mhurhangee/ep-ind-claims huggingface dataset:
A load cell having a first side and a second side, comprising an electrical circuit (10; 20), the electrical circuit comprising: a strain gauge full bridge circuit; a first resistor series circuit connected between the terminals (16a, 16b) of an energy supply gate of the strain gauge full bridge circuit and comprising a first tap between two resistors (24a, 24b); a second resistor series circuit connected between the terminals (18a, 18b) of a signal gate of the strain gauge full bridge circuit and comprising a second tap between two resistors (24c, 24d); characterized by comparing means connected to the first tap and the second tap and configured to perform a comparison between a first voltage potential at the first tap and a second voltage potential at the second tap; wherein the electrical circuit is configured to provide a signal at the signal gate based on a mechanical loading at the first side based on a force acting on the second side. a strain gauge full bridge circuit; a first resistor series circuit connected between the terminals (16a, 16b) of an energy supply gate of the strain gauge full bridge circuit and comprising a first tap between two resistors (24a, 24b); a second resistor series circuit connected between the terminals (18a, 18b) of a signal gate of the strain gauge full bridge circuit and comprising a second tap between two resistors (24c, 24d); characterized by comparing means connected to the first tap and the second tap and configured to perform a comparison between a first voltage potential at the first tap and a second voltage potential at the second tap; wherein the electrical circuit is configured to provide a signal at the signal gate based on a mechanical loading at the first side based on a force acting on the second side.
A method in an access device for use in synchronization, comprising: - transmitting, to a terminal device, information relating to transmitted Synchronization Signal, SS, blocks, the method being characterized in that the information indicates at least one of: - a range for the number of transmitted beams; or - a range for each SS burst duration. - transmitting, to a terminal device, information relating to transmitted Synchronization Signal, SS, blocks, - a range for the number of transmitted beams; or - a range for each SS burst duration.
An anode for a secondary battery, comprising at least two anode wires which are parallel to each other and spirally twisted, characterized in that the anode wires in which an anode active material layer is coated on the surface of a wire-type current collector are spirally twisted.
A method of operating a controller for a nonvolatile memory device, the method comprising: selecting bits (PUNC) of a polar encoded code word (C(n)) to be punctured; detecting locations of incapable bits of an input word (I(k)) which are bits having a high error probability after transmission due to puncturing based on locations of the bits (PUNC) to be punctured and a structure of a generation matrix associated with the polar code encoding; refreezing the input word (I(k)) by adjusting locations of frozen bits such that the frozen bits and the incapable bits of the Enput word (I(k)) overlap; generating a modified input word (U(m)) by inserting the frozen bits into information word bits based on the adjusted locations of the frozen bits; generating the polar encoded code word (C(n)) based on the modified input word (U(n)); puncturing the polar encoded code word (C(n)) to generate output bits (P(m)); and transmitting the output bits (P(m)) to the nonvolatile memory device. selecting bits (PUNC) of a polar encoded code word (C(n)) to be punctured; detecting locations of incapable bits of an input word (I(k)) which are bits having a high error probability after transmission due to puncturing based on locations of the bits (PUNC) to be punctured and a structure of a generation matrix associated with the polar code encoding; refreezing the input word (I(k)) by adjusting locations of frozen bits such that the frozen bits and the incapable bits of the Enput word (I(k)) overlap; generating a modified input word (U(m)) by inserting the frozen bits into information word bits based on the adjusted locations of the frozen bits; generating the polar encoded code word (C(n)) based on the modified input word (U(n)); puncturing the polar encoded code word (C(n)) to generate output bits (P(m)); and transmitting the output bits (P(m)) to the nonvolatile memory device.
A method for processing transactions involving prepaid services provided by a plurality of service providers, the method comprising: generating, in response to a first service request message received through a conduit interface, a first transaction request (220, 224) for a first type of prepaid service; generating, in response to a second service request message received through the conduit interface, a second transaction request (220, 224) for a second type of prepaid service; routing in real-time the first transaction request (220, 224) to a first supply interface (430, 440) associated with the first type of prepaid service; routing in real-time the second transaction request (220, 224) to a second supply interface (430, 440) associated with the second type of prepaid service; and providing, based upon supplier activation information received through the first supply interface (430, 440), a first service activation response to the conduit interface. generating, in response to a first service request message received through a conduit interface, a first transaction request (220, 224) for a first type of prepaid service; generating, in response to a second service request message received through the conduit interface, a second transaction request (220, 224) for a second type of prepaid service; routing in real-time the first transaction request (220, 224) to a first supply interface (430, 440) associated with the first type of prepaid service; routing in real-time the second transaction request (220, 224) to a second supply interface (430, 440) associated with the second type of prepaid service; and providing, based upon supplier activation information received through the first supply interface (430, 440), a first service activation response to the conduit interface.
