Abstract: A cargo apparatus for a bicycle and the bicycle are disclosed, the bicycle comprises a seat portion, with the seat portion and a cargo portion in removable communication with the seat portion, the cargo portion comprises a cargo swing arm assembly having a cargo frame; the cargo swing arm assembly has a swing arm cargo area and a swing arm support in connection with one another, a rear wheel is rotably confined by the swing arm cargo area, a suspension system, and the cargo swing arm assembly is in the removable communication from a seat portion, and a method of applying the cargo apparatus is disclosed, with the cargo apparatus being vertically adjustable with a surface on which the cargo swing arm assembly traverses.

Abstract: A disassembly tool for a rotor assembly of a gas turbine engine includes a plurality of legs configured for installation into a rotor bore of a rotor of the rotor assembly. Each leg includes one or more keys extending radially inwardly toward a center of the rotor bore. A puck is configured for installation into the rotor bore radially inboard of the plurality of legs. The puck includes a groove receptive of the one or more keys to retain the puck to the plurality of legs.

Abstract: A device for distillation of a medium is disclosed. The device comprises a shell. At least one distillation body is located in a cavity defined by the shell. The shell comprises an opening for entrance of the medium into the cavity. The shell further compromises a central mechanism or exit for removal of components of a first density. The shell comprises a second exit point for removal of components of a second density, a snorkel is applied for entry of medium into the cavity, the distillation device is fluidly connected to at least one collection container for a collection of distilled components, more than one distillation device is combined to provide for a system of distillation of multiple components. In another aspect of the invention, a method of application of the distillation device is provided.

Abstract: A disassembly tool for a rotor assembly of a gas turbine engine includes a plurality of legs configured for installation into a rotor bore of a rotor of the rotor assembly. Each leg includes one or more keys extending radially inwardly toward a center of the rotor bore. A puck is configured for installation into the rotor bore radially inboard of the plurality of legs. The puck includes a groove receptive of the one or more keys to retain the puck to the plurality of legs.

Abstract: A disassembly tool for a rotor assembly of a gas turbine engine includes a plurality of legs configured for installation into a rotor bore of a rotor of the rotor assembly. Each leg includes one or more keys extending radially inwardly toward a center of the rotor bore. A puck is configured for installation into the rotor bore radially inboard of the plurality of legs. The puck includes a groove receptive of the one or more keys to retain the puck to the plurality of legs.

Abstract: A compression tool for a seal assembly of a gas turbine engine includes a cover configured to be installed to a seal assembly. The seal assembly includes a seal carrier, a seal element installed to the seal carrier, the seal element configured as a ring, and one or more biasing elements configured to axially bias a position of the seal element. The cover includes a cover body, and a cover flange including a flange groove configured to cover the seal element of the seal assembly.

Abstract: A first vessel provided in spaced nested relation to and at least partially around a second vessel or member, the first vessel having a bottom section coupled to a sidewall to form a liquid receiving receptacle open at an upper end of the sidewall. Further provided is liquid in the liquid receiving receptacle. The second vessel or member is moveable relative to the first vessel to displace and/or replace the liquid in the first vessel such that the first vessel can produce different pitches and/or tones as or after the liquid is displaced and/or replaced and the first vessel is struck, rubbed or otherwise vibrated.

Abstract: A system for capturing three-dimensional images, the system comprising: a truss assembly having a truss frame defining an interior, the truss assembly coupled to an array of cameras, lights, and microphones directed towards the interior, wherein the truss assembly may be of a polyhedron shape and wherein a subject may be located within the interior; the array of cameras being distributed throughout the truss assembly. Also disclosed is a system for capturing three-dimensional images wherein the cameras, lights, and microphones capture the subject from enough angles to generate a three-dimensional virtual model of the subject.

Abstract: A first vessel provided in spaced nested relation to and at least partially around a second vessel or member, the first vessel having a bottom section coupled to a sidewall to form a liquid receiving receptacle open at an upper end of the sidewall. Further provided is liquid in the liquid receiving receptacle. The second vessel or member is moveable relative to the first vessel to displace and/or replace the liquid in the first vessel such that the first vessel can produce different pitches and/or tones as or after the liquid is displaced and/or replaced and the first vessel is struck, rubbed or otherwise vibrated.

Abstract: A wheeled ski is disclosed that may include a flexible member. The wheeled ski may also include a first wheel assembly that includes a first wheel with a first-wheel first rotational axis and a first-wheel second rotational axis. The first-wheel first rotational axis and the second-wheel second rotational axis may intersect. The wheeled ski may also include a second wheel assembly that includes a second wheel with a second-wheel first rotational axis and a second-wheel second rotational axis. The second-wheel first rotational axis and the second-wheel second rotational axis may intersect. The first wheel assembly may further include a first axle coupled with the flexible member and a first rod that extends through the first axle. The second wheel assembly may further include a second axle coupled with the flexible member and a second rod that extends through the second axle.

Abstract: A wheeled ski is disclosed that may include a flexible member. The wheeled ski may also include a first wheel assembly that includes a first wheel with a first-wheel first rotational axis and a first-wheel second rotational axis. The first-wheel first rotational axis and the second-wheel second rotational axis may intersect. The wheeled ski may also include a second wheel assembly that includes a second wheel with a second-wheel first rotational axis and a second-wheel second rotational axis. The second-wheel first rotational axis and the second-wheel second rotational axis may intersect. The first wheel assembly may further include a first axle coupled with the flexible member and a first rod that extends through the first axle. The second wheel assembly may further include a second axle coupled with the flexible member and a second rod that extends through the second axle.