Barrier stands
An improved barrier stand ( 3 ) for a corded exhibition barrier ( 1 ) is disclosed. The barrier stand ( 3 ) comprises a socket ( 7 ), and a post ( 5 ). The post ( 5 ) is adapted to be mounted on abase ( 4 ) so as to stand in a vertical position. The post defines an open top, and the socket ( 7 ) is retained by the open top of the post ( 5 ). The socket ( 7 ) defines a channel leading between an exterior of the barrier stand ( 3 ) and a hollow interior of the post ( 5 ). The socket ( 7 ) further defines gripping structures for gripping a cord ( 2 ) extending along the channel. A first set of the gripping structures are shaped and arranged to permit insertion of the cord ( 2 ) along the channel towards the interior of the post ( 5 ), but resist retraction of the cord ( 2 ) away from the interior of the post ( 5 ).
1 . A barrier stand for an exhibition barrier, the barrier stand comprising:
a post adapted to be mounted on a base so as to stand in a vertical position, the post defining an open top;
a socket retained by the open top of the post, the socket defining a channel leading between an exterior of the barrier stand and a hollow interior of the post;
the socket further defining gripping structures for gripping a cord of the exhibition barrier extending along the channel;
a first set of the gripping structures being shaped and arranged to permit insertion of the cord along the channel towards the interior of the post, but resist retraction of the cord away from the interior of the post; and,
a second set of gripping structures shaped and arranged to grip the cord extending along the channel, the second set of gripping structures being spaced from the first set of gripping structures.
2 . The barrier stand of claim 1 , wherein the first set of gripping structures are shaped and arranged to increase their frictional engagement with the cord during its retraction away from the interior of the post.
3 . The barrier stand of claim 1 , wherein the first and second set of gripping structures are shaped and arranged to grip the cord at different orientations to one another so that the cord follows a non-linear path along the channel.
4 . The barrier stand of claim 1 , wherein the socket comprises a tail portion fitted within the top of the post, and a head portion protruding from the top of the post, the channel defined by the socket extending through the tail portion and head portion.
5 . The barrier stand of claim 4 , wherein the tail portion comprises a sidewall having an outer surface that is sized and tapered relative to an inner surface of the post to form an interference fit with it.
6 . The barrier stand of claim 5 , wherein the outer surface of the sidewall of the tail portion narrows at an end of the tail portion to between 70% and 95% of the size of the inner diameter of the post.
7 . The barrier stand of claim 1 , wherein the socket is constructed from an integral piece of material.
8 . The barrier stand of claim 1 , wherein the socket is constructed from an inflexible material.
9 . The barrier stand of claim 1 including
an elasticated cord of predetermined diameter to form an exhibition barrier.
10 . The barrier stand of claim 9 , wherein the elasticated cord is suspended between and gripped by the barrier stand and an other barrier stand.
11 . A barrier stand for an exhibition barrier, the barrier stand comprising:
a post adapted to be mounted on a base so as to stand in a vertical position, the post defining an open top; and
a socket retained by the open top of the post, the socket defining a channel leading between an exterior of the barrier stand and a hollow interior of the post;
the socket further defining gripping structures for gripping a cord of the exhibition barrier extending along the channel;
a first set of the gripping structures being shaped and arranged to permit insertion of the cord along the channel towards the interior of the post, but resist retraction of the cord away from the interior of the post, wherein the socket comprises a tail portion fitted within the top of the post, and a head portion protruding from the top of the post, the channel defined by the socket extending through the tail portion and head portion, wherein the tail portion defines the first set of gripping structures, and the head portion defines a second set of gripping structures.
12 . The barrier stand of claim 11 , wherein the second set of gripping structures comprises at least one slot defined by the head portion that is open at its upper end to receive a cord of predetermined diameter, the slot being shaped and arranged to pinch the cord thereby to grip it.
13 . The barrier stand of claim 12 , wherein the second set of gripping structures defined by the head portion comprises a plurality of slots, equidistantly spaced at regular intervals about the periphery of the head portion.
14 . A barrier stand, for an exhibition barrier, the barrier stand comprising:
a post adapted to be mounted on a base so as to stand in a vertical position, the post defining an open top;
a socket retained by the open top of the post, the socket defining a channel leading between an exterior of the barrier stand and a hollow interior of the post;
the socket further defining gripping structures for gripping a cord of the exhibition barrier extending along the channel; and,
a first set of the gripping structures being shaped and arranged to permit insertion of the cord along the channel towards the interior of the post, but resist retraction of the cord away from the interior of the post, wherein the first set of gripping structures comprise at least one finger that extends, from a wide root to a narrow tip of the finger, in a direction that is axially-downward with respect to a central longitudinal axis, towards the interior of the post.
15 . The barrier stand of claim 14 , wherein the at least one finger is oriented at a finger angle of between 15 and 45 degrees with respect to the central longitudinal axis.
16 . The barrier stand of claim 14 , wherein the at least one finger defines at least one gully that widens in a direction that is axially-downward with respect to the central longitudinal axis.
17 . The barrier stand of claim 16 , wherein the at least one finger defines a sharp-transition boundary located at a boundary between the at least one finger and the at least one gully.
18 . The barrier stand of claim 14 , wherein the first set of gripping structures comprise a plurality of fingers that extend radially-inward and axially-downward with respect to the central longitudinal axis, the plurality of fingers defining a corresponding plurality of gullies between them, and the fingers being circumferentially arranged and spaced from one another.
19 . The barrier stand of claim 18 , wherein the fingers define an open central region of the channel via which the cord can extend, the open central region of the channel being circumferentially surrounded at regular intervals by the tips of the fingers.
20 . The barrier stand of claim 18 , wherein the first set of gripping structures comprise three fingers that define three gullies between them, and the fingers being circumferentially arranged and spaced from one another at 120 degree intervals.
21 . A socket for use with a barrier stand for an exhibition barrier, the barrier stand including a post adapted to be mounted on a base so as to stand in a vertical position, the post defining an open top, the socket retained by the open top of the post, comprising:
a channel leading between an exterior of the barrier stand and a hollow interior of the post;
gripping structures for gripping a cord extending along the channel, wherein a first set of the gripping structures being shaped and arranged to permit insertion of a cord of the exhibition barrier along the channel towards the interior of the post, but resist retraction of the cord away from the interior of the post, wherein a second set of the gripping structures being shaped and arranged to grip the cord extending along the channel, the second set of the gripping structures being spaced from the first set of the gripping structures.