mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit, comprising: a reverse current protection, RCP, switch coupled between a power supply rail and a buffer power supply node; a voltage reference circuit configured to generate a reference voltage from a power supply voltage supplied by the power supply rail; a control circuit (125, 135) powered by a buffer supply voltage carried on the buffer power supply node, wherein the control circuit is configured to open the RCP switch in response to a determination that the reference voltage is greater than the power supply voltage and to close the RCP switch in response to a determination that the reference voltage is less than the power supply voltage. a reverse current protection, RCP, switch coupled between a power supply rail and a buffer power supply node; a voltage reference circuit configured to generate a reference voltage from a power supply voltage supplied by the power supply rail; a control circuit (125, 135) powered by a buffer supply voltage carried on the buffer power supply node, wherein the control circuit is configured to open the RCP switch in response to a determination that the reference voltage is greater than the power supply voltage and to close the RCP switch in response to a determination that the reference voltage is less than the power supply voltage.
A method for configuring an OpenFlow instance, which is applicable to a system comprising an access controller AC and at least one access point AP accessing the AC, wherein the method comprises: obtaining, by the AC, configuration information of a global OpenFlow instance and configuration information of an AP OpenFlow instance corresponding to each AP; sending, by the AC, the configuration information of a corresponding AP OpenFlow instance to each AP respectively, wherein each AP creates an AP OpenFlow based on received configuration information of the AP OpenFlow instance, and binds an AP identifier to the created AP OpenFlow instance, wherein a wireless virtual interface created by the AP corresponds to the AP OPenFlow instance, such that when the wireless interface of the AP changes, it is not needed to re-configure the AP OpenFlow instance; creating, by the AC, the global OpenFlow instance based on the configuration information of the global OpenFlow instance; and binding, by the AC, an AC identifier and the AP identifier of each AP to the global OpenFlow instance. obtaining, by the AC, configuration information of a global OpenFlow instance and configuration information of an AP OpenFlow instance corresponding to each AP; sending, by the AC, the configuration information of a corresponding AP OpenFlow instance to each AP respectively, wherein each AP creates an AP OpenFlow based on received configuration information of the AP OpenFlow instance, and binds an AP identifier to the created AP OpenFlow instance, wherein a wireless virtual interface created by the AP corresponds to the AP OPenFlow instance, such that when the wireless interface of the AP changes, it is not needed to re-configure the AP OpenFlow instance; creating, by the AC, the global OpenFlow instance based on the configuration information of the global OpenFlow instance; and binding, by the AC, an AC identifier and the AP identifier of each AP to the global OpenFlow instance.
A valve comprising a valve housing, an insert, a valve seat, a valve element, a first fluid passage and a second fluid passage, wherein the insert can be rotated to reverse the flow direction from the first fluid passage through the valve seat to the second fluid passage, characterized in that the valve comprises a presetting element that is adjustable to change the maximum flow through the valve.
A method for an electromagnetic survey of electrically resistive target objects that potentially contain hydrocarbons, the method comprises: - determination of electrical characteristics of a stratum being surveyed by use of the transverse magnetic mode of at least one electromagnetic field source and registration of the transverse magnetic response; characterised in that - intermittent source current pulses (81, 82) with a sharply defined termination are generated in the at least one electromagnetic field source; - the intermittent source current pulses (81, 82) are transferred to a submerged, essentially vertical transmitter antenna and transmitted into the strata, - medium responses are intercepted by at least one receiver provided with at least one submerged, essentially vertical receiver antenna, in the time between the consecutive current pulses; as - the at least one electromagnetic field source and the at least one receiver are submerged in a body of water; wherein - the at least one receiver is deployed in an induction zone, which corresponds to an area where the horizontal distance between the at least one transmitter antenna and the at least one receiver is equal to R, and R ≤ ( tρ α (t) / μ 0) 1 / 2, where t is the time lag counted from the instant after the electromagnetic field source has been switched off, μ 0 = 4π10 -7 H/m, and ρ α (t) is the apparent resistivity of a substratum in the period t; - measurements of the response of the strata are carried out in said induction zone. - determination of electrical characteristics of a stratum being surveyed by use of the transverse magnetic mode of at least one electromagnetic field source and registration of the transverse magnetic response; characterised in that - intermittent source current pulses (81, 82) with a sharply defined termination are generated in the at least one electromagnetic field source; - the intermittent source current pulses (81, 82) are transferred to a submerged, essentially vertical transmitter antenna and transmitted into the strata, - medium responses are intercepted by at least one receiver provided with at least one submerged, essentially vertical receiver antenna, in the time between the consecutive current pulses; as - the at least one electromagnetic field source and the at least one receiver are submerged in a body of water; wherein - the at least one receiver is deployed in an induction zone, which corresponds to an area where the horizontal distance between the at least one transmitter antenna and the at least one receiver is equal to R, and R ≤ ( tρ α (t) / μ 0) 1 / 2, where t is the time lag counted from the instant after the electromagnetic field source has been switched off, μ 0 = 4π10 -7 H/m, and ρ α (t) is the apparent resistivity of a substratum in the period t; - measurements of the response of the strata are carried out in said induction zone.
