mhurhangee/patent-ind-claim-en huggingface dataset:
A user equipment in a wireless communication system, comprising processing circuitry configured to: measure a discovery reference signal of a target cell on an unlicensed frequency in a reference signal measurement timing configuration and obtain a measurement result; judge whether interference in the measurement result satisfies a predetermined condition, and label the measurement result which satisfies the predetermined condition as a measurement result with high interference; perform Layer-3 filtering on the measurement result; and perform mobility management of the electronic device based on a filtered result;; wherein the Layer-3 filtering is expressed as: F n = (1-a) F n-1 + aM n , where M n indicates a measurement result, F n indicates an updated filtered measurement result after being subject to the filtering operation; F n-1 indicates a preceding measurement result after being subject to the filtering operation, where F 0 is set to M 1 when the first measurement result from the physical layer is received; and a indicates a predetermined filtering operation coefficient; and wherein the processing circuity is further configured to adjust the parameter a to reduce influence on the mobility management from the measurement result with high interference. measure a discovery reference signal of a target cell on an unlicensed frequency in a reference signal measurement timing configuration and obtain a measurement result; judge whether interference in the measurement result satisfies a predetermined condition, and label the measurement result which satisfies the predetermined condition as a measurement result with high interference; perform Layer-3 filtering on the measurement result; and perform mobility management of the electronic device based on a filtered result;; wherein the Layer-3 filtering is expressed as: F n = (1-a) F n-1 + aM n , where M n indicates a measurement result, F n indicates an updated filtered measurement result after being subject to the filtering operation; F n-1 indicates a preceding measurement result after being subject to the filtering operation, where F 0 is set to M 1 when the first measurement result from the physical layer is received; and a indicates a predetermined filtering operation coefficient; and wherein the processing circuity is further configured to adjust the parameter a to reduce influence on the mobility management from the measurement result with high interference.
A diffuser , comprising: a hub ; a shroud ; and characterised in that the diffuser comprises: a row of vanes that includes a plurality of first and second partial height vanes, each of the first partial height vanes affixed to the hub and each of the second partial height vanes affixed to the shroud , wherein each of the first partial height vanes are circumferentially offset from adjacent ones of the second partial height vanes and positioned around a circumference of the diffuser in an alternating arrangement, wherein each of the first and second partial height vanes have a leading edge, the leading edges of the first and second partial height vanes being substantially aligned in a flowwise direction, wherein the row of vanes includes at least one full height vane. a hub ; a shroud ; and characterised in that the diffuser comprises: a row of vanes that includes a plurality of first and second partial height vanes, each of the first partial height vanes affixed to the hub and each of the second partial height vanes affixed to the shroud , wherein each of the first partial height vanes are circumferentially offset from adjacent ones of the second partial height vanes and positioned around a circumference of the diffuser in an alternating arrangement, wherein each of the first and second partial height vanes have a leading edge, the leading edges of the first and second partial height vanes being substantially aligned in a flowwise direction, wherein the row of vanes includes at least one full height vane.
A method for communication analysis routines for identifying an answering device, associated with a remote contact, in a telecommunications system, wherein the system comprises an outbound communication application in a contact center system environment which communicates over a network to the answering device, the method comprising the steps of: a. placing an outbound communication, by the outbound communication application, to the remote contact; b. receiving a line signaling indication on a network adaptor and performing signaling analysis on the signaling indication, wherein the signaling analysis comprises applying timing constraint logic to the signaling indication; c. determining if there is a timing disposition result whereas if there is a timing disposition result, continuing on to step d, otherwise, beginning the process from step b; d. determining if media analysis is required, wherein if media analysis is required, performing the media analysis, and if media analysis is not required, proceeding to step e; e. receiving a disposition result and providing data on timing inputs to the timing constraint logic, wherein the data is applied by an analysis component to improve the timing constraint logic, wherein the data is applied by an analysis component to improve the timing constraint logic through system learning; and f. declaring the disposition result. a. placing an outbound communication, by the outbound communication application, to the remote contact; b. receiving a line signaling indication on a network adaptor and performing signaling analysis on the signaling indication, wherein the signaling analysis comprises applying timing constraint logic to the signaling indication; c. determining if there is a timing disposition result whereas if there is a timing disposition result, continuing on to step d, otherwise, beginning the process from step b; d. determining if media analysis is required, wherein if media analysis is required, performing the media analysis, and if media analysis is not required, proceeding to step e; e. receiving a disposition result and providing data on timing inputs to the timing constraint logic, wherein the data is applied by an analysis component to improve the timing constraint logic, wherein the data is applied by an analysis component to improve the timing constraint logic through system learning; and f. declaring the disposition result.
