A lanyard assembly including a strap having a first end and a second end, an attachment mechanism coupled to the first end and a quick connect attachment mechanism connected to the second end. The quick connect attachment mechanism includes a swivel member and a cinch for securing a tool coupled to the swivel member. The swivel member is configured to allow rotation between the cinch and the strap and the quick connect attachment mechanism can be quickly engaged and disengaged from the strap to allow the quick connection of various tools.

A structure for fixing a shift cable comprises a protective tube for receiving the shift cable therein, a connection tube installed outside the protective tube, a damper installed outside the connection tube to attenuate radial and axial vibration, a main casing which is installed outside the damper and forms a clearance for assembly with a mounting bracket, a sub-casing which is detachably coupled to the main casing by means of an axial assembly guide portion, and a cover which is supported by means of an elastic member with respect to the sub-casing and is installed such that an axial displacement of the cover is restricted with respect to the main casing.

A structure for fixing a shift cable comprises a protective tube for receiving the shift cable therein, a connection tube installed outside the protective tube, a damper installed outside the connection tube to attenuate radial and axial vibration, a main casing which is installed outside the damper and forms a clearance for assembly with a mounting bracket, a sub-casing which is detachably coupled to the main casing by means of an axial assembly guide portion, and a cover which is supported by means of an elastic member with respect to the sub-casing and is installed such that an axial displacement of the cover is restricted with respect to the main casing.

Some embodiments provide release apparatuses comprising: a body having first and second mating sections each connected to separate tethers; locking shoes each movable between a first position configured to lock the first and second mating sections together and a second position configured to allow the first and second mating sections to disconnect; an actuator configured to move the locking shoes between the first and second positions; wherein each of the locking shoes comprises a locking surface configured to contact an engagement surface of the second mating section and maintain a position of the first mating section with the second mating section; wherein portions of the locking surface comprise toric geometries that are not in contact with the engagement surface when the locking shoes are in the first position and do not come into contact with the engagement surface as the locking shoes transition to the second position.

Some embodiments provide release apparatuses comprising: a body having first and second mating sections each connected to separate tethers; locking shoes each movable between a first position configured to lock the first and second mating sections together and a second position configured to allow the first and second mating sections to disconnect; an actuator configured to move the locking shoes between the first and second positions; wherein each of the locking shoes comprises a locking surface configured to contact an engagement surface of the second mating section and maintain a position of the first mating section with the second mating section; wherein portions of the locking surface comprise toric geometries that are not in contact with the engagement surface when the locking shoes are in the first position and do not come into contact with the engagement surface as the locking shoes transition to the second position.

The present invention involves a connecting device of elastic exercise cord with straps, which comprises a hollow body (12) provided by a through-made channel (13) with an upper opening (14) and a lower opening (15), wherein into the upper opening (14) arms (7,8) of a strap (3) are introduced first by its upper section (9), these arms (7,8) are passed through the channel (13) and bended over the edge of the lower opening (15) about 180° and the arms (7,8) are arranged along outer surface of the hollow body (12) up to the outer edge of the upper opening (14), wherein above the upper opening (14) the lower sections (10) of the arms (7,8) of the strap (3) are joined with upper section (9) to one joint, wherein the hollow body (12) with above mentioned arrangement of arms (7,8) is arranged in the cavity (16) of the tubing core (2) and this joint of the lower sections (10) of arms (7,8) of the strap (3) with upper sections (9) is together with the tubing core (2) provided by a collet (17) and the outer surface of the hollow body (12) together with portion of the strap (3) is wrapped.

A retaining device configured for retaining at least one medical device adjacent to a supporting surface. The retaining device includes a plate shaped holding portion defining a peripheral edge, a slot extending from the peripheral edge defining a loading channel, and communicating with an internal holding area. The internal holding area is dimensioned to accept the largest medical device the retaining device is configured to be used with. An attachment mechanism is connected to the holding portion to secure the retaining device to a supporting surface. A section of medical device may be inserted into and along the loading channel to enter the holding area and be retained within.

A retaining device configured for retaining at least one medical device adjacent to a supporting surface. The retaining device includes a plate shaped holding portion defining a peripheral edge, a slot extending from the peripheral edge defining a loading channel, and communicating with an internal holding area. The internal holding area is dimensioned to accept the largest medical device the retaining device is configured to be used with. An attachment mechanism is connected to the holding portion to secure the retaining device to a supporting surface. A section of medical device may be inserted into and along the loading channel to enter the holding area and be retained within.

A device which can slide up and down on a chain or cable, can be loosened to attach to the chain or cable, but does not have any parts that come free when the part is loosened. The device includes first and second pieces, each made of structural material, the first and second pieces fitting together at concave and convex surfaces, to form an interlock forms inner surfaces with a through hole of a first shape that can slide along either a cable or a chain.

A device which can slide up and down on a chain or cable, can be loosened to attach to the chain or cable, but does not have any parts that come free when the part is loosened. The device includes first and second pieces, each made of structural material, the first and second pieces fitting together at concave and convex surfaces, to form an interlock forms inner surfaces with a through hole of a first shape that can slide along either a cable or a chain.