Abstract: A creeper for scooting around on top of decking for decking installation, maintenance, and/or repair activities may minimize injury to a human user's knees and/or back. Movement-means of the creeper, such as, but not limited to, casters may be attached at or near a bottom of a base of the creeper to facilitate such scooting around. A seat may be attached to a top of the base of the creeper, wherein the seat may be sat upon by the human user during use of the creeper. Also attached to the base of the creeper may be a drill-guide. The drill-guide may facilitate controlled and repeatable predrilling of pilot holes, at predetermined angles (e.g., perpendicular) into decking planks and/or into joists. The creeper may also facilitate attachment of decking members, with the pilot holes, to joists.

Abstract: Ergonomic protective cone collars for pets, their use, and positioning are disclosed. Such cone-collars may be made of two main sections, a cone-like-structure and an integral-collar that may be attached to a base of the cone-like-structure. The integral-collar may be collar like, intended to be worn and fastened around a neck of the animal. The cone-like-structure may be made from a plurality of radially-oriented-tapered-pockets, that due to their fill and/or material of construction may be semi-rigid, imparting a degree of inherent stiffness, flexibility, and/or elasticity. The plurality of radially-oriented-tapered-pockets may be of different lengths such that the cone-like-structure has an overall scalloped shape which may provide for several benefits, such as proper coverage proximate to the animal's mouth region and less visually obscuring material at the sides of the animal's head. A cone-collar may be positioned properly on the animal via removable attachment to a harness worn by the animal.

Abstract: Ergonomic protective cone collars for pets, their use, and positioning are disclosed. Such cone-collars may be made of two main sections, a cone-like-structure and an integral-collar that may be attached to a base of the cone-like-structure. The integral-collar may be collar like, intended to be worn and fastened around a neck of the animal. The cone-like-structure may be made from a plurality of radially-oriented-tapered-pockets, that due to their fill and/or material of construction may be semi-rigid, imparting a degree of inherent stiffness, flexibility, and/or elasticity. The plurality of radially-oriented-tapered-pockets may be of different lengths such that the cone-like-structure has an overall scalloped shape which may provide for several benefits, such as proper coverage proximate to the animal's mouth region and less visually obscuring material at the sides of the animal's head. A cone-collar may be positioned properly on the animal via removable attachment to a harness worn by the animal.

Abstract: A device for affixing a decking member to a joist includes a jig body positionable atop a pair of spaced-apart decking members positioned atop a joist. The jig body has an angled bore having a bottom end extending through a bottom face of the jig body, the bottom end of the angled bore in communication with the space between the decking members. The angled bore defines a centerline extending through the space to a position on the side of the first structural member. The angled bore is for receiving a fastener drivable therethrough into the first structural member's side face, through the first structural member's bottom face, and into the second structural member's top face.

Abstract: A device for affixing a decking member to a joist includes a jig body positionable atop a pair of spaced-apart decking members positioned atop a joist. The jig body has an angled bore having a bottom end extending through a bottom face of the jig body, the bottom end of the angled bore in communication with the space between the decking members. The angled bore defines a centerline extending through the space to a position on the side of the first structural member. The angled bore is for receiving a fastener drivable therethrough into the first structural member's side face, through the first structural member's bottom face, and into the second structural member's top face.

Abstract: A device for affixing a decking member to a joist includes a jig body positionable atop a pair of spaced-apart decking members positioned atop a joist. The jig body has an angled bore having a bottom end extending through a bottom face of the jig body, the bottom end of the angled bore in communication with the space between the decking members. The angled bore defines a centerline extending through the space to a position on the side of the first structural member. The angled bore is for receiving a fastener drivable therethrough into the first structural member's side face, through the first structural member's bottom face, and into the second structural member's top face.

Abstract: A device for urging a flexible member against an inner surface of a bone tunnel includes a deformable ring that has a bore extending from a first side to a second side and a proximal cutout at a proximal end that extends from an outer surface into the bore. The ring is dimensioned to slide within a bone tunnel and is adapted to permit a positioning of a pair of end segments of a flexible member between two opposed generally flat sections of the ring and an inner wall of the bone tunnel. In position the flat sections are generally parallel to a tunnel longitudinal axis. The ring is expandable from a collapsed state wherein the first and the second sections are a first distance apart to an expanded state wherein the first and the second sections are a second distance apart greater than the first distance. The device further includes a screw that is insertable through the proximal cutout into the ring bore for expanding the flat sections outward.