A steel mast in box profile design wherein, - the steel mast has a cross-section decreasing from the mast base to the mast head , and - the steel mast is at least for a majority of its height formed from web plates and flange plates which are alternately connected, preferably welded, to one another at an angle to one another, wherein the web plates are connected to the flange plates along the flange plate edges at a distance, whereby flange plate projections extending above the height of the mast are formed, and wherein a mast base plate , which can be connected or is connected to the ground or to a foundation , is provided at the mast base , characterised in that the mast base plate has a cutout corresponding to the outer contour of the mast and the mast is welded into this cutout , and in that one or more stiffening plates , which are each fastened at least to two oppositely arranged web or flange plates and protrude through the inner cross section of the mast, are provided in the steel mast. - the steel mast has a cross-section decreasing from the mast base to the mast head , and - the steel mast is at least for a majority of its height formed from web plates and flange plates which are alternately connected, preferably welded, to one another at an angle to one another, wherein the web plates are connected to the flange plates along the flange plate edges at a distance, whereby flange plate projections extending above the height of the mast are formed, and wherein a mast base plate , which can be connected or is connected to the ground or to a foundation , is provided at the mast base , characterised in that the mast base plate has a cutout corresponding to the outer contour of the mast and the mast is welded into this cutout , and in that one or more stiffening plates , which are each fastened at least to two oppositely arranged web or flange plates and protrude through the inner cross section of the mast, are provided in the steel mast.
Vehicle , comprising - an electric motor operatively connected to at least one driving wheel of the vehicle , - a frame structure comprising first and second side members extending in a longitudinal direction along opposite sides of the vehicle and at least one cross member extending in a transversal direction of the vehicle and being connected to the first and second side members , - wherein the electric motor is supported by the frame structure, wherein the electric motor is arranged in a front portion of the vehicle in association with a pair of front wheels of the vehicle , wherein each of the side members , at least along a deformable section thereof, is configured to deform by bending in an inwards and/or outwards transversal direction when compressed by a longitudinally directed force exceeding a threshold value, such as in case the vehicle is subject to a sufficiently energetic frontal collision, wherein a first cross member extends between the first and second side members at the deformable section thereof, wherein the electric motor is supported by the first cross member , wherein the first cross member is mounted to at least one of the side members via a mounting arrangement comprising an elongated fastening element (12, 12', 12", 13) extending in a direction that exhibits a substantial angle in relation to the transversal direction of the vehicle , preferably around 90°, characterized in that the fastening element (12, 12', 12", 13) extends through a first hole in the cross member and a second hole (16, 16', 16") in the corresponding side member , wherein at least one of the first and second holes (16, 16', 16"), at least in the transversal direction, is substantially larger/wider than a diameter of the fastening element (12, 12', 12", 13) so as to allow at least an initial bending deformation of the side member without pressing the fastening element (12, 12', 12", 13) onto an edge of the larger/wider hole (16, 16', 16"). - an electric motor operatively connected to at least one driving wheel of the vehicle , - a frame structure comprising first and second side members extending in a longitudinal direction along opposite sides of the vehicle and at least one cross member extending in a transversal direction of the vehicle and being connected to the first and second side members , - wherein the electric motor is supported by the frame structure, wherein the electric motor is arranged in a front portion of the vehicle in association with a pair of front wheels of the vehicle ,
A passenger vessel , which includes at least one living space constituted by a cabin which is delimited vertically by at least three contiguous partitions , each of these partitions being blind, i.e. free of openings such as a window or a door, said living space also including a ceiling contiguous with said three partitions , characterized by the fact that said ceiling integrates a cabinet in which are positioned image projection devices , which are respectively oriented so as to project each of the images over one of said three partitions , that said cabinet is closed by at least one plate with openings for the passage of the light beam (F) from said devices, and that said cabin includes a bed of which the head is oriented in the direction opposite to that of the second of said three partitions .
