Patent Description:
Gardeners routinely need to attach the free end of a garden hose to a connector in order that the connector may connect the hose with a tap, spray nozzle, sprinkler, or the like.

Prior art hose connectors typically require for a hose to be inserted over a plurality of projections arranged in a circular configuration. This can be tricky for elderly users and/or any person with limited dexterity. Such projections may also be subject to breakage if a user does not position a free end of a hose correctly.

<CIT> discloses a hose connector having a body with an insertion portion formed on one side configured to have a hose inserted thereon. Two clamps are pivotably installed in the body and form an outer tapered thread in a clamping state. A nut with matching inner tapered thread is screwed on the clamps in order to hold the hose to the boby.

<CIT> discloses a hose connector comprising an insertion portion to be inserted in the hose. Two sleeve halves forming together an outer cylindrical thread are mounted on the hose and a matching threaded sleeve is screwed on the mounted sleeve halves.

The present invention seeks to improve upon the prior art.

The present invention provides a garden hose connector, having a first end and a second end, comprising: a main body having an insert over which a free end of a hose may be positioned by a user; a pair of clamping members pivotally attached to the main body and moveable between an open position and a closed position; wherein: when the clamping members are in their open position a user may position the insert inside a free end of a hose or remove the insert therefrom; when the clamping members are in their closed position the members are effective to clamp a portion of the hose against the insert; a fastener configurable to releasably lock the members in their closed position; each of the clamping members comprises a free end section, when the clamping members are in their closed position the free end sections of the clamping members together form a cylindrical, externally threaded portion, and the fastener comprises a substantially cylindrical ring member having an internal screw thread arrangement co-operable with said cylindrical, externally threaded portion to enable the fastener to be screwed onto the clamping members to lock them in a closed configuration.

Providing a pair of clamping members that clamp hose against a hose insert allows a user to easily and securely attach a connector to a hose. In some embodiments the insert is substantially cylindrical. The provision of pivoting members allows for a user to readily clamp a hose using leverage applied adjacent second ends of the members. This is of particular benefit to users with limited hand strength.

In an example, the garden hose connector comprises a longitudinal direction and a transverse direction, the connector defining a fluid conduit therethrough, in the longitudinal direction, and wherein a hose to which the connector is fitted extends from the second end of the connector.

In an example, the insert has a body portion that fluidly connects the first end of the connector to an outlet of a terminal portion of the insert.

In an example, the insert is substantially cylindrical and an outer surface of each of the body portion and the terminal portion tapers inwardly towards the longitudinal axis as the insert extends towards the second end of the connector, with a shoulder formed between the body portion and the terminal portion such that the end of the terminal portion closer to the first end of the connector has a diameter that is greater than the diameter of the end of the body portion that is closer to the second end of the connector.

In an example, each of the clamping members comprises a body section, from which the free end section extends, and a shoulder present between the free end section and the body section of each clamping member provides a stop for the clamping member fastener.

In an example, the insert terminates within the extent of the body section.

In an example, the clamping members are attached at or adjacent first ends thereof to the main body.

In a specific example, the clamping members are releasably attached at or adjacent first ends thereof to the main body. The provision of releasably attachable clamping members reduces the likelihood of breakage in the event of a clamping member being incorrectly displaced.

Each clamping member may comprise a pair of nubs that are configured to releasably mate with corresponding pairs of recesses on the main body.

The pairs of recesses of the main body for releasably receiving the pairs of nubs of the clamping members may extend substantially in the transverse direction.

In an example, each clamping member has a first end surface, and when in the closed position, the first end surface of each clamping member extends at an angle from the transverse direction such that it is generally sloping outwards of the longitudinal axis of the connector and towards the second end of the connector, and when in the open position, the first end surface of each clamping member extends in the transverse direction.

