A device to easily mount and hold hockey sticks to a vertical structure, such as a wall. One embodiment includes a vulcanized rubber or EPDM body portion that can be attached to a wall. The body portion has a front recess that receives the shaft of a hockey stick and grips and holds the stick in place. The device can accommodate standard hockey stick shaft widths, and enables easy insertion and removal of hockey sticks.

A device to easily mount and hold hockey sticks to a vertical structure, such as a wall. One embodiment includes a vulcanized rubber or EPDM body portion that can be attached to a wall. The body portion has a front recess that receives the shaft of a hockey stick and grips and holds the stick in place. The device can accommodate standard hockey stick shaft widths, and enables easy insertion and removal of hockey sticks.

A hockey stick blade cover comprises a viscoelastic sleeve that may be coupled to a hockey stick blade, wherein a friction force between the viscoelastic sleeve and the hockey stick blade retains the viscoelastic sleeve on the blade. The viscoelastic sleeve comprises a self-healing material. In some embodiments, the sleeve comprises a vitrimer elastomer. In some embodiments, the sleeve comprises a composite material, such as including one or more selected from a group of natural fibers, synthetic fiber, boron nitride nanotubes, carbon nanotubes, and graphene. The hockey stick blade cover is typically attached to the hockey stick blade by expanding the viscoelastic sleeve, sliding the expanded viscoelastic sleeve over the blade, from the toe of the blade toward the heel of the blade, and then releasing the viscoelastic sleeve, thereby allowing the viscoelastic sleeve to contract. A pre-taped hockey stick comprises a viscoelastic wrap that is pre-coupled to the blade.

A hockey stick blade cover comprises a viscoelastic sleeve that may be coupled to a hockey stick blade, wherein a friction force between the viscoelastic sleeve and the hockey stick blade retains the viscoelastic sleeve on the blade. The viscoelastic sleeve comprises a self-healing material. In some embodiments, the sleeve comprises a vitrimer elastomer. In some embodiments, the sleeve comprises a composite material, such as including one or more selected from a group of natural fibers, synthetic fiber, boron nitride nanotubes, carbon nanotubes, and graphene. The hockey stick blade cover is typically attached to the hockey stick blade by expanding the viscoelastic sleeve, sliding the expanded viscoelastic sleeve over the blade, from the toe of the blade toward the heel of the blade, and then releasing the viscoelastic sleeve, thereby allowing the viscoelastic sleeve to contract. A pre-taped hockey stick comprises a viscoelastic wrap that is pre-coupled to the blade.

A head fitting film for club head protection includes: a protective film (10) attached to a surface of a club head and protecting the club head; an adhesive layer (20) formed on a side of the protective film (10); and a release paper (30) detachably attached to a bottom of the adhesive layer (20) and protecting an adhesive, wherein the protective film (10) is divided into multiple segments corresponding to an external shape of a club head such that the weight and a center of gravity of the club head are adjusted in accordance with the number of segments and attachment position of the protective film (10) that is attached to the club head.

The disclosure provides a badminton net rack, comprising a base, has an grounding side and a mounting side opposite to each other, the base comprises two seat bodies, a support rod connecting the two seat bodies, and a connector spanning the support rod, the connector comprises a first stuck part and a second stuck part, the first stuck part is used for stuck badminton racket; two telescopic rods, can be switched between an inverted trapezoidal state and a stuck state, in the inverted trapezoidal state, the two telescopic rods are respectively connected to the two seat bodies to form an inverted trapezoidal structure for installing a ball net, in the stuck state, the two telescopic rods are respectively stuck to the two second stuck parts of the connector. The above-mentioned badminton net rack has various functions, is more portable and has better stability.

The disclosure provides a badminton net rack, comprising a base, has an grounding side and a mounting side opposite to each other, the base comprises two seat bodies, a support rod connecting the two seat bodies, and a connector spanning the support rod, the connector comprises a first stuck part and a second stuck part, the first stuck part is used for stuck badminton racket; two telescopic rods, can be switched between an inverted trapezoidal state and a stuck state, in the inverted trapezoidal state, the two telescopic rods are respectively connected to the two seat bodies to form an inverted trapezoidal structure for installing a ball net, in the stuck state, the two telescopic rods are respectively stuck to the two second stuck parts of the connector. The above-mentioned badminton net rack has various functions, is more portable and has better stability.

A foldable organizer adapted to be detachably secured to a structure in an open configuration for use during an activity. The organizer may be, for example, a golf organizer for use while golfing and adapted to be attachable to the structures of a golf cart.

A foldable organizer adapted to be detachably secured to a structure in an open configuration for use during an activity. The organizer may be, for example, a golf organizer for use while golfing and adapted to be attachable to the structures of a golf cart.

In a multi-functional storage container and fitness training system, a storage container of the system includes additional functionality and utility as one or more of a combination of a fitness exercise station, a portable cooler or personal storage container, and a platform to secure smart electronic devices thereon such as smartphones, tablet-like devices, and the like, providing a charging station function to charge these smart devices. The example system may alternatively be understood as a fitness exercise station having multi-functional utility beyond exercise, or a storage container having multi-functional utility beyond the storage of articles.