Abstract: A bracelet attaching aid is provided. The bracelet attaching aid includes a main base member, a biasing portion, and a manipulation portion. The main base member includes a first elongated portion terminating in a first holding end portion and a second elongated portion terminating in a second holding end portion. The first holding end portion and the second holding end portion are configured and arranged to selectively hold a connection portion of a bracelet there between. The biasing portion is coupled to bias the second holding end portion of the second elongated portion away from the first holding end portion of the first elongated member. The manipulation portion is coupled to the second elongated portion. The manipulation portion is positioned to be engaged by at least one finger of a user to counter a biasing force of the biasing portion. The manipulation member is positioned to be selectively engaged by at least one finger of a user to counter the bias of the biasing portion.

Abstract: A bracelet attaching aid is provided. The bracelet attaching aid includes a main base member, a biasing portion, and a manipulation portion. The main base member includes a first elongated portion terminating in a first holding end portion and a second elongated portion terminating in a second holding end portion. The first holding end portion and the second holding end portion are configured and arranged to selectively hold a connection portion of a bracelet there between. The biasing portion is coupled to bias the second holding end portion of the second elongated portion away from the first holding end portion of the first elongated member. The manipulation portion is coupled to the second elongated portion. The manipulation portion is positioned to be engaged by at least one finger of a user to counter a biasing force of the biasing portion. The manipulation member is positioned to be selectively engaged by at least one finger of a user to counter the bias of the biasing portion.

Abstract: A mechanism for tensioning the chain of a chain saw. The apparatus includes a cutting bar around which the chain extends. The cutting bar has a base portion mounted to an operating housing of the chain saw, and a distal portion carried by the base portion at an end thereof remote from the housing. The distal portion of the cutting bar is disposed for sliding extension relative to the base portion of the cutting bar. The distal portion of the cutting bar mounts a sprocket, around which the chain passes, at an outer end thereof. The sprocket is disposed for rotation about an axis. Structure is included to effect extension of the distal portion of the cutting bar relative to the base portion thereof. Tensioning of the chain saw is, thereby, accomplished.