In an example, the main body comprises, at the first end of the garden hose connector, a snap-fit assemblage comprising an inner connection arrangement and an outer connection collar that are co-operable to together provide a female part of a two-part snap-fit releasable connection arrangement, that is usable to releasably attach the connector to a corresponding male part of the two-part snap-fit releasable connection arrangement associated with another object such as a tap adaptor, spray nozzle, sprinkler, or the like.

In an example, a base end of the inner connection arrangement of the main body has a surface that provides a stop for rotation of the clamping members during pivoting into the open position.

In an example, each clamping member is substantially semicylindrical.

In an example, each clamping member comprises a gripping arrangement comprising at least one grip on an internal face of the clamping member, the grip being adapted to clamp the hose against the insert.

In an example, at least one said grip defines a semi-circular recess in which hose is clamped.

In an example, a grip on a first clamping member and a grip on a second clamping member together define a substantially circular recess within which hose is clamped.

In an example, the gripping arrangement of each clamping member comprises a plurality of grips that are spaced apart in a longitudinal direction of the clamping member.

In an example, at least one said grip is substantially planar.

In an example, the gripping arrangement of each clamping member comprises a plurality of spaced-apart grips that are each substantially planar and located in planes that are substantially orthogonal to a longitudinal axis of the clamping member.

In an example, the gripping arrangement of each clamping member comprises a shoulder grip positioned to locate beside the shoulder of the insert when the clamping member is in the closed position.

In an example, the gripping arrangement of each clamping member further comprises grips that are spaced apart in a circumferential direction of the clamping member.

The provision of a plurality of spaced-apart grips allows for a section of hose to be clamped in multiple locations so as to enhance the strength of the connection.

In an example, the garden hose connector comprises a water stop valve at an outlet for water from the hose.

A clamping member made in accordance with the garden hose connector is disclosed. Also disclosed is a main body made in accordance with the garden hose connector.

In order that the present invention may be more fully understood a specific embodiment will now be described by way of example with reference to the accompanying schematic drawings, of which:.

Features of a first example of the present invention will now be described with reference to <FIG>.

A connector <NUM> comprises a main body <NUM>, a pair of clamping arms 3a, 3b and a fastener <NUM>. Main body <NUM> has at a first end a snap fit assemblage <NUM> with associated release collar <NUM>. Snap fit assemblage <NUM> is adapted to releasably attach connector <NUM> to a male connector part (not shown) that forms part of another object such as a tap adaptor, spray nozzle, sprinkler, or the like. Release collar <NUM> allows a user to disengage assemblage <NUM> from a male connector part. Snap fit assemblage <NUM> comprises a water stop valve. Such arrangements are well-known in the field of garden hoses.

Main body <NUM> further comprises a hose insert <NUM> that extends from assemblage <NUM> to terminate in opening 7a at its free end. Insert <NUM> is substantially cylindrical and is elongate. Insert <NUM> is hollow such that it provides a conduit between assemblage <NUM> and opening 7a at the free end of insert <NUM>. Insert <NUM> is sized so as to be inserted into the tubular cavity of a garden hose.

Pivotally attached to main body <NUM> adjacent base 5a of assemblage <NUM> are clamping members 3a, 3b. Members 3a, 3b are identical in size and shape and are illustrated in detail in <FIG>. Members 3a, 3b are each elongate and comprise substantially semicylindrical wall <NUM>.

Adjacent a first end members 3a, 3b each comprise a pair of nubs 9a, 9b that are configured to releasably mate with corresponding pairs of recesses 10a, 10b on main body <NUM> such that members 3a, 3b are pivotally attached to main body <NUM> adjacent base of assemblage <NUM>. At a second end members 3a, 3b each comprise a screw thread section <NUM> that is formed on an outer surface of the respective members.

