12 Towel Rack

1 - Begin working on the left side of the width of the towel. Bend the wires a half my thread in the edge of the towel using a crochet hook (each strand is composed of two wires). 3 - Take one strand of each side and make a new flat knot using all the strands of the first node flat as central strands of this new node. 4 - Pursue a strand of each side and making knots flat (3 more in total), leaving in the middle strand of the knot above, until the completion of the 12 strands. This is called "knot shrimp." 6 - Remove and reserve the first strand of a knot shrimp and the last strand of the other. With the remaining strands to make a return of tie knots and knots link both shrimp. 8 - Continue booking strands from the sides and tie knots doing laps so that is diminishing the number of strands and the formation of the heart. 10 - Take the next four strands of each heart and the four strands that were in the middle and make a knot on each side tie (which are at the same height!). 12 - to separate the strands to make a new row of knots to tie the design is integrated. Cut the fringe to 11 cm. Repeating work across the width of the towel. crafts, hearts, hearts of macrame, macrame course, course free macrame, macrame courses, free courses macrame, macrame start knitting, initiation macrame, macrame, macrame techniques, manual macrame, knitting, macrame, macrame tissue, towel.
For a robot, folding towels is an incredibly difficult task, that until now no Robotino had managed to complete. That is, until scientists and engineers from the University of California at Berkeley came up with the solution for a robot to solve problems of "deformable objects", ie things that have an unpredictable way (such as towels messy). The algorithm developed by graduate student Jeremy Matins-Shepard and Professor Pieter Abbeel allows the robot to use high-resolution cameras to recognize the shape of the towel; find the tips and start the folding process - a task that takes 20 and 25 minutes to complete. One advantage is that the towels are usually square or rectangular, so you can apply the same method of folding at a time, after recognizing where are the ends of the towel. Will the future of robots bent-clothes? At least it's a big step for the robotic world, which can now deal with complex and unexpected things, instead of requiring that things are always the same exact way to work. In the video (below) you can see the 4 towels doubling robot (the camera is 50x accelerated), but the team underwent this "Robotino" a test to turn 50 towels stacked and very wrinkled, the machine was able to resolve without problems . The team's official paper is available on the site of the U. Berkeley. Journalist of the Catholic University of Chile, he worked two years in Diario Financiero and then decided to go to FayerWayer to fight trolls. It also publishes Wayerless. She goes to work by bike and when you have time, playing World of Warcraft. Twitter is @ conysturm. mmmmmm not occupy the fact that something so abanzado and complex as approaches to movement of a robot is clouded by the fact that they did to fold a towel is as a freak. In reality, the pads do not fold, unfold when to wear them, and I like to have a robot do that for me>.