Abstract: A holder comprising a frame support and a covering encasing the frame support. The frame comprises a ductile material which can be conformed to a portion of the shape of an object to be secured in the holder. The holder has one or more flaps. In a preferred embodiment, the holder comprises 2-6, preferably four flaps having a configuration defined by the frame support. One of the flaps serves as an attachment means to secure the holder to a desired structural support. The holder may serve as a holder of a variety of objects such as, for example, cans, bottles, cups, boxes, packages, and tools. The holder may be provided with a feature which allows one or more holders to be used in conjunction with each other.

Abstract: A holder comprising a frame support and a covering encasing the frame support. The frame comprises a ductile material which can be conformed to a portion of the shape of an object to be secured in the holder. The holder has one or more flaps. In a preferred embodiment, the holder comprises 2-6, preferably four flaps having a configuration defined by the frame support. One of the flaps serves as an attachment means to secure the holder to a desired structural support. The holder may serve as a holder of a variety of objects such as, for example, cans, bottles, cups, boxes, packages, and tools. The holder may be provided with a feature which allows one or more holders to be used in conjunction with each other.

Abstract: A piston assembly is described including a connecting rod and a piston head secured to the connecting rod and in operational communication with the connecting rod. The piston head has a circumferential groove extending inwardly from an exterior surface of the piston head. The piston head further has a compression mechanism aperture disposed proximate the groove. An oil ring expander is disposed generally within the groove. The expander includes a gap between a first expander end and a second expander end. The gap is proximate the compression mechanism aperture. At least one lever arm is in mechanical communication with the connecting rod. The at least one lever arm has a tab disposed between the first expander end and the second expander end.

Abstract: A piston assembly is described including a connecting rod and a piston head secured to the connecting rod and in operational communication with the connecting rod. The piston head has a circumferential groove extending inwardly from an exterior surface of the piston head. The piston head further has a compression mechanism aperture disposed proximate the groove. An oil ring expander is disposed generally within the groove. The expander includes a gap between a first expander end and a second expander end. The gap is proximate the compression mechanism aperture. At least one lever arm is in mechanical communication with the connecting rod. The at least one lever arm has a tab disposed between the first expander end and the second expander end.