Customizable furniture feet upgrade for cleaning robot

thingiverse

Your cleaning robot is too tall to get under your cupboards ? This thing may be the solution. The customizable design can be placed under your cupboard feet to elevate a little bit the cupboard. Enter the dimensions of your current feet and it will design a compatible piece. Votre robot de ménage ne passe pas sous les meubles ? Cet object pourrait vous interesser. Complètement paramétrable, ce sous-pied se place en dessous des pieds du meuble et permet de le sur-élever de quelques centimètres. Saisissez les dimensions de votre pied de meuble et le sous-pied s'ajustera automatiquement. New version: Support square feet Build is done using a module EDITABLE PARAMETERS: precision // higher is more precise upper // Elevation of foot from the socle feet_diameter // diameter of the feet at the higher penetration point feet_ground_diameter // diameter of the feet on the ground (if the feet is a cylinder, it should be equal to "feet_diameter". Either case, it should be equal or less than value of feet_diameter square_feet // true or false, the whole will be a square otherwise it is a cylinder. Increment feet_thickness if you set it at true. feet_thickness // the thickness of support around the existing feet screw_size //0 = disable (in case you'll need to add a screw to maintain the foot, not tested) type // "cone" or "socle". Cone is more stable but it is also possible to build a socle height_ratio // higher is more stable. This ration indicate the part of the foot which enter in the support depending on its elevation. For example a heigh_ration of 1 means that the part of the current feet entering in the support is equal to the elevation (minus the socle size) socle // size of the socle below the support join_size // in case you wanna discard the ratio and input your own size. Print Settings Printer: Ares Infill: 100% Notes: Infill depend on the charge that you're gonna put on supports. For safety, I recommend an infill of 100%. Le remplissage de la pièce dépend du poid qui sera appliqué sur le support. Par mesure de précaution, je recommande de mettre cette valeur à 100%. Post-Printing First try for my Neato Robot :)