An apparatus comprising: an array of memory cells in a package; volatile memory configured to store defective address data responsive to entering a soft post-package repair mode; non-volatile memory configured to store other defective address data; a match logic circuit configured to generate a match signal indicating whether address data corresponding to an address of the array to be accessed matches the defective address data stored in the volatile memory; and a decoder configured to select a first redundant row of the memory cells of the array to be accessed instead of a second redundant row of the memory cells of the array responsive to the match signal indicating that the address data corresponding to the address to be accessed matches the defective address data stored in the volatile memory, wherein the second redundant row of the memory cells of the array corresponds to a replacement address for the address of the array to be accessed associated with the other defective address data stored in the non-volatile memory. an array of memory cells in a package; volatile memory configured to store defective address data responsive to entering a soft post-package repair mode; non-volatile memory configured to store other defective address data; a match logic circuit configured to generate a match signal indicating whether address data corresponding to an address of the array to be accessed matches the defective address data stored in the volatile memory; and a decoder configured to select a first redundant row of the memory cells of the array to be accessed instead of a second redundant row of the memory cells of the array responsive to the match signal indicating that the address data corresponding to the address to be accessed matches the defective address data stored in the volatile memory, wherein the second redundant row of the memory cells of the array corresponds to a replacement address for the address of the array to be accessed associated with the other defective address data stored in the non-volatile memory.
A system for truncation compensation in PET/MR imaging, comprising: a PET image memory configured to store a volume of PET imaging data; a MR image memory configured to store a volume of MR imaging data having a MR field of vision (FOV); one or more processors configured to: mask the volume of the PET imaging data with the volume of the MR imaging data to determine the regions of the PET images that are outside the MR FOV and thereby generate a masked image of truncated regions of interest, ROIs, that are candidates for compensation; classify the truncated ROIs of the masked image as types of anatomical structures ; and classify an orientation classification for each classified anatomical structure; the one or more processors further being configured to: compensate for truncation in the truncated ROIs by using a classification specific truncation compensation algorithm tuned for each truncated ROI based on the classified anatomical structure and orientation. a PET image memory configured to store a volume of PET imaging data; a MR image memory configured to store a volume of MR imaging data having a MR field of vision (FOV); one or more processors configured to: mask the volume of the PET imaging data with the volume of the MR imaging data to determine the regions of the PET images that are outside the MR FOV and thereby generate a masked image of truncated regions of interest, ROIs, that are candidates for compensation; classify the truncated ROIs of the masked image as types of anatomical structures ; and classify an orientation classification for each classified anatomical structure; mask the volume of the PET imaging data with the volume of the MR imaging data to determine the regions of the PET images that are outside the MR FOV and thereby generate a masked image of truncated regions of interest, ROIs, that are candidates for compensation; classify the truncated ROIs of the masked image as types of anatomical structures ; and classify an orientation classification for each classified anatomical structure; the one or more processors further being configured to: compensate for truncation in the truncated ROIs by using a classification specific truncation compensation algorithm tuned for each truncated ROI based on the classified anatomical structure and orientation.