Composite reinforcement component for an aircraft or spacecraft, comprising: a first element assembly being aligned in a first plane of extension; and a second element assembly being aligned in a second plane of extension generally perpendicular to the first plane of extension, the second element assembly intersecting the first element assembly at a line of intersection of the first and second planes of extension, characterized in that the first and second element assembly (7, 8) each comprise: at least one pair of staggered comb components (11a, 11b; 12a, 12b; 21a, 21b), each of the comb components (11a, 11b; 12a, 12b; 21a, 21b) including a base portion and a plurality of generally rectangular protrusions (1; 2) extending coplanar from the respective planes of extension of the respective element assembly (7, 8), wherein the rectangular protrusions (1; 2) form comb teeth portions of one comb component of the pairs of comb components (11a, 11b; 12a, 12b; 21a, 21b) which are overlapping with comb teeth portions of the other comb component of the pairs of comb components (11a, 11b; 12a, 12b; 21a, 21b), and wherein the comb teeth portions of the first element assembly are offset along the line of intersection by a single comb tooth width with respect to the comb teeth portions of the second element assembly. a first element assembly being aligned in a first plane of extension; and a second element assembly being aligned in a second plane of extension generally perpendicular to the first plane of extension, the second element assembly intersecting the first element assembly at a line of intersection of the first and second planes of extension, characterized in that the first and second element assembly (7, 8) each comprise: at least one pair of staggered comb components (11a, 11b; 12a, 12b; 21a, 21b), each of the comb components (11a, 11b; 12a, 12b; 21a, 21b) including a base portion and a plurality of generally rectangular protrusions (1; 2) extending coplanar from the respective planes of extension of the respective element assembly (7, 8), at least one pair of staggered comb components (11a, 11b; 12a, 12b; 21a, 21b), each of the comb components (11a, 11b; 12a, 12b; 21a, 21b) including a base portion and a plurality of generally rectangular protrusions (1; 2) extending coplanar from the respective planes of extension of the respective element assembly (7, 8), wherein the rectangular protrusions (1; 2) form comb teeth portions of one comb component of the pairs of comb components (11a, 11b; 12a, 12b; 21a, 21b) which are overlapping with comb teeth portions of the other comb component of the pairs of comb components (11a, 11b; 12a, 12b; 21a, 21b), and wherein the comb teeth portions of the first element assembly are offset along the line of intersection by a single comb tooth width with respect to the comb teeth portions of the second element assembly.
A seat tilt control mechanism for a vehicle comprising: a tilt drive assembly attached to a seat frame assembly; a tilt pivot assembly attached to a base assembly and the seat frame assembly; and a drive link connecting the tilt drive assembly to the tilt pivot assembly, wherein actuation of the tilt drive assembly adjusts a tilt position of the seat frame assembly with respect to the base assembly, and wherein the tilt drive assembly includes a mounting plate having a large aperture, an output plate disposed on one side of the mounting plate, a drive disc disposed inside the large aperture, a drive plate disposed on an opposite side of the mounting plate, and a lever attached to the drive plate. a tilt drive assembly attached to a seat frame assembly; a tilt pivot assembly attached to a base assembly and the seat frame assembly; and a drive link connecting the tilt drive assembly to the tilt pivot assembly, wherein actuation of the tilt drive assembly adjusts a tilt position of the seat frame assembly with respect to the base assembly, and wherein the tilt drive assembly includes a mounting plate having a large aperture, an output plate disposed on one side of the mounting plate, a drive disc disposed inside the large aperture, a drive plate disposed on an opposite side of the mounting plate, and a lever attached to the drive plate.
A method, comprising: - communicating, between at least one access node (112, 112-1, 112-2) of a wireless network and a first terminal attached to the wireless network, on at least one narrowband carrier, the at least one narrowband carrier comprising time-frequency resources in a first spectrum and operating according to a first radio access technology, wherein the first spectrum is arranged at least partly within a second spectrum on which communication between the at least one access node (112, 112-1, 112-2) and a second terminal is executed on a wideband carrier (312, 313), the wideband carrier (312, 313) comprising time-frequency resources in the second spectrum and operating according to a second radio access technology different to the first radio access technology, wherein the first spectrum and the second spectrum both comprise a shared spectrum, wherein the duration of each one of the time-frequency resources corresponds to the duration of fixed transmission intervals; wherein the first spectrum comprises the shared spectrum and a dedicated spectrum not shared with the wideband carrier (312, 313), wherein the method is characterized by further comprising: - communicating, on the at least one narrowband carrier, using transport blocks mapped to the fixed transmission intervals, wherein the transport blocks communicated in the shared spectrum and in the dedicated spectrum in time-overlapping transmission intervals all include the same number of bits. - communicating, between at least one access node (112, 112-1, 112-2) of a wireless network and a first terminal attached to the wireless network, on at least one narrowband carrier, the at least one narrowband carrier comprising time-frequency resources in a first spectrum and operating according to a first radio access technology, - communicating, on the at least one narrowband carrier, using transport blocks mapped to the fixed transmission intervals, wherein the transport blocks communicated in the shared spectrum and in the dedicated spectrum in time-overlapping transmission intervals all include the same number of bits.
