mhurhangee/ep-ind-claims huggingface dataset:
A method of facilitating construction of a synthetic backup in a deduplication storage system, the synthetic backup including a plurality of input data segments, the method comprising: for each input data segment of the plurality of input data segments, retrieving a plurality of stored deduplication digests of stored data segments, referenced by the input data segments; partitioning each input data segment into a plurality of fixed-sized data sub-segments; for each of the plurality of data sub-segments, calculating each of a plurality of sub-segment deduplication digests based on the retrieved plurality of stored deduplication digests; and aggregating each of the plurality of sub-segment deduplication digests to generate a deduplication digest of each input data segment, wherein all the deduplication digests of the input data segments form the deduplication digest of the synthetic backup. for each input data segment of the plurality of input data segments, retrieving a plurality of stored deduplication digests of stored data segments, referenced by the input data segments; partitioning each input data segment into a plurality of fixed-sized data sub-segments; for each of the plurality of data sub-segments, calculating each of a plurality of sub-segment deduplication digests based on the retrieved plurality of stored deduplication digests; and aggregating each of the plurality of sub-segment deduplication digests to generate a deduplication digest of each input data segment, wherein all the deduplication digests of the input data segments form the deduplication digest of the synthetic backup.
A pharmaceutical composition comprising: a therapeutically-effective amount of a Tie-2 activator of the formula: or a pharmaceutically-acceptable salt thereof; and 2-hydroxypropyl-β-cyclodextrin, wherein the pharmaceutical composition is formulated in a unit dosage form. or a pharmaceutically-acceptable salt thereof; and 2-hydroxypropyl-β-cyclodextrin, wherein the pharmaceutical composition is formulated in a unit dosage form.
A method of controlling a compressor of an air conditioner to stop, characterized by comprising: acquiring a preset phase range for stopping the compressor, wherein the preset phase range is pre-determined according to a rotor phase corresponding to a minimum load of the compressor, wherein the rotor phase corresponding to the minimum load is acquired according to a minimum amplitude of a torque current of the compressor or a minimum amplitude of a compensation torque of the compressor, and wherein the preset phase range is determined by floating the rotor phase corresponding to the minimum load upward by a first present threshold and downward by a second preset threshold; during a shutdown process of the air conditioner, acquiring a current orientation of a rotor of the compressor and determining whether a phase of the rotor is within the preset phase range according to the current orientation of the rotor; and controlling the compressor to stop if the phase of the rotor is determined to be within the preset phase range including the rotor phase corresponding to the minimum load of the compressor such that a vibration and stress of a piping connected to the compressor is reduced. acquiring a preset phase range for stopping the compressor, wherein the preset phase range is pre-determined according to a rotor phase corresponding to a minimum load of the compressor, wherein the rotor phase corresponding to the minimum load is acquired according to a minimum amplitude of a torque current of the compressor or a minimum amplitude of a compensation torque of the compressor, and wherein the preset phase range is determined by floating the rotor phase corresponding to the minimum load upward by a first present threshold and downward by a second preset threshold; during a shutdown process of the air conditioner, acquiring a current orientation of a rotor of the compressor and determining whether a phase of the rotor is within the preset phase range according to the current orientation of the rotor; and controlling the compressor to stop if the phase of the rotor is determined to be within the preset phase range including the rotor phase corresponding to the minimum load of the compressor such that a vibration and stress of a piping connected to the compressor is reduced.
A positive active material comprising a lithium-containing compound represented by the following Chemical Formula: LiFe 1-x-z V x Co z P y O 4 wherein 0< x < 0.20, 0.90≤y<1.20 and 0<z < 0.20. and wherein the ratio of x to z is of 0.5 ≤ x/z ≤ 5.
