mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing a positive electrode active material for a secondary battery, the method comprising: preparing a lithium composite transition metal oxide which includes nickel, cobalt, and manganese and contains 60 mol% or more of the nickel among all metals except lithium; adding a moisture absorbent and the lithium composite transition metal oxide into an atomic layer deposition (ALD) reactor; and adding a coating metal precursor into the atomic layer deposition (ALD) reactor, and forming a metal oxide coating layer on surfaces of particles of the lithium composite transition metal oxide by atomic layer deposition (ALD); wherein a moisture content of the lithium composite transition metal oxide in the atomic layer deposition (ALD) reactor is 300 ppm or less before performing the atomic layer deposition (ALD). preparing a lithium composite transition metal oxide which includes nickel, cobalt, and manganese and contains 60 mol% or more of the nickel among all metals except lithium; adding a moisture absorbent and the lithium composite transition metal oxide into an atomic layer deposition (ALD) reactor; and adding a coating metal precursor into the atomic layer deposition (ALD) reactor, and forming a metal oxide coating layer on surfaces of particles of the lithium composite transition metal oxide by atomic layer deposition (ALD); wherein a moisture content of the lithium composite transition metal oxide in the atomic layer deposition (ALD) reactor is 300 ppm or less before performing the atomic layer deposition (ALD).
A control device intended to control a function of a vehicle passenger compartment, the control device comprising: - a user interface module configured for selection by the user of a function amongst a set of functions of the passenger compartment, - a unique haptic module configured to provide a user with a haptic feedback amongst a plurality of haptic feedbacks, and - a central unit configured to communicate with the user interface module and the haptic module , comprising a library of haptic feedback patterns, each haptic feedback pattern being associated with a function, the central unit being configured to select, in the library of haptic feedback patterns, the haptic feedback pattern associated with the function selected by the user, and to control the haptic module to provide the haptic feedback having the selected haptic feedback pattern, the haptic module comprising: - a haptic button mounted movable in rotation, - a position sensor of the haptic button configured to communicate an angular position and the direction of rotation of the haptic button to the central unit , and - two resonators extending perpendicularly to an axis of rotation of the haptic button, having an ultrasonic resonance frequency and configured to generate vibrations in the plane of the resonator by application of a haptic feedback pattern having a frequency close or equal to the resonance frequency by the central unit in response to the information transmitted by the position sensor , so as to cause an ultrasonic lubrication of the haptic button . - a user interface module configured for selection by the user of a function amongst a set of functions of the passenger compartment, - a unique haptic module configured to provide a user with a haptic feedback amongst a plurality of haptic feedbacks, and - a central unit configured to communicate with the user interface module and the haptic module , comprising a library of haptic feedback patterns, each haptic feedback pattern being associated with a function, the central unit being configured to select, in the library of haptic feedback patterns, the haptic feedback pattern associated with the function selected by the user, and to control the haptic module to provide the haptic feedback having the selected haptic feedback pattern, - a haptic button mounted movable in rotation, - a position sensor of the haptic button configured to communicate an angular position and the direction of rotation of the haptic button to the central unit , and - two resonators extending perpendicularly to an axis of rotation of the haptic button, having an ultrasonic resonance frequency and configured to generate vibrations in the plane of the resonator by application of a haptic feedback pattern having a frequency close or equal to the resonance frequency by the central unit in response to the information transmitted by the position sensor , so as to cause an ultrasonic lubrication of the haptic button .
A method for providing the risk of developing rheumatoid arthritis (RA) in a human individual suffering from undifferentiated arthritis or arthralgia, said method comprising determining whether a sample comprising a body fluid of said individual comprises an Anti-Carbamylated Protein (anti-CarP) IgA antibody; and wherein the detection of said anti-CarP IgA antibody classifies said individual to be at risk of developing RA later in life.
