mhurhangee/patent-ind-claim-en huggingface dataset:
Photoacoustic gas sensor device, for determining a value indicative of a presence or a concentration of a component in a gas, the photoacoustic gas sensor device comprising: - a measurement cell enclosing a measurement volume , - a gas permeable area in the measurement cell for a gas to enter the measurement volume , - an electromagnetic radiation source arranged to emit electromagnetic radiation into the measurement volume , and - a pressure transducer arranged to measure a sound wave generated by the component in response to an absorption of electromagnetic radiation by the component in the measurement volume , wherein the gas permeable area is represented by a porous gas permeable membrane , wherein an average pore size of the porous gas permeable membrane is between 10 nm and 1 μm, wherein a porosity of the porous gas permeable membrane is between 20% and 50%, wherein a dimension of the measurement volume is between 0.03 cm 3 and 8 cm 3 , wherein a diameter of the gas permeable area is between 0.2 mm and 4 mm. - a measurement cell enclosing a measurement volume , - a gas permeable area in the measurement cell for a gas to enter the measurement volume , - an electromagnetic radiation source arranged to emit electromagnetic radiation into the measurement volume , and - a pressure transducer arranged to measure a sound wave generated by the component in response to an absorption of electromagnetic radiation by the component in the measurement volume , wherein the gas permeable area is represented by a porous gas permeable membrane , wherein an average pore size of the porous gas permeable membrane is between 10 nm and 1 μm, wherein a porosity of the porous gas permeable membrane is between 20% and 50%, wherein a dimension of the measurement volume is between 0.03 cm 3 and 8 cm 3 , wherein a diameter of the gas permeable area is between 0.2 mm and 4 mm. wherein the gas permeable area is represented by a porous gas permeable membrane , wherein an average pore size of the porous gas permeable membrane is between 10 nm and 1 μm, wherein a porosity of the porous gas permeable membrane is between 20% and 50%, wherein a dimension of the measurement volume is between 0.03 cm 3 and 8 cm 3 , wherein a diameter of the gas permeable area is between 0.2 mm and 4 mm.
A method of performing superposition transmission of data by a communication device, the method comprising: determining control information for the superposition transmission; determining a selected resource, based on the determined control information; transmitting a preamble sequence, PS, based on the selected resource, in a preamble transmission area of the superposition transmission; and transmitting data based on the determined control information in a data superposition transmission area of the superposition transmission; wherein the selected resource comprises a random access opportunity, RAO, a preamble sequence set, PSS, and the PS. determining control information for the superposition transmission; determining a selected resource, based on the determined control information; transmitting a preamble sequence, PS, based on the selected resource, in a preamble transmission area of the superposition transmission; and transmitting data based on the determined control information in a data superposition transmission area of the superposition transmission; wherein the selected resource comprises a random access opportunity, RAO, a preamble sequence set, PSS, and the PS.
Variable-pitch stator vane for a turbine engine compressor stator , which extends in a longitudinal radial plane including a radially inner plate and a radially outer plate between which at least one blade extends, each plate including a transverse longitudinal wall facing the other plate , wherein said transverse longitudinal wall of at least one plate includes at least one fin protruding radially towards the other plate , wherein the blade includes a first upstream longitudinal end edge referred to as the leading edge and a second downstream longitudinal end edge referred to as the trailing edge, characterised in that each fin includes an upstream longitudinal end longitudinally offset downstream in relation to the leading edge . each plate including a transverse longitudinal wall facing the other plate , wherein said transverse longitudinal wall of at least one plate includes at least one fin protruding radially towards the other plate , wherein the blade includes a first upstream longitudinal end edge referred to as the leading edge and a second downstream longitudinal end edge referred to as the trailing edge, characterised in that each fin includes an upstream longitudinal end longitudinally offset downstream in relation to the leading edge .
An antenna system, comprising a plurality of antenna elements and a plurality of respective junction elements , and having a plurality of connection points for radio-frequency signals for respective network operators, and further comprising: first respective separately controllable amplitude control circuitry elements connected in the radio-frequency transmit and receive paths between each of said connection points and a first junction element connected to a first antenna element ; and second respective separately controllable amplitude control circuitry elements connected in the radio-frequency transmit and receive paths between each of said connection points and a second junction element connected to a second antenna element , such that the antenna system beam pattern can be controlled independently for the transmit paths and the receive paths for said respective connection points. first respective separately controllable amplitude control circuitry elements connected in the radio-frequency transmit and receive paths between each of said connection points and a first junction element connected to a first antenna element ; and second respective separately controllable amplitude control circuitry elements connected in the radio-frequency transmit and receive paths between each of said connection points and a second junction element connected to a second antenna element , such that the antenna system beam pattern can be controlled independently for the transmit paths and the receive paths for said respective connection points.