Extending from an inner surface of wall <NUM> and located intermediate first and second ends of members 3a, 3b are positioned grips 11a, 11b. Grips 11a, 11b are each substantially planar, and extend in parallel planes that are substantially orthogonal to the longitudinal axis of elongate members 3a, 3b. Grips 11a, 11b are spaced apart from each other by approximately <NUM>. In other embodiments grips may be spaced apart by a distance in the region of <NUM> to <NUM>, or <NUM> to <NUM>. Grips 11a, 11b are each substantially C-shaped such that they define semi-circular recesses within which a hose may be clamped against insert <NUM>. Together the grip 11a of member 3a and the grip 11a of member 3b define a substantially circular recess within which hose is clamped. Similarly the grip 11b of member 3a and the grip 11b of member 3b define a substantially circular recess within which hose is clamped.

Connector <NUM> further comprises a fastener <NUM> that is used to releasably lock members 3a 3b in a closed configuration. Fastener <NUM> is of a type well-known in the fields of garden hose connectors, and comprises a substantially cylindrical ring having an internal screw thread <NUM>.

Turning to connector <NUM> in use, a user first threads fastener <NUM> onto a hose to which connector <NUM> is to be attached. With members 3a, 3b in an open position (as illustrated in <FIG>) the user then positions insert <NUM> inside the tubular cavity of hose <NUM>. Approximately <NUM> of hose may be extended over insert <NUM>. In other embodiments an insert may be configured to extend into a hose by at least <NUM>, by at least <NUM>, by at least <NUM>, by at least <NUM> by at least <NUM> or by at least <NUM>.

Clamping members 3a, 3b may then be pivoted to a closed position (as illustrated in <FIG>) such that hose <NUM> is clamped between grips 11a, 11b and the external surface of insert <NUM>. Together the sections of screw thread <NUM> of members 3a, 3b form a cylindrical portion to which fastener <NUM> may be screwed onto (as illustrated in <FIG>) thereby locking members 3a, 3b in a closed configuration. Beneficially, as clamping members comprises two sets of spaced apart grips 11a, 11b hose <NUM> is clamped in two separate places. This means that even if hose <NUM> slips from first grips 11a, it may still be retained by second grips 11b.

To detach hose <NUM> from connector <NUM> a user simply unscrews fastener <NUM> from the members 3a, 3b and pivots members 3a, 3b to an open position so as to release hose <NUM>.

Features of a second example of the present invention will now be described with reference to <FIG>.

Referring initially to <FIG>, <FIG>, <FIG>, <FIG> & <FIG>, a connector <NUM> is shown that comprises a main body <NUM>, a pair of clamping members 1003A, 1003B, a clamping member fastener <NUM> and a connection collar <NUM>.

The connector <NUM> has a first end <NUM> and a second end <NUM>. As indicated, the connector <NUM> also has a longitudinal direction, indicated by axis <NUM>, and a transverse direction, indicated by axis <NUM>. The connector <NUM> defines a fluid conduit therethrough, in the longitudinal direction. In use, a hose to which the connector <NUM> is fitted extends from the second end <NUM> of the connector <NUM>.

The main body <NUM> has at the first end <NUM> a snap-fit assemblage <NUM> comprising an inner connection arrangement <NUM> and an outer connection collar <NUM> that are co-operable to together provide a female part of a two-part snap-fit releasable connection arrangement, this being usable to releasably attach the connector <NUM> to a corresponding male part (not shown) of the two-part snap-fit releasable connection arrangement associated with another object (not shown) such as a tap adaptor, spray nozzle, sprinkler, or the like. The connection collar <NUM> is movably mounted on the main body <NUM> to be slidable, in each of opposite longitudinal directions, between engaging and disengaging positions, as indicated by arrow <NUM>. The connection collar <NUM> is resiliently biased, by a suitable biasing member such as a coil or leaf spring, towards the engaging position, in which the connection collar <NUM> is positioned further from the second end <NUM> of the connector <NUM> than when in the disengaging position.

In this example, the main body <NUM> comprises a water stop valve (not visible in these Figures), which may have any suitable arrangement and be located at any suitable position. In another example, the main body <NUM> is not provided with a water stop valve.

Releasable connection arrangements and water stop valve arrangements are well-known in the field of garden hoses.