Method for encoding a 3D image signal, the encoded 3D image signal comprising a foreground reference view data layer and one or more background data layers, wherein the viewing areas covered by the one or more background data layers and the foreground reference view differ in size and/or shape, characterized in that scaling data is generated as metadata expressing the relation between the foreground reference view viewing area and the one or more background data layer's viewing area, wherein the viewing area covered by the one or more background data layers is scaled by the scaling data such that an edge of the viewing area covered by the one or more background data layers matches a corresponding edge of the viewing area covered by the reference view data layer along a viewing direction.
An InGaN-based LED epitaxial wafer, characterized by comprising: a substrate; an InGaN layer, formed on a surface of the substrate, having an In content between 40% and 90%, so as to ensure that the LED epitaxial wafer is capable of emitting long-wavelength light or near-infrared rays; and a p-type metal oxide layer, formed on a surface of the InGaN layer facing away from the substrate, acting as a hole injection layer for the InGaN layer, wherein the p-type metal oxide layer is a Cu 2 O layer. a substrate; an InGaN layer, formed on a surface of the substrate, having an In content between 40% and 90%, so as to ensure that the LED epitaxial wafer is capable of emitting long-wavelength light or near-infrared rays; and a p-type metal oxide layer, formed on a surface of the InGaN layer facing away from the substrate, acting as a hole injection layer for the InGaN layer, wherein the p-type metal oxide layer is a Cu 2 O layer.
A system comprising first network element and a second network element enhanced to support offloading of user plane traffic, the second network element being configured to receive a TAU request message or a RAU request message, the received request message including one or more second indicators in the information associated with the received request message, wherein the second network element is further configured to: send a context request message to a first network element, receive a response to the context request message, the response including one or more context with one or more first indicators, compare the one or more first indicators with one or more second indicators, and send a message associated with performing a second network-element-initiated Detach Procedure, wherein the comparing the one or more first indicators with the one or more second indicators further comprises a determining that the one or more first indicators do not match the one or more second indicators, and wherein the sending the message associated with performing the second network element initiated Detach Procedure is subject to the said determining, and wherein the first network element is configured to receive the one or more first indicators in a message carrying a PDN connectivity request. send a context request message to a first network element, receive a response to the context request message, the response including one or more context with one or more first indicators, compare the one or more first indicators with one or more second indicators, and send a message associated with performing a second network-element-initiated Detach Procedure, wherein the comparing the one or more first indicators with the one or more second indicators further comprises a determining that the one or more first indicators do not match the one or more second indicators, and wherein the sending the message associated with performing the second network element initiated Detach Procedure is subject to the said determining, and wherein the first network element is configured to receive the one or more first indicators in a message carrying a PDN connectivity request.
A method for predicting the usefulness of a cancer-associated neo-antigen or neo-epitope thereof comprising one or more cancer specific amino acid modifications for anti-cancer immunotherapy, the method comprising ascertaining the distribution or localization of the neo-antigen comprising ascertaining in a computational database whether the neo-antigen is located or abundant in the cytosol and/or within exosomes in vivo, wherein localization or abundance of the neo-antigen or a nucleic acid coding therefor, or a neo-epitope of the neo-antigen in the cytosol and/or within exosomes in vivo indicates that the neo-antigen or neo-epitope thereof is useful for anti-cancer immunotherapy, wherein processing and presentation of the neo-antigen in the MHC I pathway results in recognition of complexes formed by MHC I and neo-epitopes of the neo-antigen by CD8+ T cells.
