Transport system for spherical objects and method of using the transport system

A transport system for a spherical object, said transport system comprising:

• a supply of a first fluid;
• a passageway for communication of a spherical object in a path between an inlet and an outlet,
• at least a part of the passageway bounded by a first tube having a first annular wall with at least one opening through the first annular wall,
• the first tube guiding flow of a spherical object in the first fluid from the inlet towards the outlet;
• a source of vacuum in communication with the passageway through the at least one opening through the first annular wall,
• the source of vacuum producing a low pressure region which causes the first fluid in the passageway to be drawn from the passageway through the at least one opening through the first annular wall;
• and
• a supply of a second fluid which is in communication with a spherical object moving between the inlet and the outlet,
• said transport system further comprising a second tube surrounding the first tube so that a chamber is defined between the first tube and the second tube, the second tube having a second annular wall with an opening therethrough, and the source of vacuum produces the low pressure region outside of the second tube which causes the first fluid in the passageway to be drawn from the at least one opening into the chamber and from the chamber to and through the opening in the second annular wall to outside of the second tube,
• said transport system further comprising a spherical object to be communicated between the inlet and outlet.

A method of transporting a silicon sphere within a passageway between an inlet and an outlet, said method comprising the steps of:

• directing a first fluid with the silicon sphere into the passageway through the inlet and toward the outlet;
• creating a low pressure region at a location between the inlet and outlet;
• drawing the first fluid out of the passageway into the low pressure region;
• directing a second fluid into the passageway in a direction toward the inlet so that the second fluid mixes with the first fluid and is drawn out of the passageway;
• and
• directing the object through the second fluid to the outlet.

A transport system for an object, said transport system comprising:

• a supply of a first fluid;
• a housing defining a passageway for communication of an silicon sphere in a path between an inlet and an outlet,
• at least one first opening through the housing communicating from the passageway to externally of the passageway,
• a source of vacuum producing a first low pressure region which causes the first fluid in the passageway to be drawn from the passageway through the at least one opening;
• and
• a supply of a second fluid which is in communication with an silicon sphere moving in the passageway between the, inlet and the outlet,
• said transport system further comprising a nozzle, and at least one port through which the second fluid is introduced to the passageway to create a spiral vortex flow in the passageway,
• wherein the second fluid in the spiral vortex flow mixes with the first fluid and moves from the passageway through the at least one opening,
• said transport system further including an object comprising a single crystal silicon sphere,:
• wherein each of the first and second fluids is a gas.

A transport system for a spherical object, said transport system comprising:

• a supply of a first fluid;
• a passageway for communication of a spherical object in a path between an inlet and an outlet,
• the passageway defined at least in part by a Laval nozzle comprising a) a first tapered section with a surface bounding the passageway and having a diameter that decreases in a direction from the inlet towards the outlet, b) a second tapered section with a surface bounding the passageway and having a diameter that increases in a direction from the inlet towards the outlet, and c) a center section between the first and second tapered sections;
• a supply of a second fluid;
• and
• at least one port through which the second fluid can be introduced to the passageway in a direction transverse to the path of a spherical object at a first location between the inlet and outlet so that the second fluid diverges from the first location into both the first and second tapered sections,
• the outlet being downstream of the second tapered section,
• wherein the at least one port is oriented so that the second fluid introduced through the at least one port creates a spiral vortex flow,
• said transport system further comprising at least one opening communicating from the passageway to externally of the passageway between the inlet and the outlet, and a source of vacuum which produces a low pressure region which causes the first fluid and the second fluid in the spiral vortex flow to be drawn from the passageway through the at least one opening,
• wherein at least part of the passageway is bounded by a tube and the tube comprises a porous material defining the at least one opening.

A transport system for a spherical object, said transport system comprising:

• a supply of first fluid;
• a passageway for communication of a spherical object in a path between an inlet and an outlet,
• at least a part of the passageway bounded by a first tube having a first annular wall with at least one opening through the first annular wall,
• the first tube configured to guide flow of a spherical object in the first fluid from the inlet towards the outlet;
• a source of vacuum in communication wit the passageway through the at least one opening through the first annular wall,
• the source of vacuum producing a low pressure region which causes the first fluid in the passageway to be drawn from the passageway through the at least one opening through the first annular wall;
• a supply of a second fluid which is in communication with a spherical object moving between the inlet and the outlet,
• the passageway defined at least in part by a Laval nozzle comprising a) a first tapered section with a surface bounding the passageway and having a diameter that decreases in a direction from the inlet towards the outlet, b) a second tapered section with a surface bounding the passageway and having a diameter that increases in a direction from the inlet towards the outlet, and c) a center section between the first and second tapered sections;
• and
• at least one port through which the second fluid can be introduced to the passageway in a direction transverse to the path of a spherical object at a first location between the inlet and outlet so that the second fluid diverges from the first location both into the first and second tapered sections, the outlet being downstream of the second tapered section,
• wherein the first tube comprises a porous material that defines the at least one opening.

A transport system for a spherical object, said transport system comprising:

• a supply of a first fluid;
• a passageway for communication of a spherical object in a path between an inlet and an outlet,
• at least a part of the passageway bounded by a first tube having a first annular wall with at least one opening through the first annular wall,
• the first tube configured to guide flow of a spherical object in the first fluid from the inlet towards the outlet;
• a source of vacuum in communication wit the passageway through the at least one opening through the first annular wall,
• the source of vacuum producing a low pressure region which causes the first fluid in the passageway to be drawn from the passageway through the at least one opening through the first annular wall;
• a supply of a second fluid which is in communication with a spherical object moving between the inlet and the outlet,
• the passageway defined at least in part by a Laval nozzle comprising a) a first tapered section with a surface bounding the passageway and having a diameter that decreases in a direction from the inlet towards the outlet, b) a second tapered section with a surface bounding the passageway and having a diameter that increases in a direction from the inlet towards the outlet, and c) a center section between the first and second tapered sections;
• and
• at least one port through which the second fluid can be introduced to the passageway in a direction transverse to the path of a spherical object at a first location between the inlet and outlet so that the second fluid diverges from the first location both into the first and second tapered sections the outlet being downstream of the second tapered section,
• wherein the transport system further comprises a spherical object comprising a single crystal silicon sphere,
• wherein each of the first and second fluids is a gas.