A copolymer composition comprising: (a) fluoropolymers having an average molecular weight from about 500 g/mol to about 20,000 g/mol, wherein said fluoropolymers are (α,ω)-hydroxyl-terminated and/or (α,ω famine-terminated, and wherein said fluoropolymers are present in the triblock structure: wherein: X, Y = CH 2 -(O-CH 2 -CH 2 ) p - T, and X and Y are independently selected; p = 6 to 50; T is a hydroxyl or amine terminal group; m = 1 to 100; and n = 1 to 100; (b) one or more isocyanate species possessing an average isocyanate functionality of about 2 or greater, or a reacted form thereof, wherein the one or more isocyanate species is selected from the group consisting of 4,4'-methylenebis(cyclohexyl isocyanate), hexamethylene diisocyanate, tolylene-2,4-diisocyanate, 4,4'-methyl enebis(phenyl isocyanate), isophorone diisocyanate, and combinations or derivatives thereof; and (c) one or more polyol or polyamine chain extenders or crosslinkers possessing an average functionality of about 3 or greater, or a reacted form thereof. (a) fluoropolymers having an average molecular weight from about 500 g/mol to about 20,000 g/mol, wherein said fluoropolymers are (α,ω)-hydroxyl-terminated and/or (α,ω famine-terminated, and wherein said fluoropolymers are present in the triblock structure: wherein: X, Y = CH 2 -(O-CH 2 -CH 2 ) p - T, and X and Y are independently selected; p = 6 to 50; T is a hydroxyl or amine terminal group; m = 1 to 100; and n = 1 to 100; X, Y = CH 2 -(O-CH 2 -CH 2 ) p - T, and X and Y are independently selected; p = 6 to 50; T is a hydroxyl or amine terminal group; m = 1 to 100; and n = 1 to 100; (b) one or more isocyanate species possessing an average isocyanate functionality of about 2 or greater, or a reacted form thereof, wherein the one or more isocyanate species is selected from the group consisting of 4,4'-methylenebis(cyclohexyl isocyanate), hexamethylene diisocyanate, tolylene-2,4-diisocyanate, 4,4'-methyl enebis(phenyl isocyanate), isophorone diisocyanate, and combinations or derivatives thereof; and (c) one or more polyol or polyamine chain extenders or crosslinkers possessing an average functionality of about 3 or greater, or a reacted form thereof.
Method for suppressing a radio transmission in a cellular radio network in a predefined region (BE), wherein the radio transmission of signals (S) is impeded by an interference signal (ST) of an interfering transmitter (SE), wherein in the predefined region (BE) a signal (S) transmitted between a radio station (BS) of the cellular radio network and a mobile unit (ME) is received by the interfering transmitter (SE), wherein the received signal (S) is amplified by the interfering transmitter (SE), wherein the interference signal (ST) is generated from the amplified received signal (S) from the interfering transmitter (SE) by means of modification, wherein the interference signal (ST) is diverted by means of a time delay of the amplified received signal (S), and wherein then at least one time-delayed version of the amplified received signal (S) is sent as an interference signal (ST) by the interfering transmitter (SE).
Sampling device for taking a sample of a product from a flexible container, comprising: an attachment portion which is intended to be attached to an outer surface of the container and defines a passage , and a sample collection chamber which is closed off from an external environment at least after the attachment portion has been attached to the container and in which a sample collection element is accommodated, wherein the sampling device is configured such that, after attachment of the attachment portion to the container, the sample collection element can be passed through the passage so that it pierces the outer surface of the container to collect the sample, wherein the passage is closed off by a sealing film in such a way that the sample collection element is already completely enclosed in the sample collection chamber before the attachment potion is attached to the container, and the sample collection element is guided during sampling in such a way that it pierces the sealing film and the outer surface of the container, characterized in that the sealing film projects radially outwards with respect to an axis of the passage with a flexible projecting portion over a flange portion and an adhesive layer is formed on the side of the projecting portion facing the outer surface, such that after attaching the attachment portion the projecting portion adheres to the outer surface at least partially, preferably entirely. an attachment portion which is intended to be attached to an outer surface of the container and defines a passage , and a sample collection chamber which is closed off from an external environment at least after the attachment portion has been attached to the container and in which a sample collection element is accommodated, wherein the sampling device is configured such that, after attachment of the attachment portion to the container, the sample collection element can be passed through the passage so that it pierces the outer surface of the container to collect the sample, wherein the passage is closed off by a sealing film in such a way that the sample collection element is already completely enclosed in the sample collection chamber before the attachment potion is attached to the container, and the sample collection element is guided during sampling in such a way that it pierces the sealing film and the outer surface of the container, characterized in that the sealing film projects radially outwards with respect to an axis of the passage with a flexible projecting portion over a flange portion and an adhesive layer is formed on the side of the projecting portion facing the outer surface, such that after attaching the attachment portion the projecting portion adheres to the outer surface at least partially, preferably entirely.