Abstract: A self-retracting lifeline system including a self-retracting lifeline including a retracting device and webbing extending from the retracting device, and a backpack energy absorber configured to attach to a harness at a back of a user wearing the harness, wherein the webbing includes a first end attached to the retracting device and a second end attached to the backpack energy absorber.

Abstract: A reusable breakaway accessory keeper includes a base structured to attach to webbing, a loop having a first end extending from the base, and an attachment mechanism structured to releasably attach a second end of the loop to the base, wherein the loop is structured to form a closed loop when the second end of the loop is attached to the base and to open the closed loop when the second end of the loop is released from the base.

Abstract: A handle for a safety harness includes a handle portion, a first leg portion extending from a first end of the handle portion, a second leg portion extending from the first end of the handle portion, a first attachment element attached to a portion of the handle portion distal from the first end of the handle portion, and a second attachment element attached to a portion of the first leg portion or the second leg portion distal from the first end of the handle portion, wherein the first attachment element is structured to selectively attach to the second attachment element.

Abstract: A self-retracting lifeline system including a self-retracting lifeline including a retracting device and webbing extending from the retracting device, and a backpack energy absorber configured to attach to a harness at a back of a user wearing the harness, wherein the webbing includes a first end attached to the retracting device and a second end attached to the backpack energy absorber.

Abstract: A harness spacer includes a base having a first outer slot, a second outer slot, and a central slot, wherein the first outer slot, the second outer slot, and the central slot form an H-shape, a first arched member extending from the base and creating a first opening, and a second arched member extending from the base and creating a second opening, wherein the base is composed of a pliable material.

Abstract: A cover for an energy absorber for use in a horizontal lifeline system includes four cover pieces structured to interlock together to form the cover. Each cover piece includes an interlocking section structured to slide into the interlocking section of another one of the cover pieces, a number of tabs, and a number of tab receivers. The number of tabs are structured to snap together with the tab receivers of another one of the cover pieces and the number of tab receivers are structured to snap together with the tabs of another one of the cover pieces.

Abstract: A load indicator includes a first connector, a second connector arranged such that pulling the first connector and the second connector in opposite directions applies tension across the load indicator, a fastener structured to attach the first connector to the second connector, a first spring structured to apply bias to the fastener to pull the first and second connectors together, and a moveable member disposed between the first and second connectors and around the fastener. When the tension across the load indicator is at or above a predetermined tension level, the first spring compresses allowing the moveable member to spin freely about the fastener. When the tension across the load indicator is below the predetermined tension level, the first spring pulls the first and second connectors together such that the moveable member cannot spin freely about the fastener.

Abstract: A cover for an energy absorber for use in a horizontal lifeline system includes four cover pieces structured to interlock together to form the cover. Each cover piece includes an interlocking section structured to slide into the interlocking section of another one of the cover pieces, a number of tabs, and a number of tab receivers. The number of tabs are structured to snap together with the tab receivers of another one of the cover pieces and the number of tab receivers are structured to snap together with the tabs of another one of the cover pieces.

Abstract: A load indicator includes a first connector, a second connector arranged such that pulling the first connector and the second connector in opposite directions applies tension across the load indicator, a fastener structured to attach the first connector to the second connector, a first spring structured to apply bias to the fastener to pull the first and second connectors together, and a moveable member disposed between the first and second connectors and around the fastener. When the tension across the load indicator is at or above a predetermined tension level, the first spring compresses allowing the moveable member to spin freely about the fastener. When the tension across the load indicator is below the predetermined tension level, the first spring pulls the first and second connectors together such that the moveable member cannot spin freely about the fastener.

Abstract: A stepladder system having an object having a lug slot. The system has a stepladder. The stepladder has a ladder top having a plane having a periphery and a lug extending from the periphery which engages with the lug slot in an object so the object is held securely to the ladder top. A method of holding securely an object to a stepladder.

Abstract: A stepladder system having an object having a lug slot. The system has a stepladder. The stepladder has a ladder top having a plane having a periphery and a lug extending from the periphery which engages with the lug slot in an object so the object is held securely to the ladder top. A method of holding securely an object to a stepladder.