Centrifugal puzzel box

thingiverse

This is my innovative design for a challenge box that uses centrifugal force to open the locks. Centrifugal boxes were previously created, but none featured locking mechanisms exclusively in the lid. This particular design incorporates an anti-pick mechanism that secures the locking slides, making them resistant to random movement or tilting. In contrast, earlier versions allowed my prototype to easily come apart when subjecting it to similar movements. To unlock the box simply spin it fast and then lift up the top. Conversely, if you're not already in the unlocking position just give the lid a quick turn. This action resets any locking components, after which replace the lid. After replacing the top, just shake the box in the direction indicated to have the locks lock firmly into place. To achieve the highest levels of security and success make sure all moving parts are properly aligned, clean and functioning before sealing. This means applying adequate pressure throughout the device when assembling. You'll need a few components for this DIY project: 6 UK one penny coins or similar, which can be replaced by 1 Cent pieces or metal washers with a diameter of about 20mm, as well as their two equivalent coin counterparts, quarter size and larger; you will also need one piece of an elastic band. You may need four 10mm M3 screws that range from 8 to 12 in length. Assembly instructions start here: Printing: You should create the following: The parts required for your lid are 2 slides, 2 lock components, 1 lid floor unit, and 1 handle. Then, there are several printables which need some manual assistance. You can opt to choose between base and floor assemblies depending on whether you are comfortable with making adjustments that involve a full corner assembly (base), or would prefer printing all sides together for support as required by using an adhesive compound in order make parts interlock correctly before final assembly into your new puzzle box device, please let me know. The alternative approach involves 3 distinct parts of equal size; the top portion contains all external connections along side an adjustable tension spring to give greater flexibility without adding mass at higher angles due pressure created through internal friction caused between each slide component and lid base. This should allow users more freedom when placing contents within box, preventing unwanted motion that can displace objects located inside during shaking operations. For those new or uncomfortable printing a full unit there is also option available; in order minimize structural distortion during corner connections you could simply print two units of the outer edges (base side) along with another item that contains lower internal layer supporting inner pieces together as separate sections until desired placement point reached. You will still be required to make use washers similar items however due space saved may reduce overall complexity within assembly steps following below descriptions completely laid out before you. This is it - hope everyone finds just about the same joy as i did, developing such fun & interactive designs which are certain bring smile into users faces!!