mhurhangee/ep-ind-claims huggingface dataset:
Vehicle track-module apparatus including an upper drive wheel (12, 50) with circumferentially-spaced drive members and the upper drive wheel (12, 50) being connectable with respect to a vehicle axle for rotation therewith, a plurality of idler (14A, 14B) and bogey wheels (15A, 15B), and an endless flexible rubber track with a main inner surface and spaced lugs projecting therefrom, the track extending around the wheels (12, 50, 14A, 14B, 15A, 15B) and driven by its engagement with the drive wheel (12, 50), characterized in that the drive wheel (12, 50) further comprises: • a circular middle main plate having a central portion adapted for connection with respect to the vehicle axle, the plate terminating circumferentially in an edge of first diameter and having inward and outward sides forming inward and outward surfaces of the drive wheel (12, 50); • a substantially flat rigidity ring concentric with the middle main plate and affixed to the drive members (12, 50) at inward end portions thereof, the ring having an inner diameter no less than about half the first diameter and an outer diameter no greater than about the second diameter, wherein the circumferentially-spaced drive members extend axially across and project radially beyond the main-plate edge to a second diameter, wherein each drive member has an axially inward end portion, an axially outward end portion, a middle portion therebetween having a middle position, and an outer track-engaging surface, and wherein each drive member is affixed with respect to the main-plate edge, whereby the main plate and the middle position are substantially aligned. • a circular middle main plate having a central portion adapted for connection with respect to the vehicle axle, the plate terminating circumferentially in an edge of first diameter and having inward and outward sides forming inward and outward surfaces of the drive wheel (12, 50); • a substantially flat rigidity ring concentric with the middle main plate and affixed to the drive members (12, 50) at inward end portions thereof, the ring having an inner diameter no less than about half the first diameter and an outer diameter no greater than about the second diameter,
A printing machine, comprising: a printing unit which is configured to perform printing while transferring a sheet at a printing transfer speed (Vg), a circulation transfer unit which is configured to receive the sheet after simplex printing and configured to transfer the sheet by reversing the sheet upside down, during duplex printing, and a paper refeed unit which is configured to refeed, to the printing unit, the sheet transferred by the circulation transfer unit after simplex printing, wherein the circulation transfer unit includes an intermediate transfer unit configured to transfer the sheet at the printing transfer speed (Vg), and a reversing unit which is configured to receive the sheet from the intermediate transfer unit at the printing transfer speed (Vg) and keep transferring the received sheet at the printing transfer speed (Vg) until a trailing end of the sheet has slipped out from the intermediate transfer unit before bringing the sheet to a temporal stop (STOP) for a predetermined time period (t1 to t2) during a switching back operation that is performed to invert the sheet upside down, the reversing unit being further configured to accelerate the sheet up to a circulation transfer speed (Vr) which is higher than the printing transfer speed (Vg) when sheet transfer is restarted after the temporal stop (STOP), and a high-speed transfer unit which is configured to transfer the sheet switched back by the reversing unit, at the circulation transfer speed (Vr). a printing unit which is configured to perform printing while transferring a sheet at a printing transfer speed (Vg), a circulation transfer unit which is configured to receive the sheet after simplex printing and configured to transfer the sheet by reversing the sheet upside down, during duplex printing, and a paper refeed unit which is configured to refeed, to the printing unit, the sheet transferred by the circulation transfer unit after simplex printing, wherein the circulation transfer unit includes an intermediate transfer unit configured to transfer the sheet at the printing transfer speed (Vg), and a reversing unit which is configured to receive the sheet from the intermediate transfer unit at the printing transfer speed (Vg) and keep transferring the received sheet at the printing transfer speed (Vg) until a trailing end of the sheet has slipped out from the intermediate transfer unit before bringing the sheet to a temporal stop (STOP) for a predetermined time period (t1 to t2) during a switching back operation that is performed to invert the sheet upside down, the reversing unit being further configured to accelerate the sheet up to a circulation transfer speed (Vr) which is higher than the printing transfer speed (Vg) when sheet transfer is restarted after the temporal stop (STOP), and a high-speed transfer unit which is configured to transfer the sheet switched back by the reversing unit, at the circulation transfer speed (Vr).