An image processing apparatus for verifying the function of an image analysis unit for detecting object state changes without moving said object under monitoring comprising: acquisition means configured to acquire a video captured by a camera; and detection means configured to receive the video, and to detect change of an object in a detection area set on the acquired video, the change corresponding to an object appearing in the detection area and remaining still for a predetermined duration or corresponding to an object in the detection area being removed; characterized in that the image processing apparatus further comprises: superimposition means configured to superimpose a graphic image set by a user onto the detection area set on the video acquired by the acquisition means, said graphic image having a size corresponding to the object to be detected, and to output the video, onto which said graphic image has been superimposed to the image acquired by the acquisition means, to the detection means, and wherein the detection means is configured to detect the change of the video due to the superimposition of said graphic image set by the user on the detection area for verifying the image analysis function of detecting the change of the object. acquisition means configured to acquire a video captured by a camera; and detection means configured to receive the video, and to detect change of an object in a detection area set on the acquired video, the change corresponding to an object appearing in the detection area and remaining still for a predetermined duration or corresponding to an object in the detection area being removed; characterized in that the image processing apparatus further comprises: superimposition means configured to superimpose a graphic image set by a user onto the detection area set on the video acquired by the acquisition means, said graphic image having a size corresponding to the object to be detected, and to output the video, onto which said graphic image has been superimposed to the image acquired by the acquisition means, to the detection means, and wherein the detection means is configured to detect the change of the video due to the superimposition of said graphic image set by the user on the detection area for verifying the image analysis function of detecting the change of the object. superimposition means configured to superimpose a graphic image set by a user onto the detection area set on the video acquired by the acquisition means, said graphic image having a size corresponding to the object to be detected, and to output the video, onto which said graphic image has been superimposed to the image acquired by the acquisition means, to the detection means, and wherein the detection means is configured to detect the change of the video due to the superimposition of said graphic image set by the user on the detection area for verifying the image analysis function of detecting the change of the object.
A method for diagnosing a type II rosacea in a subject, comprising determining in a dermal and/or epidermal sample from said subject the expression of at least the combination of the following seven microRNAs: hsa-miR-3201, hsa-miR-4423-3p, hsa-miR-3128, hsa-miR-3163, hsa-miR-606, hsa-miR-4776-5p, and hsa-miR-635, and wherein an expression of said microRNAs form said sample being higher than that of control samples indicates that the subject suffers from said rosacea.
Eyeglasses comprising two lens units that are equipped with a retaining device for keeping said eyeglasses on a wearer's head, as well as a nose bridge that connects said units while having a central portion intended to be positioned about the wearer's nose, at least one of said units being equipped with a duct inside which a lateral portion of the nose bridge is mounted such that it slides by means of a device for adjusting the positioning of said lens unit relative to said nose bridge, the adjusting device comprising a member that is rotatably mounted in the duct , said eyeglasses being characterized in that said member and the lateral portion of the nose bridge comprise coupling means that are designed to convert the rotation of said member into a relative translational movement between said lateral portion and said duct.
A method for manufacturing a magnetic core having a structure comprising dispersed Fe-based soft magnetic alloy particles, the method comprising: - a first step comprising mixing a first Fe-based soft magnetic alloy powder containing A1 and Cr, a second Fe-based soft magnetic alloy powder containing Cr and Si, and a binder; - a second step comprising pressing a mixture obtained after the first step; and - a third step comprising heat-treating a compact obtained after the second step, wherein the heat treatment forms an oxide layer on a surface of Fe-based soft magnetic alloy particles and bonds the Fe-based soft magnetic alloy particles together through the oxide layer, wherein the first Fe-based soft magnetic alloy powder has a Fe content of 80 % by mass or more, a Cr content of 1.0 % by mass or more and 9.0 % by mass or less, an Al content of 2.0 % by mass or more and 10.0 % by mass or less, and the remainder being inevitable impurities, and wherein the second Fe-based soft magnetic alloy powder has a Fe content of 80 % by mass or