A method of adaptive event processing to evaluate telecommunication sessions, the method comprising: for each telecommunication session: correlating events data collected for the corresponding telecommunication session; storing the correlated events data in memory; generating a User Activity Record, UAR, for a current time window for each of the telecommunication sessions, each of the generated UARs including one or more Key Performance Indicators, KPIs, determined responsive to the correlated events data for the corresponding telecommunication session; identifying each UAR as a normal UAR, nUAR, or an abnormal UAR, aUAR, responsive to an evaluation of each UAR; appending enrichment data to each aUAR to generate a detailed UAR, dUAR, said enrichment data comprising the stored correlated events data for the corresponding telecommunication session; generating a subset of UARs for analytics processing for the current time window, said subset of UARs having fewer UARs than the total number of generated UARs and comprising a first number of dUARs and a second number of nUARs; and applying the analytics processing to the generated subset of UARs to evaluate the telecommunication sessions. correlating events data collected for the corresponding telecommunication session; storing the correlated events data in memory; generating a User Activity Record, UAR, for a current time window for each of the telecommunication sessions, each of the generated UARs including one or more Key Performance Indicators, KPIs, determined responsive to the correlated events data for the corresponding telecommunication session; identifying each UAR as a normal UAR, nUAR, or an abnormal UAR, aUAR, responsive to an evaluation of each UAR; appending enrichment data to each aUAR to generate a detailed UAR, dUAR, said enrichment data comprising the stored correlated events data for the corresponding telecommunication session; generating a subset of UARs for analytics processing for the current time window, said subset of UARs having fewer UARs than the total number of generated UARs and comprising a first number of dUARs and a second number of nUARs; and applying the analytics processing to the generated subset of UARs to evaluate the telecommunication sessions.
A system for controlling renal neuromodulation, the system comprising: an apparatus configured for being positioned within the renal vasculature, the apparatus comprising an electrode configured for placement proximate to a wall of a renal blood vessel; characterised in a power output module for controlled increasing of energy delivery via the electrode to a first predetermined power level over a first period of time and controlling the energy delivery at this first power level for a second period of time after reaching the first power level; a sensor for measuring a temperature of a treatment site or of the electrode; and a calculation module for deriving a temperature value based on the measured temperature, wherein the system includes instructions that cause the energy delivery to increase to a second power level from the first power level if the temperature value is less than a preset threshold, wherein the system further includes instructions that cause the energy delivery to be maintained at the predetermined first power level if the temperature value is greater than the preset temperature threshold. an apparatus configured for being positioned within the renal vasculature, the apparatus comprising an electrode configured for placement proximate to a wall of a renal blood vessel; characterised in a power output module for controlled increasing of energy delivery via the electrode to a first predetermined power level over a first period of time and controlling the energy delivery at this first power level for a second period of time after reaching the first power level; a sensor for measuring a temperature of a treatment site or of the electrode; and a calculation module for deriving a temperature value based on the measured temperature, wherein the system includes instructions that cause the energy delivery to increase to a second power level from the first power level if the temperature value is less than a preset threshold, wherein the system further includes instructions that cause the energy delivery to be maintained at the predetermined first power level if the temperature value is greater than the preset temperature threshold.
An article of footwear comprising: an undulating midsole comprising: a first side; a second side; a plurality of spaced apart peaks extending along a width of the midsole between the first and second sides; and a plurality of spaced apart troughs extending along a width of the midsole between the first and second sides; and a plate attached to the plurality of spaced apart peaks; wherein the plurality of spaced apart peaks have a greater height at the first and second sides of the midsole than in an area between the first and second sides. an undulating midsole comprising: a first side; a second side; a plurality of spaced apart peaks extending along a width of the midsole between the first and second sides; and a plurality of spaced apart troughs extending along a width of the midsole between the first and second sides; and a plate attached to the plurality of spaced apart peaks; wherein the plurality of spaced apart peaks have a greater height at the first and second sides of the midsole than in an area between the first and second sides. a first side; a second side; a plurality of spaced apart peaks extending along a width of the midsole between the first and second sides; and a plurality of spaced apart troughs extending along a width of the midsole between the first and second sides; and a plate attached to the plurality of spaced apart peaks; wherein the plurality of spaced apart peaks have a greater height at the first and second sides of the midsole than in an area between the first and second sides.
A composite component, comprising: a fiber array, a plurality of platelets bridging between fiber filaments of the fiber array and rigidizing the fiber array; a resin-based matrix phase disposed within voids of the fiber array; wherein the component further comprises a reaction product formed from a reaction between a metallic constituent of the platelets and carbon of the resin-based phase. a fiber array, a plurality of platelets bridging between fiber filaments of the fiber array and rigidizing the fiber array; a resin-based matrix phase disposed within voids of the fiber array; wherein the component further comprises a reaction product formed from a reaction between a metallic constituent of the platelets and carbon of the resin-based phase.
