mhurhangee/ep-ind-claims huggingface dataset:
A method for channel estimation, comprising: forming at least two sets of multipath components for a reception range by applying spatial filtering to reference signal information measured by a communication device, characterized in that the use of the spatial filtering causes each set of multipath components to comprise a number of multipath components that is less than the number of multipath components for the reception range, wherein the method further comprises: generating a notch filter by combining the at least two sets of multipath components; applying the notch filter for detecting the strongest multipath component in order to perform separate parameter estimations on multipath components of the at least two sets of multipath components; and comparing a full channel impulse response with a channel impulse response where the strongest multipath component has been notched out and estimating at least one parameter based on the comparison, wherein the at least one parameter comprises at least one of angle of arrival of the multipath component, incident amplitude, incident phase and path delay. forming at least two sets of multipath components for a reception range by applying spatial filtering to reference signal information measured by a communication device, characterized in that the use of the spatial filtering causes each set of multipath components to comprise a number of multipath components that is less than the number of multipath components for the reception range, wherein the method further comprises: generating a notch filter by combining the at least two sets of multipath components; applying the notch filter for detecting the strongest multipath component in order to perform separate parameter estimations on multipath components of the at least two sets of multipath components; and comparing a full channel impulse response with a channel impulse response where the strongest multipath component has been notched out and estimating at least one parameter based on the comparison, wherein the at least one parameter comprises at least one of angle of arrival of the multipath component, incident amplitude, incident phase and path delay. generating a notch filter by combining the at least two sets of multipath components; applying the notch filter for detecting the strongest multipath component in order to perform separate parameter estimations on multipath components of the at least two sets of multipath components; and comparing a full channel impulse response with a channel impulse response where the strongest multipath component has been notched out and estimating at least one parameter based on the comparison, wherein the at least one parameter comprises at least one of angle of arrival of the multipath component, incident amplitude, incident phase and path delay.
A container for dilution of a biological sample, comprising: an open opening at an upper end of the container; a first bottom; a second bottom formed on an inner side wall of the container above the first bottom, wherein the second bottom is a sample hold for holding the biological sample before dilution with a diluting solution; and a groove upwardly extending, with the second bottom as its base, on the inner side wall of the container, wherein the groove has a constant width equal to a width of the second bottom, or the groove has, at a lower end thereof, a width equal to the width of the second bottom and upwardly widens, characterized in that the container further comprises an open window formed in an upper end of a side wall opposed to the inner side wall on which the second bottom is formed so that the second bottom can be visually recognized by an operator. an open opening at an upper end of the container; a first bottom; a second bottom formed on an inner side wall of the container above the first bottom, wherein the second bottom is a sample hold for holding the biological sample before dilution with a diluting solution; and a groove upwardly extending, with the second bottom as its base, on the inner side wall of the container, wherein the groove has a constant width equal to a width of the second bottom, or the groove has, at a lower end thereof, a width equal to the width of the second bottom and upwardly widens, characterized in that the container further comprises an open window formed in an upper end of a side wall opposed to the inner side wall on which the second bottom is formed so that the second bottom can be visually recognized by an operator.
A system comprising: a fitting facility configured to maintain data representative of a library of one or more sounds and data representative of a library of one or more environments; and a detection facility communicatively coupled to the fitting facility and configured to detect a selection by a user of a sound included in the library of one or more sounds, and detect a selection by the user of an environment included in the library of one or more environments; wherein the fitting facility is further configured to generate, based on the selected sound and the selected environment, an audio signal representative of an acoustic scene, and use the audio signal to fit a cochlear implant system to a patient. a fitting facility configured to maintain data representative of a library of one or more sounds and data representative of a library of one or more environments; and a detection facility communicatively coupled to the fitting facility and configured to detect a selection by a user of a sound included in the library of one or more sounds, and detect a selection by the user of an environment included in the library of one or more environments; detect a selection by a user of a sound included in the library of one or more sounds, and detect a selection by the user of an environment included in the library of one or more environments; wherein the fitting facility is further configured to generate, based on the selected sound and the selected environment, an audio signal representative of an acoustic scene, and use the audio signal to fit a cochlear implant system to a patient. generate, based on the selected sound and the selected environment, an audio signal representative of an acoustic scene, and use the audio signal to fit a cochlear implant system to a patient.
