Abstract: The present invention relates to a strap component and strap component system. The strap component has a first strap component piece and a second component piece. Each strap component piece has one or more teeth, each teeth having a base with a base width, a tip with a tip width, two side surfaces extending from the tip to the base, and a hole extending through both side surfaces. The first strap component piece and second strap component piece may be arranged whereby the one or more teeth of the first strap component piece and the one or more teeth of the second strap component piece are vertically staggered. In this arrangement, the holes of all of the teeth may be aligned whereby a connecting member may be configured through the holes to connect the first strap component piece and the second strap component piece.

Abstract: A quick-release connection device includes a main load-bearing structural rod, a safety pin, a cam handle, a spring piece and a clamping piece. A free end of the structural rod is provided with a pin hole for insertion of the pin. The cam handle is connected to an end opposite to the free end. One end of the spring piece is connected to the cam handle, and the other end is provided with an insertion hole such that it can be sleeved on the free end, and limited by the pin to form locking connection with the structural rod. One end of the clamping piece is connected to the cam handle or spring piece, and the other end is provided with an opening such that it can be sleeved on the free end, and can be limited by the spring piece to form locking connection with the structural rod.

Abstract: A shackle clamp assembly has one end configured as a cap for insertion on the end of a shackle bolt attached to a U-shaped shackle and second end configured as a loop for attachment around the U-shaped shackle. The cap has an aperture that aligns with a through-bore in the end of the shackle bolt. A pin is inserted through the aperture of the cap and the through-bore of the shackle bolt to retain the cap on the end of the shackle bolt. The cap abuts the nut threaded on the end of the shackle bolt to ensure that the nut does not become disconnected from the shackle bolt.

Abstract: A fastener for fastening parts together. The fastener has a shaft, a head and movable members that spring outwardly from the shaft to firmly capture the parts between the members and the head upon insertion of the fastener into aligned holes in the parts. No threading step is necessary. The movable members may be retractable into the shaft to facilitate insertion into holes corresponding in size to the shaft. The members may have a contact surface sloping away from the head and forming a tapered space between the members and the head so that the outward spring bias tends to reduce the space and maintain tightness of the joint. The fastener may be operatively deployed by a single insertion step.

Abstract: A plural function tow hook is described for engaging airplane nose gears having nose gears of different styles. Consequently, a single tow hook can be used in multiple applications for aircraft towing purposes. The tow hook receives and engages a pin of a nose gear for use in towing the aircraft in one application. The tow hook receives first and second loops of a tow strap passing around a strut of an airplane nose gear in another application.

Abstract: A shackle pin split nut assembly for a shackle having a pair of aligned openings for receipt of a shackle bolt. The assembly includes a two-piece clamp having a first ring segment and a second ring segment wherein the ring segments rotate about a pivot pin between a closed and locked position and an open position. A first button is received in a recess in the first ring segment with a spring urging the first button outward. A first tab projects from the first button which travels in a slot in the second ring segment. A second button is received in a recess in the second ring segment with a spring urging the second button outward. A second tab projects from the second button which travels in a slot in the first ring segment wherein the springs urge the first tab and the second tab toward the closed and locked position.

Abstract: A tool lifting device has: arms connected to pivot relative to one another; and a load bearing pin secured to a first arm of the arms, the arms having a closed position where the load bearing pin is supported by, and spans a tool receiving gap defined between, the arms. A tool lifting device has: arms connected to pivot relative to one another; a load bearing pin supported by one or more of the arms, the arms having a closed position where the load bearing pin extends across a tool receiving gap defined between the arms; and a pivot lock for restricting the arms from pivoting relative to one another in the closed position.