The main body <NUM> further comprises a hose insert <NUM> having a body portion <NUM> that extends from the connection arrangement <NUM> of the snap-fit assemblage <NUM> and fluidly connects the first end <NUM> of the connector <NUM> to an outlet <NUM> of a terminal portion <NUM> of the hose insert <NUM>. The insert <NUM> is substantially cylindrical and is elongate, with an opening in a free end thereof.

The insert <NUM> is hollow such that it provides a conduit between snap-fit assemblage <NUM> and outlet <NUM>. The insert <NUM> is sized for insertion into the tubular cavity of a garden hose (not shown in <FIG>).

The clamping members 1003A, 1003B are pivotally attached to the main body <NUM>, adjacent a base end <NUM> of the snap-fit assemblage <NUM>. In this example, the clamping members 1003A, 1003B are substantially identical in overall size and shape, although may comprise differences, of which nonlimiting examples are identified below. In this example, the clamping members 1003A, 1003B are independently pivotally attached to the main body <NUM>.

The clamping members 1003A, 1003B are each elongate and substantially semi-cylindrical in shape.

Each clamping member 1003A, 1003B has a first end <NUM>, having a first end surface <NUM>, and a second end <NUM>, having a second end surface <NUM>.

Each clamping member 1003A, 1003B comprises a body section <NUM>, comprising the first end surface <NUM>, and a free end section <NUM>, comprising the second end surface <NUM>, that extends from the body section <NUM>.

Each clamping member 1003A, 1003B is pivotable about a pivot axis, such as pivot axis <NUM> about which clamping member 1003A is pivotable, in each of opposite directions of rotation, between open and closed positions, as indicated by arrow <NUM>.

Towards the first end <NUM>, each clamping member 1003A, 1003B comprises a pair of nubs, such as pair of nubs 1601A, 1601B of clamping member 1003A, that are configured to releasably mate with corresponding pairs of recesses, such as pair of recesses 1503A, 1503B, on the main body <NUM> such that the clamping member1003A, 1003B are pivotally attached to the main body <NUM> and, in this example, are adjacent the base end <NUM> of the snap-fit assemblage <NUM>.

The end section <NUM> of each clamping member 1003A, 1003B comprises an external screw thread arrangement <NUM>. A shoulder <NUM> is present between the free end section <NUM> and the body section <NUM> of each clamping member 1003A, 1003B.

When the clamping members 1003A, 1003B are both in the closed condition, the end sections <NUM> of the clamping members 1003A, 1003B together form a cylindrical, externally threaded portion. The cylindrical, externally threaded portion has a maximum diameter that is consistent in the longitudinal direction, and that has a central axis that is coincident with the longitudinal axis <NUM> of the connector <NUM>. Thus, the end sections <NUM> of the clamping members 1003A, 1003B together form a cylinder shape having opposite sides that each extend parallel to the longitudinal axis <NUM> of the connector <NUM>.

It is to be appreciated that the end sections <NUM> of the clamping members 1003A, 1003B together present a continuous screw thread profile, with the external screw thread arrangements <NUM> of the clamping members 1003A, 1003B differing but in a complementary manner.

The clamping member fastener <NUM> is usable to releasably secure the pivotable clamping members 1003A, 1003B in a closed condition.

In this example, the clamping member fastener <NUM> comprises a substantially cylindrical ring member <NUM> having an internal screw thread arrangement <NUM>, co-operable with the cylindrical, externally threaded portion, that enables the clamping member fastener <NUM> to be screwed onto the clamping members 1003A, 1003B to lock them in a closed configuration (as shown at least in <FIG>).

The shoulder <NUM> present between the free end section <NUM> and the body section <NUM> of each clamping member 1003A, 1003B provides a stop for the clamping member fastener <NUM>, this feature serving to prevent over-tightening.