Electrical machine which has a stator and a rotor, wherein the rotor has a hollow shaft, wherein a closed hollow space is formed by means of the hollow shaft, wherein the closed hollow space is provided to accept a coolant, wherein a three-dimensional transport structure (200, 220) is provided in the closed hollow space to transport the coolant, characterised in that the three-dimensional transport structure (200, 220) has a number of vanes (700, 720), wherein a first number of vanes have a first vane position and wherein a second number of vanes have a second vane position, wherein the first vane position is provided to transport the coolant in a first aggregate state and wherein the second vane position is provided to transport the coolant in a second aggregate state
Chromatographic device for analysing multiple samples comprising: - a separator for separating the multiple samples, - an injector unit for injecting the multiple samples into the separator, the injector unit being provided as injector unit for single-sample chromatography, - a detector for detecting overlapping signals of the multiple samples after they are separated by the separator, - a sequence generator configured i) to generate a specific binary sequence comprising substantially the same number of elements "0" and of elements "1" for each of the multiple samples, wherein the specific binary sequences of the multiple samples differ from each other and ii) to generate an extended specific binary sequence by filling the specific binary sequence with a predetermined number of elements "0" or elements "1" before or after each respective element of the specific binary sequence, whichever element will result in no injection, - a controller configured to control the injector unit so that each of the multiple samples is injected into the separator in pulses corresponding to its extended specific binary sequence, and - a decomposer configured to decompose the detected overlapping signals of the multiple samples by identifying at least one of the specific binary sequences in the detected signals. - a separator for separating the multiple samples, - an injector unit for injecting the multiple samples into the separator, the injector unit being provided as injector unit for single-sample chromatography, - a detector for detecting overlapping signals of the multiple samples after they are separated by the separator, - a sequence generator configured i) to generate a specific binary sequence comprising substantially the same number of elements "0" and of elements "1" for each of the multiple samples, wherein the specific binary sequences of the multiple samples differ from each other and ii) to generate an extended specific binary sequence by filling the specific binary sequence with a predetermined number of elements "0" or elements "1" before or after each respective element of the specific binary sequence, whichever element will result in no injection, i) to generate a specific binary sequence comprising substantially the same number of elements "0" and of elements "1" for each of the multiple samples, wherein the specific binary sequences of the multiple samples differ from each other and ii) to generate an extended specific binary sequence by filling the specific binary sequence with a predetermined number of elements "0" or elements "1" before or after each respective element of the specific binary sequence, whichever element will result in no injection, - a controller configured to control the injector unit so that each of the multiple samples is injected into the separator in pulses corresponding to its extended specific binary sequence, and - a decomposer configured to decompose the detected overlapping signals of the multiple samples by identifying at least one of the specific binary sequences in the detected signals.
A process for unwinding material (6, 12, 19) selected from fibres, tapes and multifilament tows from a spool (5, 13) wherein the angle of take off at the first contact point for the unwind (7, 22) is always in the range 0 ± 20°, the first contact point for the unwind (7, 22) is no more than 600 mm from the axis of rotation of the spool (5, 13), the spool (5, 13) is reciprocated transversely relative to the first contact point for the unwind (7, 22) and the transverse reciprocal movement of the spool (5, 13) is free movement driven by the unwinding of the material (6, 12, 19); further wherein the spool (5, 13) is fixedly mounted on a mandrel which is rotatably mounted on an inner cylinder, the inner cylinder is provided with two intersecting spiral grooves (16, 17) and the mandrel is provided with a key that locates in the spiral grooves (16, 17) such that the mandrel is free to move backwards and forwards along the inner cylinder to produce reciprocal lateral movement of the mandrel on the inner cylinder when the spool (5, 13) rotates, so that the mandrel together with the spool (5, 13) moves transversely and reciprocally relative to the first point of contact for the unwind (7, 22).