A system comprising: one or more processors; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs (956 - 962) including instructions that: track a sequence of characters entered into a line of a source code program during an editing session; at a position in the line of the source code program, generate a candidate sequence to complete the line of source code using a decoder-only neural transformer model with attention given the tracked sequence of characters, wherein the decoder-only neural transformer model with attention is trained on an unsupervised dataset of source code programs written in a plurality of different programming languages; and in response to receipt of a user input, select the candidate sequence and input the candidate sequence into the source code program to complete the line of source code. one or more processors; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs (956 - 962) including instructions that: track a sequence of characters entered into a line of a source code program during an editing session; at a position in the line of the source code program, generate a candidate sequence to complete the line of source code using a decoder-only neural transformer model with attention given the tracked sequence of characters, wherein the decoder-only neural transformer model with attention is trained on an unsupervised dataset of source code programs written in a plurality of different programming languages; and in response to receipt of a user input, select the candidate sequence and input the candidate sequence into the source code program to complete the line of source code. track a sequence of characters entered into a line of a source code program during an editing session; at a position in the line of the source code program, generate a candidate sequence to complete the line of source code using a decoder-only neural transformer model with attention given the tracked sequence of characters, wherein the decoder-only neural transformer model with attention is trained on an unsupervised dataset of source code programs written in a plurality of different programming languages; and in response to receipt of a user input, select the candidate sequence and input the candidate sequence into the source code program to complete the line of source code.
A method for detecting the position of a first part of an electrical machine relative to a second part when the machine is driven by a drive circuit by applying an electrical test signal to the electrical machine and measuring a resulting electrical response of the electrical machine to the applied test signal, comprising the steps of • applying the test signal to one phase terminal (2") of the electrical machine, with respect to a star point (2"') of the machine, or with respect to at least two other phase terminals (2, 2') of the electrical machine, wherein applying the test signal with respect to other phase terminals of the machine means that an injected current flows back to the signal injecting circuit via these other phase terminals; characterised in that the method comprises the further steps of • performing a differential measurement of a response to the test signal on at least two phase terminals (2, 2') of the electrical machine, wherein these two phase terminals are different from the phase terminal (2") to which the test signal is applied; • determining, from a result of the differential measurement, an estimate of the relative position of the second and the first part (11a, 11b); wherein either • the differential measurement is a differential voltage measurement configured to determine a difference between two voltages by means of analog circuit elements and to perform an analog to digital conversion of this difference; or • the differential measurement is a differential current measurement configured to determine a difference between two currents by means of analog circuit elements and to perform an analog to digital conversion of this difference. • applying the test signal to one phase terminal (2") of the electrical machine, with respect to a star point (2"') of the machine, or with respect to at least two other phase terminals (2, 2') of the electrical machine, wherein applying the test signal with respect to other phase terminals of the machine means that an injected current flows back to the signal injecting circuit via these other phase terminals; • performing a differential measurement of a response to the test signal on at least two phase terminals (2, 2') of the electrical machine, wherein these two phase terminals are different from the phase terminal (2") to which the test signal is applied; • determining, from a result of the differential measurement, an estimate of the relative position of the second and the first part (11a, 11b); • the differential measurement is a differential voltage measurement configured to determine a difference between two voltages by means of analog circuit elements and to perform an analog to digital conversion of this difference; or • the differential measurement is a differential current measurement configured to determine a difference between two currents by means of analog circuit elements and to perform an analog to digital conversion of this difference.
