Abstract: Methods and systems are provided for manufacturing and implementing solid-state electrolytes (SSEs) for aluminum-based rechargeable batteries and other secondary batteries. In some examples, a SSE composition may include a mixture including urea, sodium chloride, sodium borate, magnesium sulfate, and sodium silicate. In certain examples, the SSE composition may further include carboxymethyl cellulose. In some examples, an aluminum-based secondary battery may be formed by applying a first portion of the SSE composition to an aluminum-based anode via slot-die coating and a second portion of the SSE composition to a cellulose membrane to form a SSE layer, and combining the coated aluminum-based anode, the SSE layer, and a sulfur-based cathode. In certain examples, a current pulse may be applied to the aluminum-based secondary battery to activate in situ solid-electrolyte interphase layers.

Abstract: The invention is directed toward a method and instrumentation to replace a damaged human knee joint meniscus with an allograft meniscus. The implant has its bone base cut to a desired width in a workstation. The finished base is measured in the sizing groove of the sizing block for width and length. The tibia is then drilled with drill to the appropriate depth and length and groove is formed in the tibia with a tissue chisel so that the width is the same as the width of the bone base. The bone base is press fit into the tibia groove and may be secured with a bone screw.

Abstract: A portable surgical workstation for implant formation comprising a base with a central planar section. The central planar section has a plurality of tracks and a throughgoing slot with a recessed stepped surrounding surface formed on a bottom surface of the central planar section. A vise assembly mounted to the base comprises a fixed jaw member secured to the base, a traveling jaw member moveably mounted to the base and a fixed drive housing mounted to the base. The traveling jaw member has a plurality of rail members adapted to be slidably mounted in the central planar section tracks. The fixed drive housing has a threaded longitudinal bore which receives a threaded drive shaft, one end of the drive shaft being secured in the traveling jaw member to transport the traveling jaw member.

Abstract: A portable surgical workstation for implant formation comprising a base with a central planar section. The central planar section has a plurality of tracks and a throughgoing slot with a recessed stepped surrounding surface formed on a bottom surface of the central planar section. A vise assembly mounted to the base comprises a fixed jaw member secured to the base, a traveling jaw member moveably mounted to the base and a fixed drive housing mounted to the base. The traveling jaw member has a plurality of rail members adapted to be slidably mounted in the central planar section tracks. The fixed drive housing has a threaded longitudinal bore which receives a threaded drive shaft, one end of the drive shaft being secured in the traveling jaw member to transport the traveling jaw members.

Abstract: The invention is directed toward a method and instrumentation to replace a damaged human knee joint meniscus with an allograft meniscus. The implant has its bone base cut to a desired width in a workstation. The finished base is measured in the sizing groove of the sizing block for width and length. The tibia is then drilled with drill to the appropriate depth and length and groove is formed in the tibia with a tissue chisel so that the width is the same as the width of the bone base. The bone base is press fit into the tibia groove and may be secured with a bone screw.

Abstract: The invention is directed toward a portable surgical workstation and kit of accessory devises for cartilage implant formation comprising a base, a vise assembly mounted to the base, the vise assembly comprising a fixed jaw member and a moveable jaw member, each jaw member defining grasping surfaces for holding a bone workpiece. A shaft drive is threadably connected to the moveable jaw member and rotatably mounted in the fixed jaw member for transporting the moveable jaw toward and away from the fixed jaw. An articulated guide assembly is mounted to the fixed jaw member, the articulated guide means including a sleeve member and a plurality of moveable interconnected members selectively rotatable on a ball joint. A miter assembly defining a slot of a width to receive a surgical saw is mounted to at least one of the jaw members.

Abstract: The invention is directed toward a portable surgical workstation for implant formation comprising a base with a central planar section with integral handles extending from the central planar section at an angle to the plane of the central planar section. The central planar section has a plurality of tracks and a throughgoing slot with a recessed stepped surrounding surface formed on a bottom surface of the central planar section. A vise assembly mounted to the base and comprises a fixed jaw member secured to the base, a traveling jaw member moveably mounted to the base and a fixed drive housing mounted to the base. The traveling jaw member has a plurality of rail members adapted to be slidably mounted in the central planar section tracks.

Abstract: A sterile suture anchor and insertion kit with the suture anchor having a cylindrical body portion with a generally tapered distal end portion and flat end. A plurality of parallel longitudinal grooves are cut into the cylindrical body and a connecting throughgoing bore is cut through the cylindrical body engaging the plurality of longitudinal grooves. An inserter driver is adapted to be mounted to the suture anchor, the driver comprising a handle with a drive shaft mounted to the handle, and a slidable sleeve mounted on the drive shaft which holds the suture anchor. A guide member comprising a handle with a hollow sleeve extending therefrom is used to hold a punch against the area on which a blind bore is formed to form the blind bore after which the inserter driver is mounted in the guide member sleeve to guide the slidable sleeve of the inserter driver and associated suture anchor into the blind bore.

Abstract: A sterile suture anchor and drive kit with the suture anchor having a cylindrical body portion with a generally tapered distal end portion and a screw thread extending along a cylindrical body portion. A plurality of parallel longitudinal grooves are cut into the cylindrical body interrupting opposed portions of the screw thread and a connecting groove is cut through the distal end portion of the suture anchor engaging the plurality of longitudinal grooves. A closed suture loop is mounted in the longitudinal grooves and the connecting groove. A driver is adapted to be mounted to the suture anchor, the driver comprising a handle with a tube mounted to the handle, the tube being provided with outwardly extending drive tip members adapted to be inserted into the suture anchor longitudinal grooves to engage the groove side walls of the suture anchor to apply driving torque to the suture anchor.

Abstract: A sterile suture anchor comprising a body with a distal end, tapered planar side walls and a dome shaped proximal end, a cross section of said body forming a triangular shape with at least one rounded end; and a suture aperture transversely cut through the body being dimensioned to hold at least one suture. An insertion tool for inserting the suture anchor through a substantially cylindrical bore hole in a live human bone and causing the suture anchor to be anchored comprises a handle, a hollow tube secured to the handle and a driver rod slidably mounted in the tube. The driver rod has a distal end defining an angled cam which engages a suture anchor mounted in said tube and rotates the suture anchor into a desired position for insertion into human tissue.