A user terminal comprising: a control section configured to map an uplink data channel and an uplink control channel on different layers; and a transmission section configured to multiplex on an identical radio resource the uplink data channel and the uplink control channel mapped on the different layers to transmit, wherein the transmission section is configured to spatially multiplex the uplink data channel and the uplink control channel on the identical radio resource to transmit, the user terminal further comprising a reception section that is configured to receive instruction information for instructing spatial multiplexing of the uplink data channel and the uplink control channel by higher layer signaling, wherein the control section is configured to map the uplink data channel and the uplink control channel on the different layers when the instruction information instructs the spatial multiplexing. a control section configured to map an uplink data channel and an uplink control channel on different layers; and a transmission section configured to multiplex on an identical radio resource the uplink data channel and the uplink control channel mapped on the different layers to transmit, wherein the transmission section is configured to spatially multiplex the uplink data channel and the uplink control channel on the identical radio resource to transmit, the user terminal further comprising a reception section that is configured to receive instruction information for instructing spatial multiplexing of the uplink data channel and the uplink control channel by higher layer signaling, wherein the control section is configured to map the uplink data channel and the uplink control channel on the different layers when the instruction information instructs the spatial multiplexing.
A method of determining compensated phase values for a demodulation process for a multi-stimulus sensing system, the method comprising: measuring individual phase delays of each drive line and sense line combination of the multi-stimulus sensing system; and modifying a plurality of phase values to generate a set of compensated phase values based on the individual phase delays. measuring individual phase delays of each drive line and sense line combination of the multi-stimulus sensing system; and modifying a plurality of phase values to generate a set of compensated phase values based on the individual phase delays.
A cutting insert, comprising: a top surface; a bottom surface; and a side surface extending between the top surface and the bottom surface, wherein the top surface is generally octagonal in shape and the side surface includes eight sides and eight corners, each side being defined by two corners at opposite ends of the side, four edge portions being formed at an intersection of the top surface and the side surface, a first end of each edge portion beginning along one of the eight sides at a non-zero distance from any of the eight corners and a second end of the edge portion ending along another one of the eight sides that is non-consecutive to the one of the sides at the non-zero distance from any of the eight corners, characterized in that each edge portion has a wedge angle (θ) that changes from an acute angle at the first end of the edge portion to an obtuse angle at the second end of the edge portion. a top surface; a bottom surface; and a side surface extending between the top surface and the bottom surface, wherein the top surface is generally octagonal in shape and the side surface includes eight sides and eight corners, each side being defined by two corners at opposite ends of the side, four edge portions being formed at an intersection of the top surface and the side surface, a first end of each edge portion beginning along one of the eight sides at a non-zero distance from any of the eight corners and a second end of the edge portion ending along another one of the eight sides that is non-consecutive to the one of the sides at the non-zero distance from any of the eight corners, characterized in that each edge portion has a wedge angle (θ) that changes from an acute angle at the first end of the edge portion to an obtuse angle at the second end of the edge portion.
Use of from 300 to 700 ppm of a non-ionic surfactant to prevent deposition of soils on dishwasher parts, including internal parts, during an automatic dishwashing operation in the presence of a dishwashing load.