A cover plate assembly for a concave grate of a combine harvester, the concave grate comprising two parallel arcuate side rails , a plurality of axial bars spanning the parallel arcuate rails , and an anchor device secured to one of said side rails of said concave grate , wherein the cover plate assembly comprises: an elongated body dimensioned to fit between the two parallel arcuate side rails on an exterior of the concave grate of the combine harvester; said elongated body having two opposing ends, each end having a clasp element formed therein, wherein the clasp elements are configured to grasp onto separate axial bars spanning the parallel arcuate rails and lock said elongated body in a supinated position against the exterior of said concave grate ; and a latching mechanism configured to maintain the position of said elongated body relative to said concave grate so that each of said clasp elements maintains its grasp on its respective axial bar , wherein said latching mechanism comprises: an anchor bracket attached to an exterior-facing side of said elongated body, and a mechanism configured to induce a tension force between the anchor bracket and the anchor device . an elongated body dimensioned to fit between the two parallel arcuate side rails on an exterior of the concave grate of the combine harvester; said elongated body having two opposing ends, each end having a clasp element formed therein, wherein the clasp elements are configured to grasp onto separate axial bars spanning the parallel arcuate rails and lock said elongated body in a supinated position against the exterior of said concave grate ; and a latching mechanism configured to maintain the position of said elongated body relative to said concave grate so that each of said clasp elements maintains its grasp on its respective axial bar , wherein said latching mechanism comprises: an anchor bracket attached to an exterior-facing side of said elongated body, and a mechanism configured to induce a tension force between the anchor bracket and the anchor device . an anchor bracket attached to an exterior-facing side of said elongated body, and a mechanism configured to induce a tension force between the anchor bracket and the anchor device .
A method comprising: receiving, by a server computer, a data set from one or more client computers connected with the server computer via a communications network; storing, by the server computer, the data set in a distributed storage memory including a set of memory based compute nodes associated with the server, the dataset stored in parts across the set of memory based compute nodes; executing, by the set of memory based compute nodes associated with the server, one or more analytical processes on the data set from the distributed storage memory to generate summary statistics based on each of the analytical processes, each compute node finding partial statistics of a data part stored on the respective compute node, the partial statistics representative of a respective data part; storing the summary statistics in a random access memory associated with the server computer, the random access memory being accessible by at least one of the compute nodes, the summary statistics being a combination of the partial statistics and representative of the full data set; in addition to summary statistics, identifying outlier data by comparing subsets of data in the data set and using the identified outlier data in a predictive model for self-calibrating; generating, by the at least one of the compute nodes, a graphical representation of at least some summary statistics stored in the random access memory; and formatting, by the server computer, the graphical representation of at least some summary statistics for transmission to and display by the one or more client computers. receiving, by a server computer, a data set from one or more client computers connected with the server computer via a communications network; storing, by the server computer, the data set in a distributed storage memory including a set of memory based compute nodes associated with the server, the dataset stored in parts across the set of memory based compute nodes; executing, by the set of memory based compute nodes associated with the server, one or more analytical processes on the data set from the distributed storage memory to generate summary statistics based on each of the analytical processes, each compute node finding partial statistics of a data part stored on the respective compute node, the partial statistics representative of a respective data part; storing the summary statistics in a random access memory associated with the server computer, the random access memory being accessible by at least one of the compute nodes, the summary statistics being a combination of the partial statistics and representative of the full data set; in addition to summary statistics, identifying outlier data by comparing subsets of data in the data set and using the identified outlier data in a predictive model for self-calibrating; generating, by the at least one of the compute nodes, a graphical representation of at least some summary statistics stored in the random access memory; and formatting, by the server computer, the graphical representation of at least some summary statistics for transmission to and display by the one or more client computers.
An additive manufacturing system suitable for selective laser melting for applying a powder layer to a substrate , comprising a rotary manufacturing unit , wherein the rotary manufacturing unit comprises a first manufacturing chamber (M) and a second manufacturing chamber (M), wherein the first manufacturing chamber (M) comprises a first openable cover and the second manufacturing chamber (M) comprises a second openable cover , wherein the first manufacturing chamber (M) comprises a first doctor blade configured to apply a powder layer on a first substrate , wherein the second manufacturing chamber (M) comprises a second doctor blade configured to apply a powder layer on a second substrate , wherein the rotary manufacturing unit is configured to be rotatable into a first position in which the first manufacturing chamber (M) is positioned for irradiating the powder layer on the first substrate and the second manufacturing chamber (M) is positioned for enabling an opening of the second cover , and into a second position in which the second manufacturing chamber (M) is positioned for irradiating the powder layer on the second substrate and the first manufacturing chamber (M) is positioned for enabling an opening of the first cover .