Advantageously, the co-operating screw thread arrangements <NUM>, <NUM> of the clamping members 1003A, 1003B and the clamping member fastener <NUM> enables the clamping member fastener <NUM> to be screwed fully into the securing position in less than <NUM> turns, more preferably in less than <NUM> turns, and in this example with approximately <NUM> turns. This feature of reducing the number of turns/degrees through which the clamping member fastener must be rotated is beneficial for reducing cross-threading, increasing speed of screwing into the securing position, and reducing physical strain, which is a particular concern for those with impaired dexterity.

Fastener rings of this type are well-known in the field of garden hose connectors.

Each clamping member 1003A, 1003B is provided with a gripping arrangement, such as gripping arrangement <NUM> of clamping member 1003B, described in further detail below.

Stages of fitting the connector <NUM> to a hose will now be described with reference to <FIG>.

The connector <NUM> and a hose <NUM> to which the connector <NUM> is to be fitted are received.

The clamping member fastener <NUM> is threaded onto the hose <NUM>, over a free end thereof, in an appropriate orientation.

With the clamping members 1003A, 1003B in the open position (as shown in Figure I I at least), the insert <NUM> is then positioned inside the tubular cavity of the hose <NUM>, an appropriate distance. In an example, approximately <NUM> of the length of the hose <NUM> may be extended over the insert <NUM> and approximately <NUM> of the length of the hose <NUM> is clamped by the clamping members 1003A, 1003B when in the closed configuration. In other examples, the insert may be configured to extend into a hose by at least <NUM>, by at least <NUM>, by at least <NUM>, by at least <NUM> by at least <NUM> or by at least <NUM>.

The clamping members 1003A, 1003B are then pivoted into the closed position (as shown in <FIG> at least) such that the hose <NUM> is clamped between the internal gripping arrangement <NUM> each clamping member 1003A, 1003B and the exterior of the insert <NUM>.

The clamping member fastener <NUM> (previously threaded onto the hose <NUM>) is then screwed onto the end sections of the clamping members 1003A, 1003B to lock them in the closed condition.

The connector <NUM> is now fitted to the hose <NUM> and may be used to connect the hose <NUM> to a tap, for example.

To subsequently remove the connector <NUM> from the hose <NUM>, the clamping member fastener <NUM> is unscrewed from the clamping members 1003A, 1003B, the clamping members 1003A, 1003B are pivoted into the open condition, the insert <NUM> is withdrawn from the hose <NUM> and then the clamping member fastener <NUM> is removed from the hose <NUM>.

Other features of the connector <NUM> will now be described.

Referring now to <FIG>, in <FIG> the clamping members 1003A, 1003B are shown in the open position in <FIG> and in the closed position in <FIG>. A feature of the first end surface <NUM> of the clamping members 1003A, 1003B can be seen clearly from comparison of these Figures. Looking firstly at <FIG>, when in the closed position, the first end surface <NUM> of each clamping member 1003A, 1003B extends at an angle <NUM> from the transverse direction, such that it is generally sloping outwards (of the longitudinal axis <NUM>) and downwards (towards the second end <NUM>). The effect of this outwardly and downwardly sloping of the first end surface <NUM> is apparent when looking next at <FIG>, which shows that, when in the open position, the first end surface <NUM> of each clamping member 1003A, 1003B extends in the transverse direction. Thus, the outwardly and downwardly sloping of the first end surface <NUM> provides a generally triangular region in which there is no material to interfere with pivoting of the clamping members 1003A, 1003B from the closed position into the open position. Referring now also to <FIG>, it can be seen that the base end <NUM> of the connection arrangement <NUM> of the main body <NUM> has a surface <NUM> that provides a stop for rotation of the clamping members 1003A, 1003B during pivoting into the open position. The aforementioned features facilitate controlled pivoting of the clamping members 1003A, 1003B open, which is beneficial for proper operation of the connector <NUM>.