A method of transmitting downlink data in a mobile communications system, wherein the mobile communications system comprises a base station configured to communicate wireless signals to one or more terminal devices, the method comprising: receiving an indicator of a maximum number of downlink repetitions, Nmax, currently accepted by a terminal device, wherein a number of downlink repetitions indicates a number of times that the same signal is transmitted to the terminal device; setting an actual number of downlink repetitions, Ntx, so that the actual number of downlink repetitions meets the condition Ntx ≤ Nmax; and transmitting the downlink data, to the terminal device, wherein the downlink data is transmitted via a signal transmitted a number of times, N, equal to the actual number of downlink repetitions, characterised in that the setting of the maximum number of downlink repetitions is based on a depletion status of a battery of the terminal device. receiving an indicator of a maximum number of downlink repetitions, Nmax, currently accepted by a terminal device, wherein a number of downlink repetitions indicates a number of times that the same signal is transmitted to the terminal device; setting an actual number of downlink repetitions, Ntx, so that the actual number of downlink repetitions meets the condition Ntx ≤ Nmax; and transmitting the downlink data, to the terminal device, wherein the downlink data is transmitted via a signal transmitted a number of times, N, equal to the actual number of downlink repetitions, characterised in that the setting of the maximum number of downlink repetitions is based on a depletion status of a battery of the terminal device.
An apparatus for detecting an item, the apparatus comprising: a support plate for supporting the item during detection; one or more sources operable to produce electromagnetic radiation in a range of wavelengths of the electromagnetic spectrum, said one or more sources being oriented to direct said electromagnetic radiation toward said support plate; and an imaging device operable to produce an image of the item, said imaging device having an angle of view directed toward at least an area of said support plate, characterized in that said imaging device is in the form of a camera operable to produce three-dimensional images of the item and further characterized in that the apparatus is operable to produce from one or more of said three-dimensional images a material profile associated with the item, said material profile comprising a digital representation of a material characteristic (252; 258; 262; 264) rendered imageable by the item being exposed to said electromagnetic radiation, said material characteristic (252; 258; 262; 264) comprising a security feature (254; 420) of the item.
A data trustee environment comprising: one or more hardware processors and memory configured to provide computer program instructions to the one or more hardware processors; a user interface component configured to use the one or more hardware processors to be provided with a tenant agreement among a plurality of tenants of the data trustee environment, the tenant agreement specifying at least one computation for a data privacy pipeline to derive collaborative data in the data trustee environment from ingested data provided by one or more of the tenants; and a constraint manager configured to use the one or more hardware processors to enable the data privacy pipeline to derive the collaborative data in the data trustee environment based on enforcing at least one constraint associated with the collaborative data, the at least one constraint being specified by the tenant agreement, wherein the collaborative data comprises an exposable portion derived from the plurality of input datasets that is allowed to be shared and a restricted portion derived from the plurality of input datasets that is not allowed to be shared, wherein the data trustee environment is configured to prevent exposure of the ingested data or the restricted portion to the plurality of tenants. one or more hardware processors and memory configured to provide computer program instructions to the one or more hardware processors; a user interface component configured to use the one or more hardware processors to be provided with a tenant agreement among a plurality of tenants of the data trustee environment, the tenant agreement specifying at least one computation for a data privacy pipeline to derive collaborative data in the data trustee environment from ingested data provided by one or more of the tenants; and a constraint manager configured to use the one or more hardware processors to enable the data privacy pipeline to derive the collaborative data in the data trustee environment based on enforcing at least one constraint associated with the collaborative data, the at least one constraint being specified by the tenant agreement, wherein the collaborative data comprises an exposable portion derived from the plurality of input datasets that is allowed to be shared and a restricted portion derived from the plurality of input datasets that is not allowed to be shared, wherein the data trustee environment is configured to prevent exposure of the ingested data or the restricted portion to the plurality of tenants.
Industrial truck, in particular pallet truck, with a drive part and a load part that can be raised relative to the drive part, wherein the load part has at least one wheel arm, which is provided with at least one load roller, wherein the load roller is borne rotatably in a load roller mount, and the load roller mount is borne pivotably by means of a pivot bearing arrangement on the wheel arm, wherein, for the pivot bearing arrangement of the load roller mount, a bearing bolt borne in the wheel arm is provided and, for actuating the load roller mount, a linkage which is operatively connected to the load roller mount and is connected in articulated fashion by means of a coupling bolt to the load roller mount, characterized in that the load roller mount comprises two outer bearing levers (12a, 12b), in which bearing flanges (32a, 32b) for the bearing arrangement of the bearing bolt and bearing flanges (33a, 33b) for the bearing arrangement of the coupling bolt are formed, and at least one further web, which is arranged between the outer bearing levers (12a, 12b), wherein a bearing flange for the bearing arrangement of the bearing bolt and a bearing flange for the bearing arrangement of the coupling bolt are formed in the web.