Abstract: A brake pad retainer is provided for a disc brake for a commercial vehicle. A pad retaining bracket is supported by pad retaining springs on both sides of a brake disc on a brake pad arranged in a brake caliper. The pad retaining bracket tensions a mounting opening of the brake caliper in the direction of the axis of the brake disc and is maintained at least on one side by a bolt-shaped securing element in a securing eye of the brake caliper. The brake pad retainer is designed such that the securing element is formed from an eccentric bolt having a shaft and at least one eccentric section which is positioned so that it is axially offset with respect the shaft.

Abstract: A shackle with captured pin assembly. The shackle includes a pair of opposed legs. A first ear for one of the opposed legs includes an opening therethrough to receive a shackle pin. A recess in the opening receives a spring clip surrounding a shaft of the shackle pin. A second ear for another of the opposed legs is opposed to the first ear. The second ear has an opening therethrough to receive the shackle pin and has an opening with a threaded portion. The shackle pin has a head, a threaded portion engageable with the threaded portion of the second ear opening, and a reduced diameter portion. The rotating retaining clip rotates about an axis parallel to the shackle pin between a locked and an unlocked position.

Abstract: The methods, systems, and the safety shackle apparatus of this invention provide safety, convenience, and reliability needed for shackle applications providing flexible use (fits multiple size shackles and multiple brands of shackles), stores in shackle pin when not in use, saves time vs traditional moussing techniques, difficult to be installed incorrectly, no tools required, no loose parts or pieces, prevents injury from pokes of sharp wire when moussing, prevents sling damage and chaffing from moussing wire ends, no single use consumables like rope, wire or zip ties (reusable), turns anchor and screw pin shackles into safety shackles, using the device doesn't change rigging practices or techniques, works with old or new shackles, works with bow shackle, anchor shackle, chain shackle, twist shackle, head board shackle, C-D-U shaped shackles, can be used in zero visibility, saves attachment and detachment time over a traditional method, system, or apparatus.

Abstract: A pivoting hose support system for use with an agricultural implement is provided that includes a guide through which a hose(s) extends and that is arranged to pivot at an articulation point defined at connections between components that are movable through relatively large ranges of motion with respect to each other. The guide and the movable component may pivot about a common rotational axis and may be arranged upon different portions of a common pivot pin to which the guide may be axially fixed.

Abstract: A mechanical joint is provided comprising a bracket having a first elongated opening formed therein. An alignment guide comprising a second elongated opening formed therein is configured to rotatably attach to the bracket and is moveable between a first, floating position, and a second, non-floating position. In the first position the first elongated opening of the bracket and the second elongated opening of the alignment guide are axially aligned with one another and define a single elongated opening. In the second position the first elongated opening of the bracket and the second elongated opening of the alignment guide are partially aligned with one another and define a generally circular opening. The alignment guide is configured to slideably attach to a moveable end of a linear actuator.

Abstract: A removable pin for securing two or more structures together, the pin including an insertion aperture for aiding in assembling the pin into at least one of said two or more structures. The insertion aperture is formed to receive and allow the passage of mechanical components that are necessary for proper functioning of the pin or overall mechanical device associated with the pin. A tool sized for insertion into the insertion aperture may be utilized to insert the mechanical components through the insertion aperture. The tool may also be utilized to manipulate the pin such that further assembly is possible.

Abstract: A spring-style railway hose support has a retraction-biased extension unit of a longitudinally compressible spring and a pair of oppositely directed internal wireforms within the longitudinally compressible spring. The internal wireforms engage respective ends of the longitudinally compressible spring, and a closed end of each is configured to allow it to project beyond a respective end of the longitudinally compressible spring. The retraction-biased extension unit is adapted to be directly or indirectly connected to a railway brake hose and to a railway car component that is positioned above the hose on a railway car.

Abstract: A load pin and clevis joint for joining two or more mechanical components together. The load pin includes a retention feature that requires two separate motions to unlock the pin. In a locked state, the load pin is secured across both halves of a clevis joint so that it completely spans an open span between the two clevis halves. In the preferred embodiment, the two motions required to unlock the load pin are (1) moving the load pin linearly; and (2) rotating the load pin.