Referring again to <FIG>, it can be seen that the pairs of recesses of the main body <NUM> for releasably receiving the pairs of nubs of the clamping members 1003A, 1003B, such as pair of recesses 1503A, 1503B for receiving pair of nubs 1601A, 1601B of clamping member 1003B, extend substantially in the transverse direction. This feature beneficially serves to prevent unintentional release of the clamping members from the main body <NUM>, stopping them from being pulled out in the event of a downward force being applied thereto, but to allow release in the event of too much pressure being placed on the clamping members 1003A, 1003B during pivoting into the closed position (for example in the event of an extraneous object becoming trapped between the clamping member(s) and the hose) or in the event of the connector <NUM> being dropped, to prevent snapping.

Both the arrangement of the recesses 10a of the connector <NUM> of the first example, which extend in the longitudinal direction, and those of the connector <NUM> of the second example, which as just mentioned extend in the sideways/radial direction, allow a clamping member to be released from the main body for replacement or repair, such as in the event of damage for example.

Referring now to <FIG>, it can be seen that with the clamping members (only clamping member 1003B is shown in this Figure) in the closed position, the insert <NUM> terminates within the extent of the body section <NUM>. In other words, the length of the insert <NUM> is such that it ends before, and does not project into, the end section <NUM>.

Referring now to <FIG>, it can be seen that an outer surface of each of the body portion <NUM> and the terminal portion <NUM> tapers inwardly (towards the longitudinal axis <NUM>) as the insert <NUM> extends downwardly (away from the connection arrangement <NUM>/towards the second end <NUM> of the connector) with a shoulder <NUM> formed between the body portion <NUM> and the terminal portion <NUM> such that the end of the terminal portion <NUM> closer to the first end <NUM> of the connector <NUM> has a diameter that is greater than the diameter of the end of the body portion <NUM> that is closer to the second end <NUM> of the connector <NUM>.

Referring now to <FIG>, it can be seen that the gripping arrangement <NUM> comprises a plurality of grips. In this example, the gripping arrangement <NUM> comprises generally circumferentially extending ribs <NUM>, <NUM> that are spaced apart in the longitudinal direction. While the ribs <NUM>, <NUM> are shown disposed within the body section <NUM>, a grip may be located at the junction between the body section <NUM> and the end section <NUM>. These ribs <NUM>, <NUM>, grip the hose <NUM> onto the insert <NUM> during and after fitting the connector <NUM> thereto. In this example, at least one of the ribs, in this illustrated example at least rib <NUM> present one or more tooth elements, such as tooth element <NUM>, or other gripping profile that project from the rib, to hold the hose <NUM> in position more securely without harming it.

Beneficially, as the clamping members 1003A, 1003B present two sets of spaced apart grips, the hose <NUM> is clamped in two separate places. This means that even if hose <NUM> slips from one set of grips (ribs <NUM>), it may still be retained by another set of grips (ribs <NUM>).

The gripping arrangement <NUM> further comprises a shoulder grip, such as rib <NUM>, which is positioned to locate beside the shoulder <NUM> of the insert <NUM> when the clamping member 1003A, 1003B is in the closed position (as shown in at least <FIG>). This feature serves beneficially to maintain a proper alignment of the clamping member 1003A, 1003B relative to the insert <NUM> in addition to contributing to clamping a hose <NUM> between the clamping member 1003A, 1003B and the insert <NUM>.

In this example, the gripping arrangement <NUM> further comprises grips, such as generally axially extending supporting ribs <NUM>, <NUM> that are spaced apart in the circumferential direction. These ribs <NUM>, <NUM> gain purchase on the hose <NUM> when the clamping members 1003A, 1003B are moved into the closed position, and serve to prevent undesirable relative movement between the hose <NUM> and connector <NUM>, to improve stability of the fitting of the connector <NUM> to the hose <NUM>.

The connector <NUM> is designed to retain the connector <NUM> on a hose <NUM> securely without using unnecessary material that would undesirably increase the weight of the connector <NUM>.

By way of further detail, extending from an internal face <NUM> of each clamping member 1003A, 1003B, which also have a semi-cylindrical outer wall <NUM>, and located intermediate the first and second ends <NUM>, <NUM> of the clamping members 1003A, 1003B are positioned grips <NUM>, <NUM>.