A machine for blowing or stretch-blowing bottles or containers made of a polymer material having a plurality of molds which are movable on a transport system, wherein each of said molds has a front, a back, and a bottom and comprises a first half-mold and a second half-mold hinged about a hinge axis and a base , wherein each of said molds comprises a mechanism for the synchronized actuation of the half-molds and the base actuated by an actuator thereof, which is independent from the motorization of the machine, to cyclically form, in cooperation with suitable shaped portions (S), a closed cavity adapted to receive a preheated preform and to allow the expansion by blowing or stretch-blowing of the preform inside the cavity to obtain a bottle or container, wherein the base is wedge-shaped and comprises a horizontal closing surface , facing the bottom of the mold , and an inclined surface , and wherein the actuation mechanism of the base comprises a wedge-shaped element having an inclined surface with an inclination descending towards the front of the mold , said inclined surface of the base and inclined surface of the wedge-shaped element being slidingly coupled to each other.
A lift arm lifting and lowering mechanism comprising: - a cylinder case provided with a cylinder portion into which oil can be fed; - a piston slideably disposed inside the cylinder portion to form a hydraulic chamber and receiving hydraulic pressure of the hydraulic chamber on a first surface of the piston when oil is fed into the cylinder case; - a safety valve provided to the piston and configured to discharge the oil from inside the hydraulic chamber when the hydraulic pressure of the hydraulic chamber becomes greater than or equal to a predetermined value; and - a lift arm supported by the cylinder case and rotatable in conjunction with movement of the piston , wherein - the piston includes an oil passage allowing communication between a second surface of the piston and the first surface of the piston , and - the oil passage includes: - a containing portion provided to open on the first surface side and capable of containing the safety valve ; and - a non-containing portion provided to open on the second surface side relative to the containing portion and incapable of containing the safety valve , characterized in that the piston includes a recess provided to open in the first surface and in that - the containing portion is provided outside the recess ; or - a thickening portion is provided to protrude from a bottom of the recess and the containing portion is provided at the thickening portion . - a cylinder case provided with a cylinder portion into which oil can be fed; - a piston slideably disposed inside the cylinder portion to form a hydraulic chamber and receiving hydraulic pressure of the hydraulic chamber on a first surface of the piston when oil is fed into the cylinder case; - a safety valve provided to the piston and configured to discharge the oil from inside the hydraulic chamber when the hydraulic pressure of the hydraulic chamber becomes greater than or equal to a predetermined value; and - a lift arm supported by the cylinder case and rotatable in conjunction with movement of the piston , wherein - the piston includes an oil passage allowing communication between a second surface of the piston and the first surface of the piston , and - the oil passage includes: - a containing portion provided to open on the first surface side and capable of containing the safety valve ; and - a non-containing portion provided to open on the second surface side relative to the containing portion and incapable of containing the safety valve , - the containing portion is provided outside the recess ; or - a thickening portion is provided to protrude from a bottom of the recess and the containing portion is provided at the thickening portion .
An apparatus comprising memory and one or more block-based processor cores , at least one of the cores comprising: an instruction decoder configured to generate load store identifiers indicating a relative ordering for all memory access instructions decoded from an instruction block, wherein the generated load store identifiers are not encoded within the respective memory access instructions; and a control unit configured to issue memory access instructions in the instruction block based at least in part on using at least one of the generated load store identifiers to determine that all memory access instructions to be executed for the instruction block have executed. an instruction decoder configured to generate load store identifiers indicating a relative ordering for all memory access instructions decoded from an instruction block, wherein the generated load store identifiers are not encoded within the respective memory access instructions; and a control unit configured to issue memory access instructions in the instruction block based at least in part on using at least one of the generated load store identifiers to determine that all memory access instructions to be executed for the instruction block have executed.
