Abstract: Disclosed is a surgical instrument for treating tissue in a surgical procedure. The surgical instrument comprises an end effector, comprising an anvil, and a staple cartridge. The surgical instrument further comprises a drive train operably coupled to the end effector, a motor configured to motivate the drive train based on a default control algorithm to affect a tissue treatment motion of the end effector, and a sensor configured to monitor an independent parameter of the surgical procedure. The independent parameter is independent of the motion of the end effector. The surgical instrument further comprises a control circuit coupled to the motor and the sensor. The control circuit is configured to receive an input from the sensor indicative of the independent parameter, and adjust the default control algorithm based on the independent parameter.

Abstract: Methods, devices, and systems for controlling a tissue-treatment motion by a surgical instrument are disclosed.

Abstract: Example channel circuits, data storage devices, and methods for asynchronous sampling from an oversampled analog-to-digital converter are described. The channel circuit may include an analog-to-digital converter configured to generate an oversampled digital signal from an analog data signal using a sample rate that is an integer multiple of the baud rate of the channel circuit. A digital sample interpolator may then interpolate interpolated digital signal values from multiple signal values of the oversampled digital signal and select values at baud rate to generate a baud rate digital signal. The baud rate digital signal may be used by an iterative detector in a timing loop and, once a target timing is achieved, for the iterative detector to detect data bits from the interpolated digital signal.

Abstract: A mold, punch and workpiece are provided. In a preferred embodiment, a tapering outer edge is provided, along with a plurality of rib sets arranged circumferentially about the outer edge, and a ramp. A ramp may be located to facilitate the removal of burrs. Various slot patterns may be provided or formed, including star-shapes/Torx® slots. Using the present invention, a driver bit may be more securely fit to the slot of a screw, for example, allowing the screw to be threaded into a machined part more securely and smoothly, reducing rocking, shaking or tilt.

Abstract: A mold, punch and workpiece are provided. In a preferred embodiment, a tapering outer edge is provided, along with a plurality of rib sets arranged circumferentially about the outer edge, and a ramp. A ramp may be located to facilitate the removal of burrs. Various slot patterns may be provided or formed, including star-shapes/Torx® slots. Using the present invention, a driver bit may be more securely fit to the slot of a screw, for example, allowing the screw to be threaded into a machined part more securely and smoothly, reducing rocking, shaking or tilt.

Abstract: A mold, punch and workpiece are provided. In a preferred embodiment, a tapering outer edge is provided, along with a plurality of rib sets arranged circumferentially about the outer edge, and a ramp. A ramp may be located to facilitate the removal of burrs. Various slot patterns may be provided or formed, including star-shapes/Torx® slots. Using the present invention, a driver bit may be more securely fit to the slot of a screw, for example, allowing the screw to be threaded into a machined part more securely and smoothly, reducing rocking, shaking or tilt.

Abstract: A mold, punch and workpiece are provided. In a preferred embodiment, a tapering outer edge is provided, along with a plurality of rib sets arranged circumferentially about the outer edge, and a ramp. A ramp may be located to facilitate the removal of burrs. Various slot patterns may be provided or formed, including star-shapes/Torx® slots. Using the present invention, a driver bit may be more securely fit to the slot of a screw, for example, allowing the screw to be threaded into a machined part more securely and smoothly, reducing rocking, shaking or tilt.

Abstract: A mold, punch and workpiece are provided. In a preferred embodiment, a tapering outer edge is provided, along with a plurality of rib sets arranged circumferentially about the outer edge, and a ramp. A ramp may be located to facilitate the removal of burrs. Various slot patterns may be provided or formed, including star-shapes/Torx® slots. Using the present invention, a driver bit may be more securely fit to the slot of a screw, for example, allowing the screw to be threaded into a machined part more securely and smoothly, reducing rocking, shaking or tilt.

Abstract: A billiard rack is provided that includes a frame that extends around an interior space that is configured to receive a set of billiard balls resting on a bed of a billiard table. A bottom side of the frame includes a lower opening in which the upper portions of the set of billiard balls are able to extend therein. The frame also includes an inner wall having at least one cam surface that extends at least partially around the interior space and that tapers inwardly in directions from the lower opening to an upper opening. When the frame is placed on the set of billiard balls resting on the bed of the billiard table, the at least one cam surface is configured to contact all of the peripheral billiard balls of the set of billiard balls; and urge the set of billiard balls together without the rack contacting the billiard table.

