Abstract: An attachable ball holder assembly is disclosed that is operable for removing a golf ball from a golf hole. The assembly comprises of a holding platform. The holding platform comprises of a first holding platform flange and a second holding platform flange. The holding platform comprises of a first central void ring area defining a first central void. The holding platform comprises of an upper sector and a lower sector, wherein the lower sector comprises a central circular depression. The assembly comprises of a ridge coupled to the holding platform and disposed above the circumference of the holding platform. The assembly comprises of a bushing assembly comprising a first pole bushing coupled to a second pole pushing, wherein the bushing assembly is configured with a second central void ring area defining a second central void having a diameter greater than the diameter of a flagstick pole.

Abstract: A bottle valve has a flapper valve and a base insert. The base insert can be pressure fit into the mouth of a beverage bottle. The insert has support members that extend from a sidewall towards the center. At the convergence of the support members is a dome seat. The flapper valve rests atop and inside the base insert and has a dispensing port. The port fits over the dome seat and presses against it to form a seal. When pressure is applied to the bottle, it is deformed and the liquid therein is forced to flow between the support members, pushing the flexible flapper seal away from the dome seat and allowing the liquid to flow out of the bottle mouth. When the pressure is relieved, the flapper seal returns to its rest position against the dome seat, reforming the seal and stopping air from flowing into the bottle.

Abstract: A bottle valve has a flapper valve and a base insert. The base insert can be pressure fit into the mouth of a beverage bottle. The insert has support members that extend from a sidewall towards the center. At the convergence of the support members is a dome seat. The flapper valve rests atop and inside the base insert and has a dispensing port. The port fits over the dome seat and presses against it to form a seal. When pressure is applied to the bottle, it is deformed and the liquid therein is forced to flow between the support members, pushing the flexible flapper seal away from the dome seat and allowing the liquid to flow out of the bottle mouth. When the pressure is relieved, the flapper seal returns to its rest position against the dome seat, reforming the seal and stopping air from flowing into the bottle.