An arrangement for improving the performance of a start assist system for an internal combustion engine (ICE) of a vehicle comprising: a start/stop system, a primary source of electrical energy (V1); a secondary source of electrical energy (V2); an electrical starter motor (S); an engine control unit (ECU); and additional vehicle electrical loads, and a start controller (SC) arranged such that the starter motor (S) and engine control unit (ECU) are operated with power supplied from the primary source of electrical energy (V1) at a first cold starting attempt and characterized in that the start controller is arranged such that, if reset of the engine control unit (ECU) occurs during the first cold starting attempt as a result of that the primary source of electrical energy (V1) is suffering from reduced performance such that the power is sufficient for the starter motor to crank the internal combustion engine, but otherwise insufficient for maintaining a sufficient voltage level, the starter motor (S) is operated with power supplied from the primary source of electrical energy (V1) and the engine control unit (ECU) is operated with power supplied from the secondary source of electrical energy (V2) for an additional cold starting attempt.
A method of wireless communication, comprising: transmitting signaling that indicates a configuration for semi-persistent scheduling, SPS; transmitting a downlink control message that activates the SPS, wherein the configuration or the downlink control message indicates a coverage enhancement level; and communicating with a user equipment, UE, on resources assigned by the SPS according to the coverage enhancement level, wherein the signaling that indicates the configuration for SPS comprises an indication for the UE to refrain from transmitting during a transmission period of the configuration when an uplink data buffer of the UE is empty. transmitting signaling that indicates a configuration for semi-persistent scheduling, SPS; transmitting a downlink control message that activates the SPS, wherein the configuration or the downlink control message indicates a coverage enhancement level; and communicating with a user equipment, UE, on resources assigned by the SPS according to the coverage enhancement level, wherein the signaling that indicates the configuration for SPS comprises an indication for the UE to refrain from transmitting during a transmission period of the configuration when an uplink data buffer of the UE is empty.
Aboard mating connector comprising: a first body part having a first hollow portion formed therein; a signal contact part inserted into the first hollow portion ; a dielectric part positioned between the first body part and the signal contact part ; a second body part which has a second hollow portion formed therein, is positioned between the dielectric part and the first body part , and is formed of a metal plate; a ground contact part which extends upward from an upper side of the second body part and is separated into a plurality of portions by a plurality of slits to have elasticity; characterized in that the board mating connector further comprises: a plurality of fixing portions which extend inward along a circumferential surface of a lower side of the second body part ; wherein upper surfaces of the plurality of fixing portions and a lower surface of the dielectric part are in contact with each other. a first body part having a first hollow portion formed therein; a signal contact part inserted into the first hollow portion ; a dielectric part positioned between the first body part and the signal contact part ; a second body part which has a second hollow portion formed therein, is positioned between the dielectric part and the first body part , and is formed of a metal plate; a ground contact part which extends upward from an upper side of the second body part and is separated into a plurality of portions by a plurality of slits to have elasticity; a plurality of fixing portions which extend inward along a circumferential surface of a lower side of the second body part ; wherein upper surfaces of the plurality of fixing portions and a lower surface of the dielectric part are in contact with each other.
A method for adjusting brake pressures (P, P-VA, P-HA) on pneumatically actuated wheel brakes of a vehicle , wherein a brake pressure (P) on the wheel brakes is adjusted in a normal braking mode as a function of a driver braking demand that is determined by a driver of the vehicle , and wherein a brake control unit , for implementation of driving stability functions, to wit, at least one anti-lock function , as well as for implementation of external braking demands independent of the driver braking demand , undertakes adjustment of the brake pressures (P, P-VA, P-HA) in a pressure control mode , in that the brake control unit determines control signals for pressure control valves of the respective wheel brakes in the pressure control mode and changes the brake pressures (P, P-VA, P-HA) of the relevant wheel brakes by actuating the pressure control valves , wherein the brake control unit in the normal braking mode - continuously determines at least one differential slip value as a difference between slip values of two wheels or axles of the vehicle , and - determines an interaxle braking distribution index for a relevant pair of axles by an assessment of a change in the differential slip value within an evaluation interval and wherein the brake control unit in the pressure control mode uses the interaxle braking distribution index that is determined in the normal braking mode for the weighting of the control signals for the respective pair of axles , characterized in that a time-related change to a first evaluation interval of the current differential slip value relative to a characteristic value at a starting time of a first evaluation interval is determined and the interaxle braking distribution index is quantitatively determined according to a time-related change in the current differential slip value . - continuously determines at least one differential slip value as a difference between slip values of two wheels or axles of the vehicle , and - determines an interaxle braking distribution index for a relevant pair of axles by an assessment of a change in the differential slip value within an evaluation interval