Abstract: An instrument comprising a body comprising a distal end spaced apart from a proximal end relative to a longitudinal axis and a handle coupling located near the proximal end, the body defining a channel miming between the distal end to the proximal end; a drive comprising a first connector located adjacent the distal end and adapted to be connected to a driven instrument, a second connector located adjacent the proximal end and adapted to be connected to a driving instrument, and a drive shaft arranged in the channel, the drive shaft coupling the second connector to the first connector; and an adjustable handle located near the distal end, the adjustable handle comprising a grip spacing apart a leading end from a trailing end along a handle axis, the leading end coupling the handle to the handle coupling, the trailing end shaped to define an impaction plate; wherein the adjustable handle is arrangeable relative to the body in a first and a second position, in the first position the leading end is arranged rela

Abstract: An instrument comprising a body comprising a distal end spaced apart from a proximal end relative to a longitudinal axis and a handle coupling located near the proximal end, the body defining a channel miming between the distal end to the proximal end; a drive comprising a first connector located adjacent the distal end and adapted to be connected to a driven instrument, a second connector located adjacent the proximal end and adapted to be connected to a driving instrument, and a drive shaft arranged in the channel, the drive shaft coupling the second connector to the first connector; and an adjustable handle located near the distal end, the adjustable handle comprising a grip spacing apart a leading end from a trailing end along a handle axis, the leading end coupling the handle to the handle coupling, the trailing end shaped to define an impaction plate; wherein the adjustable handle is arrangeable relative to the body in a first and a second position, in the first position the leading end is arranged rela

Abstract: A system for reaming a bone comprising: a base comprising a connector adapted to couple the base to a driver and a support surface; a first reaming member comprising: a first seating surface shaped to seat the first reaming member over the support surface, a first reaming surface adapted to ream a bone to a first diameter, and a first attachment mechanism attaching the first reaming member to the base; a second reaming member comprising: a second seating surface shaped to seat the second reaming member over the support surface, a second reaming surface adapted to ream a bone to a second diameter, and a second attachment mechanism attaching the second reaming member to the base; wherein the second diameter is larger than the first diameter.

Abstract: An instrument comprising a body comprising a distal end spaced apart from a proximal end relative to a longitudinal axis and a handle coupling located near the proximal end, the body defining a channel miming between the distal end to the proximal end; a drive comprising a first connector located adjacent the distal end and adapted to be connected to a driven instrument, a second connector located adjacent the proximal end and adapted to be connected to a driving instrument, and a drive shaft arranged in the channel, the drive shaft coupling the second connector to the first connector; and an adjustable handle located near the distal end, the adjustable handle comprising a grip spacing apart a leading end from a trailing end along a handle axis, the leading end coupling the handle to the handle coupling, the trailing end shaped to define an impaction plate; wherein the adjustable handle is arrangeable relative to the body in a first and a second position, in the first position the leading end is arranged rela

Abstract: A system for reaming a bone comprising: a base comprising a connector adapted to couple the base to a driver and a support surface; a first reaming member comprising: a first seating surface shaped to seat the first reaming member over the support surface, a first reaming surface adapted to ream a bone to a first diameter, and a first attachment mechanism attaching the first reaming member to the base; a second reaming member comprising: a second seating surface shaped to seat the second reaming member over the support surface, a second reaming surface adapted to ream a bone to a second diameter, and a second attachment mechanism attaching the second reaming member to the base; wherein the second diameter is larger than the first diameter.

Abstract: A reamer head assembly comprising: a base member supporting a reaming member, the reaming member comprising a reaming member configured to ream bone; wherein the reaming head assembly comprises a plurality of recesses arranged about the reaming surface, the plurality of recesses configured to allow manual gripping of the reaming head assembly.

Abstract: A wafer level chip scale package (WLCSP) includes a packaged semiconductor device with a plurality of solder bump pads, patterned passivation regions above each of the solder bump pads, a patterned under bump metallization (UBM) region on each of the solder bump pads and the passivation regions, a polyimide region over a portion of the UBM regions and the passivation regions, solder bumps formed on each of the UBM regions, and encapsulation material surrounding the semiconductor die except for at least a portion of each of the solder bumps.

Abstract: An apparatus, program product and method for managing a number of physical connections to a peripheral device. A multipath driver provides a logical connection interface to a client. This interface allows the client to efficiently access the peripheral device over one or more of the physical connections. In so doing, the logical connection interface associates connections with a primary connection, deletes inactive connections from memory, as well as updates and uses a list of active connections to seamlessly route data to the peripheral device.

Abstract: The subject of the invention is a process for the continuous casting of very small-diameter wires directly from liquid metal, according to which said liquid metal is made to flow out of a heated and pressurized container made of refractory material, forming a jet of liquid. metal having a diameter equal to or slightly greater than that of the wire to be cast, and said jet is made to solidify by making it penetrate into a layer of moving cooling liquid deposited on the internal wall of a drum rotating about a horizontal axis, wherein said container is fed, continuously or intermittently, with solid metal without interrupting casting and wherein said solid metal is melted inside said container.The subject of the invention is also a device for the continuous casting of very small-diameter wires directly from liquid metal, allowing this process to be implemented.