System for charging an electric vehicle, having a measuring device which is arranged in an electric vehicle and is designed to measure a charge voltage at a charging interface of the electric vehicle; having an evaluation device which is designed to determine first characteristic variables from the measured charge voltage; a communication device which is designed to transfer the first characteristic variables to further electric vehicles (10-1 - 10-12) and/or to receive, from the further electric vehicles (10-1 - 10-12), second characteristic variables relating to charge voltages of the further electric vehicles (10-1 - 10-12); having a control device which is designed to control, in accordance with the first and/or second characteristic variables (7, 8), the charge power which is extracted by the electric vehicle from a power supply grid via the charging interface, wherein the first and/or second characteristic variables (7, 8) have at least the phase position of the charge voltage, characterized in that the control device is designed to determine, on the basis of the phase position, whether the electric vehicle and at least one of the further electric vehicles (10-1 - 10-12) are coupled to the same electric phase (15-1 - 15-3) of the power supply grid.
A method performed by a network node for adaptive hybrid automatic repeat request, HARQ, retransmissions in a communication network, the method comprising: determining that an uplink transmission from a wireless device was not received; transmitting an adaptive HARQ retransmission request to the wireless device; determining that an adaptive HARQ retransmission was not received from the wireless device; determining whether to transmit another adaptive HARQ retransmission request to the wireless device; and in response to determining that another adaptive HARQ retransmission request should not be sent to the wireless device, stopping additional adaptive HARQ retransmission requests to the wireless device, characterised in that determining whether to transmit another adaptive HARQ retransmission request to the wireless device comprises: counting a number of adaptive HARQ retransmission requests that have previously been sent to the wireless device; and determining that another adaptive HARQ retransmission request should not be sent when the number of adaptive HARQ retransmission requests reaches a preconfigured number. determining that an uplink transmission from a wireless device was not received; transmitting an adaptive HARQ retransmission request to the wireless device; determining that an adaptive HARQ retransmission was not received from the wireless device; determining whether to transmit another adaptive HARQ retransmission request to the wireless device; and in response to determining that another adaptive HARQ retransmission request should not be sent to the wireless device, stopping additional adaptive HARQ retransmission requests to the wireless device, characterised in that determining whether to transmit another adaptive HARQ retransmission request to the wireless device comprises: counting a number of adaptive HARQ retransmission requests that have previously been sent to the wireless device; and determining that another adaptive HARQ retransmission request should not be sent when the number of adaptive HARQ retransmission requests reaches a preconfigured number. counting a number of adaptive HARQ retransmission requests that have previously been sent to the wireless device; and determining that another adaptive HARQ retransmission request should not be sent when the number of adaptive HARQ retransmission requests reaches a preconfigured number.
Rotor of a rotating electrical machine of generally cylindrical form comprising a plurality of alternating North poles and South poles formed from a plurality of permanent magnets (3, 4) arranged in recesses (5, 6) extending along an axis (XX') of said rotor and evenly distributed between a circumferential part and a central part of the magnetic mass of said rotor so as to define a plurality of circumferential polar sections, said permanent magnets (3, 4) having a first radial plane of symmetry and said polar sections having a second radial plane of symmetry, each of said permanent magnets (3, 4) comprising a main magnet and at least two auxiliary magnets, each of said recesses (5, 6) is formed by a main recess containing said main magnet and at least two auxiliary recesses containing said auxiliary magnets, a plot in a radial plane of two said adjacent auxiliary recesses is a V-shaped figure, each of said auxiliary magnets has, in a circumferential direction, a predetermined width so as to minimize a stator current (Is) of said machine at constant motor torque, characterized in that: - the permanent magnets are made of ferrite, - the at least two auxiliary recesses are each separated from said corresponding main recess by a wall of magnetic mass of uniform thickness, - a ratio (r) equal to said predetermined width to an available width (Lmax) lies substantially between 15% and 30%, said available width (Lmax) being equal to a distance between said main magnet and a generatrix resulting from the intersection of said cylinder and of said second radial plane of symmetry of said adjacent polar section. - the permanent magnets are made of ferrite, - the at least two auxiliary recesses are each separated from said corresponding main recess by a wall of magnetic mass of uniform thickness, - a ratio (r) equal to said predetermined width to an available width (Lmax) lies substantially between 15% and 30%, said available width (Lmax) being equal to a distance between said main magnet and a generatrix resulting from the intersection of said cylinder and of said second radial plane of symmetry of said adjacent polar section.
