Abstract: An earth-boring drill bit with brazed-in rolling elements for depth-of-cut control. The earth-boring drill bit includes a bit body, a blade having an exterior surface and defining at least one pocket, and a DOCC element positioned within the blade. The DOCC element includes a walled retainer positioned within the pocket. The walled retainer includes retainer side walls and an endcap attached to the retainer side walls at an end of the walled retainer. The DOCC element further includes a rolling element positioned within and partially enclosed by walled retainer, with a portion thereof extending above the exterior surface of the blade. The disclosure further includes the DOCC element and a method of installing it in the pocket defined by the blade.

Abstract: The present disclosure relates to earth-boring drill bit with brazed-in rolling elements for depth-of-cut control. The earth-boring drill bit includes a bit body, a blade having an exterior surface and defining at least one pocket, and a DOCC element positioned within the blade. The DOCC element includes a walled retainer positioned within the pocket. The walled retainer includes retainer side walls and an endcap attached to the retainer side walls at an end of the walled retainer. The DOCC element further includes a rolling element positioned within and partially enclosed by walled retainer, with a portion thereof extending above the exterior surface of the blade. The disclosure further includes the DOCC element and a method of installing it in the pocket defined by the blade.

Abstract: An apparatus for securing a personal electronic or hand held device (PED), includes a housing for a “pull-tight” lock mechanism attached to an elongated, flexible cable looped through a plurality of corner pieces, and a lock for releasable attachment proximate the distal end of the cable for looping the cable around a secure stationary work object and back through a cable accepting means on said “pull-tight” lock housing. A releasable locking mechanism is disposed within said housing to allow movement of said cable in the first direction, but not in the direction opposite from the first direction when the cable is slidably engaged or “cinched” tight through the corner pieces and secured around the PED by the user.

Abstract: An apparatus for securing a personal electronic or hand held device (PED), includes a housing for a “pull-tight” lock mechanism attached to an elongated, flexible cable looped through a plurality of corner pieces, and a lock for releasable attachment proximate the distal end of the cable for looping the cable around a secure stationary work object and back through a cable accepting means on said “pull-tight” lock housing. A releasable locking mechanism is disposed within said housing to allow movement of said cable in the first direction, but not in the direction opposite from the first direction when the cable is slidably engaged or “cinched” tight through the corner pieces and secured around the PED by the user.