A billiard cue storage assembly for storing a chalking a plurality of billiard sticks includes a stand that has an upper disk spaced from a lower disk. Each of the upper disk and the lower disk has a plurality of holes therein for insertably receiving a billiard cue. Additionally, each of the holes in the lower disk insertably receives a cube of billiard chalk. A rotation disk is rotatably coupled to the lower disk and the rotation disk has a slot therein. The slot is alignable with a respective one of the holes in the lower disk to facilitate the cube of billiard chalk to be urged downwardly out of the respective hole in the lower disk. A plurality of feet is each coupled to the lower disk to support the lower disk above a support surface.

A billiard cue storage assembly for storing a chalking a plurality of billiard sticks includes a stand that has an upper disk spaced from a lower disk. Each of the upper disk and the lower disk has a plurality of holes therein for insertably receiving a billiard cue. Additionally, each of the holes in the lower disk insertably receives a cube of billiard chalk. A rotation disk is rotatably coupled to the lower disk and the rotation disk has a slot therein. The slot is alignable with a respective one of the holes in the lower disk to facilitate the cube of billiard chalk to be urged downwardly out of the respective hole in the lower disk. A plurality of feet is each coupled to the lower disk to support the lower disk above a support surface.

A chalk-holder for billiard-cues system including a body having two opposing cavities. Each opposing cavity is configured with one or more frictional elements. The frictional elements of the first cavity configured to removably retain chalk. The frictional elements of the second cavity configured to removably retain a pool cue. The device may be used to store chalk between uses during billiards.

A chalk-holder for billiard-cues system including a body having two opposing cavities. Each opposing cavity is configured with one or more frictional elements. The frictional elements of the first cavity configured to removably retain chalk. The frictional elements of the second cavity configured to removably retain a pool cue. The device may be used to store chalk between uses during billiards.

A chalk-holder for billiard-cues system including a chalk holder having a receptacle including an inner volume and a securing member. The inner volume is configured to store chalk for removeable use. The securing member is configured to engage and be secured at a handle-end of a pool cue for providing ready access to the chalk. The securing member comprises threading. The handle-end comprises an aperture configured to mate with the threading of the securing member. The device may be used to store chalk between uses during billiards.

A chalk-holder for billiard-cues system including a chalk holder having a receptacle including an inner volume and a securing member. The inner volume is configured to store chalk for removeable use. The securing member is configured to engage and be secured at a handle-end of a pool cue for providing ready access to the chalk. The securing member comprises threading. The handle-end comprises an aperture configured to mate with the threading of the securing member. The device may be used to store chalk between uses during billiards.

A chalk-holder for billiard-cues system including a chalk holder having a receptacle including an inner volume and a securing member. The inner volume is configured to store chalk for removeable use. The securing member is configured to engage and be secured at a handle-end of a pool cue for providing ready access to the chalk. The securing member comprises threading. The handle-end comprises an aperture configured to mate with the threading of the securing member. The device may be used to store chalk between uses during billiards.

A chalk-holder for billiard-cues system including a chalk holder having a receptacle including an inner volume and a securing member. The inner volume is configured to store chalk for removeable use. The securing member is configured to engage and be secured at a handle-end of a pool cue for providing ready access to the chalk. The securing member comprises threading. The handle-end comprises an aperture configured to mate with the threading of the securing member. The device may be used to store chalk between uses during billiards.

A billiards chalk holder that is configured to be worn on a user's wrist wherein the present invention is designed to have a chalk cube releasably secured thereto so as to be accessible to a user of the present invention during playing of a game of billiards. The present invention includes a strap member having a first end and second end that is configured to be surroundably mounted to a user's wrist. The strap member is operably coupled to opposing sides of a securing member wherein the securing member is annular in shape. The securing member includes an upper surface that can be provided with a portion thereof that is ferromagnetic, have a ferromagnetic material embedded therein or have the entire upper surface manufactured from a ferromagnetic material. A billiards chalk cube having an embedded ferromagnetic layer is provided and configured to be releasably coupled to the securing member.

A billiards chalk holder that is configured to be worn on a user's wrist wherein the present invention is designed to have a chalk cube releasably secured thereto so as to be accessible to a user of the present invention during playing of a game of billiards. The present invention includes a strap member having a first end and second end that is configured to be surroundably mounted to a user's wrist. The strap member is operably coupled to opposing sides of a securing member wherein the securing member is annular in shape. The securing member includes an upper surface that can be provided with a portion thereof that is ferromagnetic, have a ferromagnetic material embedded therein or have the entire upper surface manufactured from a ferromagnetic material. A billiards chalk cube having an embedded ferromagnetic layer is provided and configured to be releasably coupled to the securing member.