An anchor assembly includes an anchor body for insertion into a wall. A toggle member has an aperture therethrough and is slidable and pivotable relative to the anchor body. The toggle member is configured to have a first position slid forward aligned longitudinally with the anchor body, a second position slid forward and pivoted relative to the anchor body when the fastener engages the toggle member pivoting it relative to the anchor body, and a third position slid rearward and pivoted relative to the anchor body when the fastener enters the toggle member aperture and drives the toggle member rearward to engage the toggle member with the anchor body.

A connection pin comprises an elongated neck and a base at an end of the neck. The base may include a first portion, a second portion between the first portion and the neck, and a lip between the first portion and the second portion. A distance between the lip and the neck may be less than a radius of the neck. The connection pin may further comprises at least one spring-loaded element along the neck for maintaining the connection pin in a temporary fixed position relative to another element in which the neck is constructed for insertion and an actuator that retracts the at least one spring-loaded element when in a pressed position. An end of the actuator does not exceed a surface of the base when the actuator is in an unpressed position. An opening in the base may be threaded.

A clip assembly includes a bracket defining a hole. A vehicle includes a component and the clip assembly attached to the component. The bracket includes an inner surface, a first side and a second side opposing the first side. The hole is defined through the first and second sides. The clip assembly includes a post disposed through the hole and an attachment feature formed to the post. The clip assembly includes a first stop and a second stop each formed to the post. The first stop is disposed between the first side of the bracket and the attachment feature. The second stop is spaced from the first stop, and the bracket is disposed between the first and second stops. The second side of the bracket is open such that the second stop is unsurrounded by the bracket relative to the second side.

A clip assembly includes a bracket defining a hole. A vehicle includes a component and the clip assembly attached to the component. The bracket includes an inner surface, a first side and a second side opposing the first side. The hole is defined through the first and second sides. The clip assembly includes a post disposed through the hole and an attachment feature formed to the post. The clip assembly includes a first stop and a second stop each formed to the post. The first stop is disposed between the first side of the bracket and the attachment feature. The second stop is spaced from the first stop, and the bracket is disposed between the first and second stops. The second side of the bracket is open such that the second stop is unsurrounded by the bracket relative to the second side.

A screw-latching assembly is provided. The assembly includes a screw with a head, a tip, and a body between the head and tip. The body includes a threaded portion adjacent to the tip and an unthreaded portion adjacent to the head, and the unthreaded portion includes a built-in collar with an outer diameter larger than that of the body. The assembly includes a supporting bracket supporting and partially encompassing a first portion of the screw. The supporting bracket includes a base and multiple sidewalls, with a first sidewall comprising a first opening to allow a second portion of the screw to extend out of the supporting bracket and a second sidewall comprising a second opening to allow access to the head by a torquing tool. The assembly includes a spring surrounding at least a portion of the body, with the spring positioned between the built-in collar and the first sidewall.

A through bolted connection hardware includes a bolt that has a partially threaded shaft and a head. At least one nut connector defines a shaft hole and a coaxial head hole. The shaft hole is sized to receive the shaft of the bolt and not to allow the head to fit through the shaft hole, and the head hole is sized to receive the head. The hardware also includes a tube that has an axially extending threaded bore that is configured to matingly receive the shaft at a first end of the threaded bore.

A through bolted connection hardware includes a bolt that has a partially threaded shaft and a head. At least one nut connector defines a shaft hole and a coaxial head hole. The shaft hole is sized to receive the shaft of the bolt and not to allow the head to fit through the shaft hole, and the head hole is sized to receive the head. The hardware also includes a tube that has an axially extending threaded bore that is configured to matingly receive the shaft at a first end of the threaded bore.

A retaining member is integrally formed of an elastically deformable material, and has an inner circumferential portion, an outer circumferential portion, a linkage portion, a plurality of engagement claws, and a slit. The inner and outer circumferential portions are ring-shaped, and the outer circumferential portion is disposed outside the inner circumferential portion in a radial direction. The linkage portion connects the inner circumferential portion and the outer circumferential portion to each other in the radial direction. The engagement claws project from a surface of the inner circumferential portion pointing in a direction of the shaft, and engage with an engagement groove formed in an outer peripheral surface of the shaft. The slit is formed on a side opposite from the linkage portion with a center of the inner circumferential portion located between the slit and the linkage portion, and cuts the inner circumferential portion in the radial direction.

A securing device for securing a component to an object comprises a fastening element having an engagement section and having a longitudinal axis, wherein the fastening element is selectively connectable to a counter element by actuating the engagement section; and a cover sleeve which is movably supported at the fastening element between a closed position in which the cover sleeve prevents an actuation of the engagement section and an open position in which the cover sleeve allows an actuation of the engagement section. At least one blocking element is provided between the fastening element and the cover sleeve, said blocking element being freely movable in the closed position of the cover sleeve between a latched position in which it blocks the cover sleeve in the closed position and an unlatched position in which it allows a movement of the cover sleeve into the open position. The blocking element is further supported between the fastening element and the cover sleeve such that, when the cover sleeve is in the closed position, it adopts the latched position due to gravity in a normal alignment of the longitudinal axis of the fastening element and it adopts the unlatched position due to gravity in an installation alignment of the longitudinal axis of the fastening element perpendicular to the normal alignment.

The present disclosure illustrates a fastening device including a sleeve, a rotary knob device and a drive cap. The sleeve is formed with a through-hole which defines a rotation space at a side thereof. A fastening part and a position-limiting ring are formed on an outer side of the sleeve, and the position-limiting ring includes multiple position-limiting fastening grooves on a periphery thereof. The rotary knob device includes a rotary rod movably inserted through the through-hole. The assembly space of the sleeve is formed with a sliding inner hole for covering the position-limiting ring of the sleeve, and the position-limiting ring is longitudinally movable in the sliding inner hole, and the sliding inner hole includes two long protrusion rods and two short protrusion rods formed on the sidewall thereof and separately fastened in the position-limiting fastening grooves. Therefore, the fastening device can be operated for locking or unlocking easily.