A spinal rod reduction device, comprising: a fastener engaging member having first and second jaws (24, 26) adapted to engage at least a portion of a fastener; a first arm fixedly coupled to and offset from a longitudinal axis of the fastener engaging member; a second arm pivotally coupled to the first arm; a linkage having a length and a width, the length extending from a proximal end (82p, 84p) to a distal end (82d, 84d) with the distal end being more distal along the longitudinal axis of the fastener engaging member than the proximal end and the length being greater than the width, the proximal end being pivotally coupled to the second arm and the linkage extending transverse to the longitudinal axis of the fastener engaging member; and a reduction member pivotally coupled to the distal end of the linkage such that pivotal movement of the second arm relative to the first arm is effective to move the reduction member along the longitudinal axis of the fastener engaging member to reduce a spinal rod extending between the first and second jaws into a fastener engaged by the first and second jaws. a fastener engaging member having first and second jaws (24, 26) adapted to engage at least a portion of a fastener; a first arm fixedly coupled to and offset from a longitudinal axis of the fastener engaging member; a second arm pivotally coupled to the first arm; a linkage having a length and a width, the length extending from a proximal end (82p, 84p) to a distal end (82d, 84d) with the distal end being more distal along the longitudinal axis of the fastener engaging member than the proximal end and the length being greater than the width, the proximal end being pivotally coupled to the second arm and the linkage extending transverse to the longitudinal axis of the fastener engaging member; and a reduction member pivotally coupled to the distal end of the linkage such that pivotal movement of the second arm relative to the first arm is effective to move the reduction member along the longitudinal axis of the fastener engaging member to reduce a spinal rod extending between the first and second jaws into a fastener engaged by the first and second jaws.
A method of wireless communication by a device, comprising: receiving, from a base station, a self-calibration notification indicating a self-calibration to be performed by the base station and one or more resources allocated for a self-calibration of the base station; and performing, by the device, in response to the self-calibration notification, at least one of deactivating at least one component of the device based on the one or more allocated resources or adjusting utilization of the one or more allocated resources allocated for the self-calibration of the base station, wherein the deactivating one component of the device or adjusting utilization of the one or more allocated resources reduces interference with a reference signal transmitted during the self-calibration of the base station. receiving, from a base station, a self-calibration notification indicating a self-calibration to be performed by the base station and one or more resources allocated for a self-calibration of the base station; and performing, by the device, in response to the self-calibration notification, at least one of deactivating at least one component of the device based on the one or more allocated resources or adjusting utilization of the one or more allocated resources allocated for the self-calibration of the base station, wherein the deactivating one component of the device or adjusting utilization of the one or more allocated resources reduces interference with a reference signal transmitted during the self-calibration of the base station.
A method for stratifying a human female subject with respect to expected outcomes of embryo implantation in an assisted reproduction technology protocol, the method comprising determining the levels of CSF3 and/or CSF3R in a fluid sample together with IL-17A and/or PlGF, wherein elevated levels of CSF3 relative to a control are indicative of a low likelihood of a successful pregnancy and reduced levels of CSF3R relative to a control are indicative of a low likelihood of a successful pregnancy and elevated levels of IL-17A and/or PlGF relative to controls are indicative of low likelihood of successful pregnancy and where normal CSF3 levels is indicative of high likelihood of a successful pregnancy outcome and normal levels of CSF3R are indicative of high likelihood of a successful pregnancy outcome and normal levels of IL-17A and/or PlGF are indicative of high likelihood of a successful pregnancy outcome, all relative to controls, wherein the fluid sample is selected from the list consisting of uterine lavage, blood, plasma or serum, ascites, lymph fluid, tissue exudate and urine.
A retroreflective structure comprising: a first plurality of solid cube corner prisms with a window side and facet surfaces configured to retroreflect light; and a specular or reflective coating on the facet surfaces configured to reflect a first predetermined wavelength or range of wavelengths of light while allowing a second predetermined wavelength or range of wavelengths to pass therethrough, and a coating on the window side configured to absorb visible light while allowing a predetermined wavelength or range of wavelengths to pass therethrough to be retroreflected by the solid cube-corner prisms. a first plurality of solid cube corner prisms with a window side and facet surfaces configured to retroreflect light; and a specular or reflective coating on the facet surfaces configured to reflect a first predetermined wavelength or range of wavelengths of light while allowing a second predetermined wavelength or range of wavelengths to pass therethrough, and a coating on the window side configured to absorb visible light while allowing a predetermined wavelength or range of wavelengths to pass therethrough to be retroreflected by the solid cube-corner prisms.