An electronic apparatus for wireless communications, comprising: processing circuitry (200, 202, 203), configured to: acquire, from a base station, a pattern index indicating a pattern of a demodulation reference signal, wherein the pattern index comprises RRC layer information and DCI information, the DCI information indicates one particular DMRS pattern of a plurality DMRS patterns configured by the RRC layer information; determine, based on the RRC layer information and the DCI information, a time domain location of the front-loaded demodulation reference signal and a time domain location of an additional demodulation reference signal. acquire, from a base station, a pattern index indicating a pattern of a demodulation reference signal, wherein the pattern index comprises RRC layer information and DCI information, the DCI information indicates one particular DMRS pattern of a plurality DMRS patterns configured by the RRC layer information; determine, based on the RRC layer information and the DCI information, a time domain location of the front-loaded demodulation reference signal and a time domain location of an additional demodulation reference signal.
A composition comprising: a thiol-terminated sulfur-containing prepolymer; a curing agent comprising two or more terminal groups reactive with thiol groups; an ionic liquid catalyst; and a primary catalyst. a thiol-terminated sulfur-containing prepolymer; a curing agent comprising two or more terminal groups reactive with thiol groups; an ionic liquid catalyst; and a primary catalyst.
A tissue-adhesive biocompatible, covalently cross-linked, polymer that is obtained by reacting an electrophilically activated polyoxazoline (EL-POX) with a nucleophilic cross-linking agent, said EL-POX comprising m electrophilic groups; and said nucleophilic cross-linking agent comprising n nucleophilic groups, wherein the m electrophilic groups are capable of reaction with the n nucleophilic groups to form covalent bonds; wherein m≥2, n≥2 and m+n ≥5; wherein at least one of the m electrophilic groups is a pendant electrophilic group and/or wherein m≥3; wherein the EL-POX comprises an excess amount of electrophilic groups relative to the amount of nucleophilic groups contained in the nucleophilic cross-linking agent; wherein the cross-linked polymer contains free electrophilic groups that have not reacted with the nucleophilic groups of the nucleophilic cross-linking agent; and wherein the EL-POX and the cross-linking agent are not identical.
Method for determining set-up families (250, 255) for a pick-and-place line for populating circuit boards with electronic components of one or more component types, wherein the method comprises the following steps: - detecting a predetermined or predeterminable number of set-up families (250, 255), - wherein a set-up family is defined as a quantity of circuit boards that can be populated on a pick-and-place line without changing the quantity of component types that are kept ready for population on the pick-and-place line; - wherein an assignment of circuit boards to be distributed to the detected number of set-up families is optimized by means of integer linear programming in such a way that the sum of the numbers of component types per set-up family is minimized, wherein a maximum threshold value in the form of a maximum degree of filling is predetermined for the quantity of component types that are kept ready for population on the pick-and-place line, and - populating the circuit boards in the set-up family assigned to them. - detecting a predetermined or predeterminable number of set-up families (250, 255), - wherein a set-up family is defined as a quantity of circuit boards that can be populated on a pick-and-place line without changing the quantity of component types that are kept ready for population on the pick-and-place line; - wherein an assignment of circuit boards to be distributed to the detected number of set-up families is optimized by means of integer linear programming in such a way that the sum of the numbers of component types per set-up family is minimized, wherein a maximum threshold value in the form of a maximum degree of filling is predetermined for the quantity of component types that are kept ready for population on the pick-and-place line, and - populating the circuit boards in the set-up family assigned to them.
