Abstract: A pair of chopsticks that may be reversibly attached in a cooperating manner for providing a forceps- or tweezers-like spring action for grasping objects, such as food, or for being used in the conventional manner for using chopsticks, is described. Identical angled channels located in the vicinity of the non-grasping end of each chopstick and having a depth of about one-half the width of the chopstick, permit the opposing channels to be fitted together to join the chopsticks. A retaining member may be wrapped around the channel joint to stabilize the joint and hold the chopsticks together. In another embodiment, two shallow angled side indentations are cut into the width of each chopstick at diagonally opposing sides of the primary angled channel formed therein, creating compression surfaces which oppose rotation and opening of the channel joint.

Abstract: A pair of chopsticks that may be reversibly attached in a cooperating manner for providing a forceps- or tweezers-like spring action for grasping objects, such as food, or for being used in the conventional manner for using chopsticks, is described. Identical angled channels located in the vicinity of the non-grasping end of each chopstick and having a depth of about one-half the width of the chopstick, permit the opposing channels to be fitted together to join the chopsticks. A retaining member may be wrapped around the channel joint to stabilize the joint and hold the chopsticks together. In another embodiment, two shallow angled side indentations are cut into the width of each chopstick at diagonally opposing sides of the primary angled channel formed therein, creating compression surfaces which oppose rotation and opening of the channel joint.