A preventive dressing having a recipient side, an environmental side, and a perimeter, the dressing comprising: A) a moisture barrier layer having: a) a sacral member having a longitudinal length (L SM) and an inferior edge; b) a left gluteal member having a base which borders a left side of the sacral member, and a left extension which extends longitudinally inferiorly further than the inferior edge by a left gluteal extension dimension (L EXT) which is approximately no less than the longitudinal length (L SM) of the sacral member; c) a right gluteal member having a base which borders a right side of the sacral member, and a right extension which extends longitudinally inferiorly further than the inferior edge by a right gluteal extension dimension (L EXT) which is approximately no less than the longitudinal length (L SM) of the sacral member so that the left gluteal member and the right gluteal member define an intermember space; and B) a connective element on the recipient side of the dressing, the connective element being arranged to provide a zone of occlusion. A) a moisture barrier layer having: a) a sacral member having a longitudinal length (L SM) and an inferior edge; b) a left gluteal member having a base which borders a left side of the sacral member, and a left extension which extends longitudinally inferiorly further than the inferior edge by a left gluteal extension dimension (L EXT) which is approximately no less than the longitudinal length (L SM) of the sacral member; c) a right gluteal member having a base which borders a right side of the sacral member, and a right extension which extends longitudinally inferiorly further than the inferior edge by a right gluteal extension dimension (L EXT) which is approximately no less than the longitudinal length (L SM) of the sacral member so that the left gluteal member and the right gluteal member define an intermember space; and a) a sacral member having a longitudinal length (L SM) and an inferior edge; b) a left gluteal member having a base which borders a left side of the sacral member, and a left extension which extends longitudinally inferiorly further than the inferior edge by a left gluteal extension dimension (L EXT) which is approximately no less than the longitudinal length (L SM) of the sacral member; c) a right gluteal member having a base which borders a right side of the sacral member, and a right extension which extends longitudinally inferiorly further than the inferior edge by a right gluteal extension dimension (L EXT) which is approximately no less than the longitudinal length (L SM) of the sacral member so that the left gluteal member and the right gluteal member define an intermember space; and B) a connective element on the recipient side of the dressing, the connective element being arranged to provide a zone of occlusion.
A solid freeform fabrication material set comprising: a first solid freeform fabrication liquid material including a solvent, a first resin soluble in the solvent such that 10% by mass or greater dissolves in the solvent at 25 °C, and an inorganic particulate material; and a second solid freeform fabrication liquid material including a second resin soluble in water such that 10% by mass or greater dissolves in water at 25 °C, and a colorant, wherein the second resin is reactive with the first resin. a first solid freeform fabrication liquid material including a solvent, a first resin soluble in the solvent such that 10% by mass or greater dissolves in the solvent at 25 °C, and an inorganic particulate material; and a second solid freeform fabrication liquid material including a second resin soluble in water such that 10% by mass or greater dissolves in water at 25 °C, and a colorant, wherein the second resin is reactive with the first resin.
A token bucket flow rate limiter for data transmission, comprising: • a token counter configured to be incremented at a rate determining the average flow rate of the transmission; • a frequency divider connected to control incrementing of the token counter from a clock, the divider having an integer division factor; and • a modulator configured to alternate the division factor between two different integers (N, N+1) so that the resulting average flow rate tends to a programmed flow rate comprised between two boundary flow rates respectively corresponding to the two integers. • a token counter configured to be incremented at a rate determining the average flow rate of the transmission; • a frequency divider connected to control incrementing of the token counter from a clock, the divider having an integer division factor; and • a modulator configured to alternate the division factor between two different integers (N, N+1) so that the resulting average flow rate tends to a programmed flow rate comprised between two boundary flow rates respectively corresponding to the two integers.