A manually-operated single-channel or multi-channel pipette for sampling and dispensing a sample of a liquid according to a predefined protocol, including an actuating knob provided with a force sensor,a suction chamber provided with a piston and an autonomous control device arranged in said actuating knob comprising a microcontroller, a wireless communication module enabling said actuating knob to communicate, on the one hand, with a first set of sensors for measuring physical quantities peculiar to the pipette and a second set of sensors for collecting data relating to the environment of the pipetting operation, and on the other hand, with an information processing apparatus, the pipette being characterized in that the first set of sensors includes a pressure sensor arranged in the suction chamber, in that the information processing apparatus is configured to detect a fault in performing the predefined protocol by analysing variations as a function of the time of the pressure measured by the pressure sensor, and to deliver to a user, in real time, during a pipetting operation, information relating to said pipetting operation, and in that said autonomous control device further includes an alarm module adapted to generate an alert signal as a function of information read out by the first and second sets of sensors and analysed by the information processing apparatus so as to provide an automatic control for performing the pipetting operation according to the predefined protocol without a direct intervention of the user. the pipette being characterized in that the first set of sensors includes a pressure sensor arranged in the suction chamber, in that the information processing apparatus is configured to detect a fault in performing the predefined protocol by analysing variations as a function of the time of the pressure measured by the pressure sensor, and to deliver to a user, in real time, during a pipetting operation, information relating to said pipetting operation, and in that said autonomous control device further includes an alarm module adapted to generate an alert signal as a function of information read out by the first and second sets of sensors and analysed by the information processing apparatus so as to provide an automatic control for performing the pipetting operation according to the predefined protocol without a direct intervention of the user.
A method of wireless communication, comprising: employing a communication interface to forward data defining a geographic region to a user equipment, UE, operating within a wireless network, wherein the data defines the geographic region with geographic coordinates that are independent of wireless network infrastructure; employing the communication interface to forward a trigger policy to the UE that causes the UE to record or log signal measurements of the wireless network when the UE is within the geographic region and generate a set of signal measurements; and forwarding a set of data defining a reporting region to the UE, wherein the reporting region is different from the geographic region; and further wherein the UE uploads the set of signal measurements only when the UE is within the reporting region. employing a communication interface to forward data defining a geographic region to a user equipment, UE, operating within a wireless network, wherein the data defines the geographic region with geographic coordinates that are independent of wireless network infrastructure; employing the communication interface to forward a trigger policy to the UE that causes the UE to record or log signal measurements of the wireless network when the UE is within the geographic region and generate a set of signal measurements; and forwarding a set of data defining a reporting region to the UE, wherein the reporting region is different from the geographic region; and further wherein the UE uploads the set of signal measurements only when the UE is within the reporting region.
A method of making an absorbent cellulosic sheet, the method comprising: forming an aqueous cellulosic web on a structuring fabric (112, 300) in a papermaking machine, the structuring fabric (112, 300) including knuckles (306, 310) formed on warp yarns of the structuring fabric (112, 300), with the knuckles (306, 310) having (i) a length in the machine direction of the absorbent sheet and (ii) a width in the cross machine direction of the absorbent sheet, wherein a planar volumetric density index (PVDI) of the structuring fabric, which is the planar volumetric index multiplied by the pocket density, multiplied by the ratio of the MD length of the knuckles to the CD width of the knuckles (PVDI-KR) is at least about 43; dewatering the cellulosic web on the structuring fabric (112, 300); and drying the cellulosic web to form the absorbent cellulosic sheet. forming an aqueous cellulosic web on a structuring fabric (112, 300) in a papermaking machine, the structuring fabric (112, 300) including knuckles (306, 310) formed on warp yarns of the structuring fabric (112, 300), with the knuckles (306, 310) having (i) a length in the machine direction of the absorbent sheet and (ii) a width in the cross machine direction of the absorbent sheet, wherein a planar volumetric density index (PVDI) of the structuring fabric, which is the planar volumetric index multiplied by the pocket density, multiplied by the ratio of the MD length of the knuckles to the CD width of the knuckles (PVDI-KR) is at least about 43; dewatering the cellulosic web on the structuring fabric (112, 300); and drying the cellulosic web to form the absorbent cellulosic sheet.
Radiofrequency communication module or semi-finished product able to be integrated into the structure of a tyre, comprising a radiofrequency transponder embedded in an elastomer blend and comprising an electronic chip and a radiating antenna that is able to communicate with a radiofrequency reader, characterized in that said radiofrequency transponder in addition comprises a primary antenna that is electrically connected to the electronic chip, in that the primary antenna is electromagnetically coupled to the radiating antenna, in that the radiating antenna consists of a single-strand helical spring, and in that said radiating antenna has a core made of steel coated with a conduction layer and in that the radiating antenna defining a first longitudinal axis, the primary antenna is a coil having at least one turn defining a second longitudinal axis that is circumscribed in a cylinder the axis of revolution of which is parallel to the second longitudinal axis and the diameter of which is comprised between one third and three times, and preferably between half and two times, the average diameter of the helical spring of the radiating antenna.