Grips <NUM>, <NUM> are each substantially planar, and extend in parallel planes that are substantially orthogonal to the longitudinal axis of clamping members 1003A, 1003B.

In an example, grips <NUM>, <NUM> are spaced apart from each other by approximately <NUM>. In other examples, the grips <NUM>, <NUM> may be spaced apart by a distance in the region of <NUM> to <NUM>, or <NUM> to <NUM>.

Grips <NUM>, <NUM> are each substantially C-shaped such that they define semi-circular recesses within which a hose <NUM> may be clamped against the insert <NUM>.

Together the grip <NUM> of clamping member 1003A and the corresponding grip <NUM> of clamping member 1003B define a substantially circular recess within which a hose <NUM> may be clamped.

Similarly, the grip <NUM> of clamping member 1003A and the corresponding grip <NUM> of clamping member 1003B define a substantially circular recess within which a portion of the hose <NUM> may be clamped.

Grips <NUM>, <NUM> are substantially linear and may be tilted relative to the longitudinal axis of the connector <NUM> so as to provide improved resistance to a force applied to the clamped hose <NUM> and/or connector <NUM> that could pull the hose <NUM> and connector <NUM> apart.

It is to be appreciated that the gripping arrangements <NUM> of the clamping members 1003A, 1003B may differ, but may differ in a complementary manner, for example so that at least one grip of one of the clamping members 1003A, 1003B offset from a like grip of the other of the clamping members 1003A, 1003B in the longitudinal direction. A grip of a gripping arrangement of a clamping member may have any suitable form, profile and dimensions, and each grip of a gripping arrangement of a clamping member may be positioned in any suitable arrangement relative to one or more other grips of that gripping arrangement and relative to one or more grips of the gripping arrangement of the other clamping member.

There has thus been described herein a garden hose connector that comprises a main body having an insert over which a free end of a hose may be positioned by a user and a pair of clamping members attached to the main body and moveable between an open position and a closed position. When the clamping members are in their open position a user may position the insert inside a free end of a hose or remove the insert therefrom. When the clamping members are in their closed position the clamping members are effective to clamp a portion of the hose against the insert. The connector further comprises a fastener configurable to releasably lock the clamping members in their closed position.

The garden hose connector may be made from any suitable materials or combination of materials, which may comprise one or more of a plastics material and a metal material. The garden hose connector may be manufactured using any suitable process or combination of processes. The garden hose connector may have any suitable dimensions and appearance. Surfaces of the garden hose connector that are expected to be handled manually may have any suitable profile and/or feel.

Claim 1:
A garden hose connector (<NUM>), having a first end (<NUM>) and a second end (<NUM>), comprising:
a main body (<NUM>) having an insert (<NUM>) over which a free end of a hose (<NUM>) may be positioned by a user;
a pair of clamping members (1003A, 1003B) pivotally attached to the main body (<NUM>) and moveable between an open position and a closed position; wherein:
when the clamping members (1003A, 1003B) are in their open position a user may position the insert (<NUM>) inside a free end of a hose (<NUM>) or remove the insert (<NUM>) therefrom;
when the clamping members (1003A, 1003B) are in their closed position the clamping members (1003A, 1003B) are effective to clamp a portion of the hose (<NUM>) against the insert (<NUM>);
a fastener (<NUM>) configurable to releasably lock the clamping members (1003A, 1003B) in their closed position;
each of the clamping members (1003A, 1003B) comprises a free end section (<NUM>),
when the clamping members (1003A, 1003B) are in their closed position the free end sections (<NUM>) of the clamping members (1003A, 1003B) together form an externally threaded portion, and
the fastener (<NUM>) comprises a substantially cylindrical ring member (<NUM>) having an internal screw thread arrangement (<NUM>) co-operable with said externally threaded portion to enable the fastener (<NUM>) to be screwed onto the clamping members (1003A, 1003B) to lock them in a closed configuration,
characterised in that the externally threaded portion is cylindrical.