A pharmaceutically acceptable salt, comprising the following guanylhydrazone compound: as a salt of at least one pharmaceutically acceptable acid selected from L-glutamic acid or L-lactic acid:
Method for the ultrasonic testing of a test object, comprising the steps of: - moving a test head along a test object surface and emitting ultrasound pulses into the test object by means of the test head; - receiving respective echo signals corresponding to the emitted ultrasound pulses by means of the test head; - compiling an image of a predetermined test region of the test object on the basis of superposition and averaging of amplitude values of the received echo signals by means of a data-processing device; - detecting the respective position of the test head during emission of the ultrasound signals and/or during reception of the corresponding echo signals by means of a detecting device; - taking the respectively detected positions of the test head into account during generation of the image of the test region of the test object; characterized in that the central position of the active aperture of the test head during emission of the ultrasound signals is determined with the aid of the detected position and orientation of the test head and is taken into account during generation of the image of the test region of the test object, wherein an active aperture is intended to mean that region of the test head which is used as an active emission or reception surface for the ultrasound pulses or the echo signals, respectively. - moving a test head along a test object surface and emitting ultrasound pulses into the test object by means of the test head; - receiving respective echo signals corresponding to the emitted ultrasound pulses by means of the test head; - compiling an image of a predetermined test region of the test object on the basis of superposition and averaging of amplitude values of the received echo signals by means of a data-processing device; - detecting the respective position of the test head during emission of the ultrasound signals and/or during reception of the corresponding echo signals by means of a detecting device; - taking the respectively detected positions of the test head into account during generation of the image of the test region of the test object;
An apparatus comprising: an interface logic configured to determine a message type for a message to be communicated via a link operable to support the plurality of interconnect protocols and determine one of the plurality of interconnect protocols to process the message; and a multi-protocol multiplexer coupled to the interface logic, wherein the multi-protocol multiplexer is configured to communicate the message via the link; wherein: the interface logic is configured to determine a first interconnect protocol of the plurality of interconnect protocols to process the message, the first interconnect protocol comprising a non-coherent protocol comprising a Peripheral Component Interconnect Express protocol; the interface logic is configured to determine a second interconnect protocol of the plurality of interconnect protocols to process the message, the second interconnect protocol comprising a coherent protocol; and the interface logic is configured to determine a third interconnect protocol of the plurality of interconnect protocols to process the message, the third interconnect protocol comprising a memory interconnect protocol, and wherein the message type is determined based on information associated with the message. an interface logic configured to determine a message type for a message to be communicated via a link operable to support the plurality of interconnect protocols and determine one of the plurality of interconnect protocols to process the message; and a multi-protocol multiplexer coupled to the interface logic, wherein the multi-protocol multiplexer is configured to communicate the message via the link; wherein: the interface logic is configured to determine a first interconnect protocol of the plurality of interconnect protocols to process the message, the first interconnect protocol comprising a non-coherent protocol comprising a Peripheral Component Interconnect Express protocol; the interface logic is configured to determine a second interconnect protocol of the plurality of interconnect protocols to process the message, the second interconnect protocol comprising a coherent protocol; and the interface logic is configured to determine a third interconnect protocol of the plurality of interconnect protocols to process the message, the third interconnect protocol comprising a memory interconnect protocol, and the interface logic is configured to determine a first interconnect protocol of the plurality of interconnect protocols to process the message, the first interconnect protocol comprising a non-coherent protocol comprising a Peripheral Component Interconnect Express protocol; the interface logic is configured to determine a second interconnect protocol of the plurality of interconnect protocols to process the message, the second interconnect protocol comprising a coherent protocol; and the interface logic is configured to determine a third interconnect protocol of the plurality of interconnect protocols to process the message, the third interconnect protocol comprising a memory interconnect protocol, and wherein the message type is determined based on information associated with the message.
Component for a gas turbine engine comprising a longitudinal axis, a carrier or a shell made of metal and formed to include an aperture (48, 189), a blade track segment or a liner tile (197, 198, 199, 200) made of ceramic matrix composite material and arranged adjacent to the metallic carrier respectively the shell, the blade track segment including a runner respectively the liner tile (197, 198, 199, 200) including a tab adapted to extend around a portion of the axis and a stud (44, 144) formed in one-piece with the runner respectively with the tab that extends radially outward from the runner respectively from the tab through the aperture (48, 189) formed in the carrier respectively the shell, and a retention system (30, 130) adapted to couple the blade track segment to the carrier respectively the liner tile (197, 198, 199, 200) to the shell, the retention system (30, 130) including a pair of threaded stud receivers (38, 138) that capture a portion of the stud (44, 144) arranged outside of the aperture (48, 189) to block movement of the stud (44, 144) out of the aperture (48, 189) and a nut (40, 140) that engages the threaded stud receivers (38, 138) to block release of the stud (44, 144) from the stud receivers (38, 138), wherein the stud (44, 144) includes a neck that extends through the aperture (48, 189) and a first barb arranged outside the aperture (48, 189) opposite the runner respectively opposite the tab, wherein the first barb extends radially or axially outward from the neck to form a retention surface that faces radially inward toward the axis.
A compound that blocks the interaction between SETBP1 and XPO1 for use in treating a myeloid neoplasm or a solid tumor; wherein said compound is a compound of Formula where HA is a proton donor.