more, a Cr content of 1.0 % by mass or more and 9.0 % by mass or less, a Si content of 1.0 % by mass or more and 10.0 % by mass or less, and the remainder being inevitable impurities, wherein the inevitable impurities for the first Fe-based soft magnetic alloy powder are as follows: Si < 1.0 % by mass, Mn ≤ 1.0 % by mass, C ≤ 0.05 % by mass, O ≤ 0.3 % by mass, N ≤ 0.1 % by mass, P ≤ 0.02 % by mass, S ≤ 0.02 % by mass, and wherein the inevitable impurities for the second Fe-based soft magnetic alloy powder are as follows: Mn ≤ 1.0 % by mass, C ≤ 0.05 % by mass, O ≤ 0.3 % by mass, N ≤ 0.1 % by mass, P ≤ 0.02 % by mass, S ≤ 0.02 % by mass. - a first step comprising mixing a first Fe-based soft magnetic alloy powder containing A1 and Cr, a second Fe-based soft magnetic alloy powder containing Cr and Si, and a binder; - a second step comprising pressing a mixture obtained after the first step; and - a third step comprising heat-treating a compact obtained after the second step,
A gas turbine engine comprising: a core gas path extending along an engine axis ; a bypass gas path surrounding the core gaspath ; a turbine exhaust case inner body having a radially outer surface defining a portion of a radially inner flow boundary wall of the core gaspath ; and a lobed exhaust mixer surrounding at least a portion of the turbine exhaust case inner body and defining an intermediate wall between the core gaspath and the bypass gas path , the lobed exhaust mixer including: lobes ; a stiffener ring ; and a plurality of circumferentially spaced-apart struts extending from the stiffener ring to at least some of the lobes ; characterized in that : the lobed exhaust mixer further includes at least one spring extending from a radially inner surface of the stiffener ring to the radially outer surface of the turbine exhaust case inner body . a core gas path extending along an engine axis ; a bypass gas path surrounding the core gaspath ; a turbine exhaust case inner body having a radially outer surface defining a portion of a radially inner flow boundary wall of the core gaspath ; and a lobed exhaust mixer surrounding at least a portion of the turbine exhaust case inner body and defining an intermediate wall between the core gaspath and the bypass gas path , the lobed exhaust mixer including: lobes ; a stiffener ring ; and a plurality of circumferentially spaced-apart struts extending from the stiffener ring to at least some of the lobes ; characterized in that : the lobed exhaust mixer further includes at least one spring extending from a radially inner surface of the stiffener ring to the radially outer surface of the turbine exhaust case inner body . lobes ; a stiffener ring ; and a plurality of circumferentially spaced-apart struts extending from the stiffener ring to at least some of the lobes ; characterized in that : the lobed exhaust mixer further includes at least one spring extending from a radially inner surface of the stiffener ring to the radially outer surface of the turbine exhaust case inner body .
A terminal device that communicates with a base station device , comprising: a receiving unit that receives a Radio Resource Control, RRC, connection reconfiguration message from the base station device ; and a processing unit that performs processes when the RRC connection reconfiguration message includes information indicating that a full configuration is applied, on the basis that the terminal device performs an Evolved Universal Terrestrial Radio Access/5G Core Network, E-UTRA/5GC, or NG-RAN E-UTRA-NR Dual Connectivity, NGEN-DC, for each Data Radio Bearer, DRB, corresponding to a DRB identifier set by the terminal device , the processes comprising: performing a New Radio, NR, Packet Data Convergence Protocol, PDCP, entity release, a Radio Link Control, RLC, entity release, a logical channel release and a DRB identifier release, performing a notification of Service Data Adaptation Protocol, SDAP, entity corresponding to the DRB of the DRB release, and performing a RLC entity re-establishment. a receiving unit that receives a Radio Resource Control, RRC, connection reconfiguration message from the base station device ; and a processing unit that performs processes when the RRC connection reconfiguration message includes information indicating that a full configuration is applied, on the basis that the terminal device performs an Evolved Universal Terrestrial Radio Access/5G Core Network, E-UTRA/5GC, or NG-RAN E-UTRA-NR Dual Connectivity, NGEN-DC, for each Data Radio Bearer, DRB, corresponding to a DRB identifier set by the terminal device , the processes comprising: performing a New Radio, NR, Packet Data Convergence Protocol, PDCP, entity release, a Radio Link Control, RLC, entity release, a logical channel release and a DRB identifier release, performing a notification of Service Data Adaptation Protocol, SDAP, entity corresponding to the DRB of the DRB release, and performing a RLC entity re-establishment. performing a New Radio, NR, Packet Data Convergence Protocol, PDCP, entity release, a Radio Link Control, RLC, entity release, a logical channel release and a DRB identifier release, performing a notification of Service Data Adaptation Protocol, SDAP, entity corresponding to the DRB of the DRB release, and performing a RLC entity re-establishment.
