or paperboard.
Step 1: Print and cut the TokySafe templates onto cardboard.
Step 2: Mark and lightly cut the magenta areas with a box cutter.
Step 3: Assemble the Base.
Use glue or tape to attach the sides together.
Step 4: Place and attach the servo motor into the slot.
To attach the servo motor, please use tape or glue.
Step 5: Assemble the Drawer.
Use glue or tape to attach the drawer together.
Step 6: Attach the Toky Holder to the Top.
Fold the tabs underneath the Top to hold the Toky Holder in place.
Step 7: Attach the Top to the Base.
Use glue or tape to attach the Top to the Base.
Step 8: Place and attach the Handle to the Drawer.
Insert the handle into the slots and glue the tabs to the back of the drawer.
Step 9: Place the Drawer into the Base.
Now let’s connect to the Tokymaker and code our own lock combination!
Go To Shop
Purchase different sensors and accessories in the shop to help make your project a success!
Joined the TokyLabs team summer of 2018 for a summer internship. Student at Stevens Institute of Technology studying electrical engineering.
Hobbies: Card tricks, History, and Reading
Joined the TokyLabs team summer of 2018 for a summer internship. Student at Rochester Institute of Tehcnology studying mechanical engineering.
Hobbies: Puzzles, Arts&Crafts