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 plurality of artificial feathers for a shuttlecock is disclosed. The artificial feathers connect to a plurality of stems and a base portion to form the shuttlecock. Each of the artificial feathers comprises a connecting portion and a resistance portion. The connecting portion connects to one of the stems. The resistance portion connects to the connecting portion, and the resistance portion comprises a plurality of low-wind-resistance areas and a high-wind-resistance area. The low-wind-resistance areas are surrounded by the high-wind-resistance area.

The present Disclosure discloses an artificial shuttlecock, which includes a base portion, a plurality of stems, a plurality of feathers, a first connecting element, a second connecting element and at least one third connecting element. The base portion includes a concave portion. One end of the stem connects to the base portion, and the feather connects to the other end of the stem. The first connecting element connects to the stems, and is close to the base portion. The second connecting element connects to the stems, and is close to the feathers. The third connecting element connects to the stems, and is located between the first connecting element and the second connecting element.

An assembly for conveying sports equipment includes a first pulley, a second pulley, and a belt extending between and movable around the pulleys. A plurality of engagement members are coupled to the belt such that they travel along a path extending from the first pulley to the second pulley and back. The second pulley is spaced apart from the first pulley along a first axis, and along a second axis that is perpendicular to the first axis such that the belt is inclined toward the second pulley, and such that sports equipment engaged with an engagement member beneath the first pulley will advance toward the second pulley. A stop member is offset from the path of the engagement members such that empty engagement members can proceed beyond the stop member, and the stop member is configured to stop motion of the belt upon contacting sports equipment conveyed by engagement members.

A shuttlecock loading mechanism with a grabbing mechanism and a pair of ejecting wheels defining a wheel plane. The grabbing mechanism receives a shuttlecock entering the loading mechanism in a vertical position and ejects the shuttlecock from the loading mechanism in an orientation parallel to the wheel plane wherein the pitch of the wheel plane about a wheel horizontal axis is selectively indexed about the wheel's horizontal axis.

A shuttlecock loading mechanism with a grabbing mechanism and a pair of ejecting wheels defining a wheel plane. The grabbing mechanism receives a shuttlecock entering the loading mechanism in a vertical position and ejects the shuttlecock from the loading mechanism in an orientation parallel to the wheel plane wherein the pitch of the wheel plane about a wheel horizontal axis is selectively indexed about the wheel's horizontal axis.

An artificial shuttlecock feather for implanting in a circular ring shape into a base of a shuttlecock, the artificial feather includes: a vane section; and a rachis section supporting the vane section, the rachis section being formed from a material having a Charpy impact strength of 30 kJ/m.sup.2 or greater and a flexural modulus of 4 GPa or greater, and preferably having a Charpy impact strength of 36 kJ/m.sup.2 or greater and a flexural modulus of 4.7 GPa or greater.

Provided is a screen badminton practice device enabling badminton, even while alone, to be played like a real game or practiced, and enabling shuttlecocks to be automatically collected and loaded, the screen badminton practice device comprising: a screen provided at one side of a practice location; a beam projector for projecting an image on the screen; a shuttlecock shooting part, which is provided at the rear of the screen, has a storage container, provided at the upper part thereof, for storing a plurality of shuttlecocks, and withdraws and shoots the shuttlecocks stored in the storage container; and a shuttlecock collection part collecting the shuttlecocks, which fall on the lower part of the practice location, so as to fill the storage container with the same.

Provided is a screen badminton practice device enabling badminton, even while alone, to be played like a real game or practiced, and enabling shuttlecocks to be automatically collected and loaded, the screen badminton practice device comprising: a screen provided at one side of a practice location; a beam projector for projecting an image on the screen; a shuttlecock shooting part, which is provided at the rear of the screen, has a storage container, provided at the upper part thereof, for storing a plurality of shuttlecocks, and withdraws and shoots the shuttlecocks stored in the storage container; and a shuttlecock collection part collecting the shuttlecocks, which fall on the lower part of the practice location, so as to fill the storage container with the same.

A striking subassembly has lower and upper components. The lower component has a hemispherical lower section and a cylindrical upper section. A chamber within the lower component terminates above with an annular projection. The upper component has upper and lower disks. An annular recess is between the upper and lower disks offset from the annular projection. Feathers extend upwardly from the upper disk. An electrical assembly has a printed circuit board with a periphery. The periphery is secured within the chamber to the upper component. A light emitting diode extends downwardly from the printed circuit board. A battery powers the light emitting diode.