An apparatus, comprising: - means for determining first information about at least one network slice supported by at least one neighboring cell; - means for determining second information regarding at least one network slice supported by a user equipment; characterized in that the apparatus further comprises - means for providing, via dedicated signaling, third information to the user equipment in a radio resource control, RRC, connected mode, wherein the third information is based on the first and the second information and the third information is useable by the user equipment in an RRC idle mode during a cell selection or reselection phase of an RRC re-establishment procedure or an RRC connection setup procedure. - means for determining first information about at least one network slice supported by at least one neighboring cell; - means for determining second information regarding at least one network slice supported by a user equipment; characterized in that the apparatus further comprises - means for providing, via dedicated signaling, third information to the user equipment in a radio resource control, RRC, connected mode, wherein the third information is based on the first and the second information and the third information is useable by the user equipment in an RRC idle mode during a cell selection or reselection phase of an RRC re-establishment procedure or an RRC connection setup procedure.
An electrode assembly comprising an anode structure and a cathode structure, each of said anode structure and cathode structure comprising an outlet header (16, 36) for evolved gas and spent liquid, wherein i) the outlet header on the anode structure has an internal volume, V A cm 3, an internal cross sectional area at the exit end of the header of A A cm 2 and an internal length L A cm, and ii) the outlet header on the cathode structure has an internal volume, Vc cm 3, an internal cross sectional area at the exit end of the header of Ac cm 2 and an internal length Lc cm. and wherein one or both of the following apply: a) the outlet header on the anode structure is an external header and the ratio V A /(A A × L A) is less than 1, and b) the outlet header on the cathode structure is an external header and the ratio V C /(A C × L C) is less than 1, wherein the external outlet header is an outlet volume by which gases evolved during electrolysis exit the electrode structure and which is provided on the electrode structure outside of the electrolysis compartment. i) the outlet header on the anode structure has an internal volume, V A cm 3, an internal cross sectional area at the exit end of the header of A A cm 2 and an internal length L A cm, and ii) the outlet header on the cathode structure has an internal volume, Vc cm 3, an internal cross sectional area at the exit end of the header of Ac cm 2 and an internal length Lc cm. a) the outlet header on the anode structure is an external header and the ratio V A /(A A × L A) is less than 1, and b) the outlet header on the cathode structure is an external header and the ratio V C /(A C × L C) is less than 1,
A threaded joint for an oil country tubular goods comprising: pins each of which occupies a pipe end portion of a steel pipe for an oil country tubular goods, and includes a externally-threaded portion, a nose which extends toward a pipe end side from the externally-threaded portion, and a shoulder forming a distal end of the nose; and a box which includes internally-threaded portions each forming a threaded portion by being threadedly joined with the externally-threaded portion, and shoulders which are brought into contact with the shoulders of the pins, the pins and the box being joined to each other by the threaded joining so that portions between the threaded portions (5, 7) and the shoulders (12, 14) are brought into metal-to-metal contact with each other thus forming seal portions (11, 13) at the contact portions, the shoulders of the pins and the shoulders of the box forming shoulder faces are brought into contact with each other at the time of make-up the threaded joint, and characterized in that a ratio of a chamfer length of pin thread to a thread pitch (p) is set to 1.0 or more to 3.0 or less, wherein a pin thread chamfer portion is formed on the externally-threaded portion of a pin pipe end side by being shaved off at a constant cutting angle at a final stage of threading, and the chamfer length of the pin thread is a length in a pipe axis direction of the pin thread chamfer portion. pins each of which occupies a pipe end portion of a steel pipe for an oil country tubular goods, and includes a externally-threaded portion, a nose which extends toward a pipe end side from the externally-threaded portion, and a shoulder forming a distal end of the nose; and a box which includes internally-threaded portions each forming a threaded portion by being threadedly joined with the externally-threaded portion, and shoulders which are brought into contact with the shoulders of the pins, the pins and the box being joined to each other by the threaded joining so that portions between the threaded portions (5, 7) and the shoulders (12, 14) are brought into metal-to-metal contact with each other thus forming seal portions (11, 13) at the contact portions, the shoulders of the pins and the shoulders of the box forming shoulder faces are brought into contact with each other at the time of make-up the threaded joint, and characterized in that a ratio of a chamfer length of pin thread to a thread pitch (p) is set to 1.0 or more to 3.0 or less, wherein a pin thread chamfer portion is formed on the externally-threaded portion of a pin pipe end side by being shaved off at a constant cutting angle at a final stage of threading, and the chamfer length of the pin thread is a length in a pipe axis direction of the pin thread chamfer portion.