Abstract: A billiard rack is provided that includes a frame that extends around an interior space that is configured to receive a set of billiard balls resting on a bed of a billiard table. A bottom side of the frame includes a lower opening in which the upper portions of the set of billiard balls are able to extend therein. The frame also includes an inner wall having at least one cam surface that extends at least partially around the interior space and that tapers inwardly in directions from the lower opening to an upper opening. When the frame is placed on the set of billiard balls resting on the bed of the billiard table, the at least one cam surface is configured to contact all of the peripheral billiard balls of the set of billiard balls; and urge the set of billiard balls together without the rack contacting the billiard table.

Abstract: A system for designing a customized ring may include a ring style selection component, a ring top design component, a ring side design component, and an image panel component where, the components support an interface for monitoring the progress of the ring design and an image panel may show an image of the ring that is periodically updated based on customization input. A system for creating and displaying ring assets may include an extraction component, a rendering component, and a display component. A system for displaying customized bezel text may include a text mapping module configured to receive bezel parameters, map text in a two dimensional space, map text in a three-dimensional space defined by bezel geometry, develop code for displaying the text, and displaying the text.

Abstract: The present invention is directed to a method of treating or preventing renal disease in a subject. This method involves administering the subject an agent which inhibits FAT10 expression in the subject under conditions effective to prevent or treat renal disease. Also disclosed is a method of screening for agents effective in treating or preventing renal disease.

Abstract: An apparatus for providing dynamic equalizer optimization is disclosed. The present invention solves the above-described problems by providing equalizer coefficient updates that converge towards the same solution as the direct method without having to first write a known pattern to the disk or requiring any prior knowledge of the data already written on the disk. The adaptive cosine function may be used to modify only a DFIR tap set, only the j and k parameters of a cosine equalizer or to modify both the tap set for a DFIR filter and the j and k parameters of the cosine equalizer. Another algorithm, such as the LMS algorithm, may be used to modify parameters not modified by the cosine algorithm.

Abstract: Transgenic nonhuman mammals, such as transgenic mice, which lack erythropoietin expression, in which the erythropoietin receptor is deleted, which carry a heterologous erythropoietin receptor (e.g., a chimeric receptor); constructs useful for producing such transgenic nonhuman mammals, embryonic stem cells containing the constructs, a method of producing the transgenic nonhuman mammals and a method of identifying erythropoietin mimics or mimetics.

Abstract: Transgenic nonhuman mammals, such as transgenic mice, which lack erythropoietin expression, in which the erythropoietin receptor is deleted, which carry a heterologous erythropoietin receptor (e.g., a chimeric receptor); constructs useful for producing such transgenic nonhuman mammals, embryonic stem cells containing the constructs, a method of producing the transgenic nonhuman mammals and a method of identifying erythropoietin mimics or mimetics.

Abstract: A flange bending apparatus for bending an upstanding flange on an inside perimeter of an automotive window opening. A flanging steel drive reciprocally drives a flanging steel between retracted and extended positions on a frame. The retracted position of the first flanging steel allows a metal panel workpiece to be positioned on the frame with the flanging steel extending through an opening in the workpiece. When in the extended position the flanging steel overlies a portion of an inside perimeter of the opening. As it moves toward the extended position the flanging steel engages an inner surface of an upstanding workpiece flange that extends upward from around the inside perimeter of the workpiece opening. The flanging steel then bends the flange radially outward as the drive continues to move the steel to the extended position. The flanging steel bends the workpiece flange radially outward such that a lateral bend line is formed along the flange where no breakline was present before bending.

Abstract: A flange bending apparatus for bending an upstanding flange on an inside perimeter of an automotive window opening. A flanging steel drive reciprocally drives a flanging steel between retracted and extended positions on a frame. The retracted position of the first flanging steel allows a metal panel workpiece to be positioned on the frame with the flanging steel extending through an opening in the workpiece. When in the extended position the flanging steel overlies a portion of an inside perimeter of the opening. As it moves toward the extended position the flanging steel engages an inner surface of an upstanding workpiece flange that extends upward from around the inside perimeter of the workpiece opening. The flanging steel then bends the flange radially outward as the drive continues to move the steel to the extended position. The flanging steel bends the workpiece flange radially outward such that a lateral bend line is formed along the flange where no breakline was present before bending.

Abstract: A method for staging and shipping articles of freight at a transfer facility by which a radio frequency tag capable of receiving and storing transactional data is placed on each of a plurality of articles of freight, the data regarding the article on which the tag placed. After determining at least the approximate weight and outer dimensions of each article of freight, transactional data representative of at least the weight, the outer dimensions, and the desired destination of the article of freight are transferred to and stored in the respective radio frequency tags. As each article of freight is transferred from one location to another within the facility, the transactional data from each radio associated frequency tag is read and stored in one or more memory devices.