Connecting device for connecting to an electrical connection system (3, 104) of a solar module, comprising: - a connector housing to be arranged on an outer surface of the solar module, - at least one connection means which can be arranged in the connector housing and can be connected to a conductor, which is led out of the solar module, of the electrical connection system of the solar module, - wherein the connection means has at least one resiliently embodied contact region, which is embodied for contacting the led-out conductor in a contacting position, and a mating contact region opposing the resiliently embodied contact region, and the resiliently embodied contact region is embodied to press, in the contacting position, the led-out conductor against the mating contact region, wherein the contact region and the mating contact region are connected to each other by a connecting region, characterized by - the connection means having at least one engagement portion (41, 42) which is embodied as a gap which is shaped by the contact region and the mating contact region and into which a tool can be inserted in order to move the resiliently embodied contact region out of its contacting position. - a connector housing to be arranged on an outer surface of the solar module, - at least one connection means which can be arranged in the connector housing and can be connected to a conductor, which is led out of the solar module, of the electrical connection system of the solar module, - wherein the connection means has at least one resiliently embodied contact region, which is embodied for contacting the led-out conductor in a contacting position, and a mating contact region opposing the resiliently embodied contact region, and the resiliently embodied contact region is embodied to press, in the contacting position, the led-out conductor against the mating contact region, wherein the contact region and the mating contact region are connected to each other by a connecting region, characterized by - the connection means having at least one engagement portion (41, 42) which is embodied as a gap which is shaped by the contact region and the mating contact region and into which a tool can be inserted in order to move the resiliently embodied contact region out of its contacting position.
Device adapted to at least partially cover a coupler-head of a multi-car vehicle, wherein the device comprises a front window and a front face cover, wherein a top cover section and side cover sections are connected to the front window, and the front face cover is adapted to be (a) selectively attached to or detached from the front window and/or the cover sections (3, 4) and/or (b) rotatable such that the front face cover can be swung towards a side cover section. wherein the top cover section and/or the side cover sections comprises a flexible material of sheet-like nature. (a) selectively attached to or detached from the front window and/or the cover sections (3, 4) and/or (b) rotatable such that the front face cover can be swung towards a side cover section.
An infusate caddy, including at least two infusate containers, comprising: a bottom and at least one side extending upwardly from the bottom to form a shape complementary to a receiving compartment on a dialysis machine; and at least two receiving compartments disposed on the infusate caddy complementary to at least two infusate containers (12, 13, 14) wherein every receiving compartment disposed on the infusate caddy has at least one fitting feature (36, 37) positioned on an interior surface of the receiving compartment, said at least one fitting feature (36, 37) complementary to a corresponding fitting feature disposed on the at least two infusate containers (12, 13, 14), characterised in that the at least two infusate containers fit into unique positions inside the infusate caddy, the unique positions defined by the at least one fitting feature; wherein every receiving compartment has a size and/or shape different from every other receiving compartment. a bottom and at least one side extending upwardly from the bottom to form a shape complementary to a receiving compartment on a dialysis machine; and at least two receiving compartments disposed on the infusate caddy complementary to at least two infusate containers (12, 13, 14) wherein every receiving compartment disposed on the infusate caddy has at least one fitting feature (36, 37) positioned on an interior surface of the receiving compartment, said at least one fitting feature (36, 37) complementary to a corresponding fitting feature disposed on the at least two infusate containers (12, 13, 14), characterised in that the at least two infusate containers fit into unique positions inside the infusate caddy, the unique positions defined by the at least one fitting feature; wherein every receiving compartment has a size and/or shape different from every other receiving compartment.
A nonvolatile flash memory device, comprising an output buffer configured to supply a data out signal in response to an assertion of a read enable signal; and a tri-state output driver coupled to the data out signal and an output enable signal, and configured to drive the data out signal onto an output node when the output enable signal is asserted, the tri-state output driver presenting a high impedance at the output node otherwise, characterized by a judge circuit to assert an output flag signal in response to the assertion of the read enable signal, the judge circuit deasserting the output flag signal when the read enable signal remains deasserted for at least a hold time, wherein in at least one read mode the output enable signal is responsive to the output flag signal; and a multiplexer having a multiplexer output that is selectable, based on a read mode input signal, from a first and a second signal input, the first signal input coupled to the output flag signal, and the second input coupled to the read enable signal, wherein the output enable signal is responsive to the multiplexer output.