Method for controlling a motor vehicle thermal engine comprising a turbocharger which comprises a compressor and a turbine , the compressor not being associated with a pressure relief valve compressor air, known as the "dump valve" which aims to protect the compressor from pumping and the turbine being associated with a discharge valve , known as the "waste gate" which limits the pressure and the flow of exhaust in this turbine , and a throttle body for authorizing an air passage at the intake, characterized in that said method comprises: a step for detecting the pumping of the compressor , a step of determining a first air filling instruction corresponding to a pumping limit (Remp_LP) to be applied to said butterfly housing , a step of correcting said first filling instruction (Remp_LP), a step of determining a second air filling instruction corresponding to a maximum filling (Remp_Max) making it possible to comply with a torque instruction corresponding to a will of a driver (C_vc), a step of arbitration between said first (Remp_LP) and second (Remp_Max) air filling instructions, a positioning step (Pos_Pap) of said throttle unit as a function of said filling instruction determined following the implementation of said arbitration step and a step of positioning the relief valve associated with the turbine of the turbocharger as a function of conditions of use of the heat engine , these conditions of use being typed longitudinal dynamics, typed full continuous load in stabilized, fuel economy type or favoring the acceleration of the rise in temperature and the rapid priming of the depollution devices. a step for detecting the pumping of the compressor , a step of determining a first air filling instruction corresponding to a pumping limit (Remp_LP) to be applied to said butterfly housing , a step of correcting said first filling instruction (Remp_LP), a step of determining a second air filling instruction corresponding to a maximum filling (Remp_Max) making it possible to comply with a torque instruction corresponding to a will of a driver (C_vc), a step of arbitration between said first (Remp_LP) and second (Remp_Max) air filling instructions, a positioning step (Pos_Pap) of said throttle unit as a function of said filling instruction determined following the implementation of said arbitration step and a step of positioning the relief valve associated with the turbine of the turbocharger as a function of conditions of use of the heat engine , these conditions of use being typed longitudinal dynamics, typed full continuous load in stabilized, fuel economy type or favoring the acceleration of the rise in temperature and the rapid priming of the depollution devices.
A method of diagnosing or of aiding diagnosis of sinusoidal obstructive syndrome (SOS) in a subject receiving hematopoietic stem cell transplantation (HSCT), the method comprising: measuring in a biological sample from the subject the expression of a biomarker panel comprising: IL1RL1 (also known as ST2), ANG2, L-Ficolin, HA, and VCAM1 by contacting the biological sample obtained from the subject with a first specific binding agent that specifically binds to IL1RL1 (also known as ST2), a second specific binding agent that specifically binds to ANG2, a third specific binding agent that specifically binds to L-Ficolin, a fourth specific binding agent that specifically binds to HA, and a fifth specific binding agent that specifically binds to VCAM1, wherein each specific binding agent independently forms a complex with the respective biomarker; and detecting the agent-biomarker complexes, thereby determining the biomarker expression level; wherein an elevated biomarker expression level compared to biomarker expression obtained from a biological sample obtained from a control is indicative of SOS. measuring in a biological sample from the subject the expression of a biomarker panel comprising: IL1RL1 (also known as ST2), ANG2, L-Ficolin, HA, and VCAM1 by contacting the biological sample obtained from the subject with a first specific binding agent that specifically binds to IL1RL1 (also known as ST2), a second specific binding agent that specifically binds to ANG2, a third specific binding agent that specifically binds to L-Ficolin, a fourth specific binding agent that specifically binds to HA, and a fifth specific binding agent that specifically binds to VCAM1, wherein each specific binding agent independently forms a complex with the respective biomarker; and detecting the agent-biomarker complexes, thereby determining the biomarker expression level; wherein an elevated biomarker expression level compared to biomarker expression obtained from a biological sample obtained from a control is indicative of SOS.
A method for implementing a virtual residential gateway service function, comprising: receiving , by a server, a data packet forwarded by a residential gateway, RGW, or a network side; identifying , by the server, a service type of the data packet according to information carried in the data packet; and providing , by the server, based on the service type of the data packet, a virtual residential gateway service for a user terminal connected to the RGW; wherein the providing, by the server, based on the service type of the data packet, a virtual residential gateway service for a user terminal connected to the RGW comprises: if the service type of the data packet is sending uplink/downlink data, performing, by the server, network address translation NAT on a source IP address and a source port number of the data packet, wherein the receiving, by a server, a data packet forwarded by a residential gateway RGW or a network side comprises: receiving, by the server, an uplink data packet forwarded by the RGW, wherein the uplink data packet is sent by the user terminal to the RGW; or receiving, by the server, a downlink data packet sent by the network side. receiving , by a server, a data packet forwarded by a residential gateway, RGW, or a network side; identifying , by the server, a service type of the data packet according to information carried in the data packet; and providing , by the server, based on the service type of the data packet, a virtual residential gateway service for a user terminal connected to the RGW; wherein the providing, by the server, based on the service type of the data packet, a virtual residential gateway service for a user terminal connected to the RGW comprises: if the service type of the data packet is sending uplink/downlink data, performing, by the server, network address translation NAT on a source IP address and a source port number of the data packet, wherein the receiving, by a server, a data packet forwarded by a residential gateway RGW or a network side comprises: receiving, by the server, an uplink data packet forwarded by the RGW, wherein the uplink data packet is sent by the user terminal to the RGW; or receiving, by the server, a downlink data packet sent by the network side. receiving, by the server, an uplink data packet forwarded by the RGW, wherein the uplink data packet is sent by the user terminal to the RGW; or receiving, by the server, a downlink data packet sent by the network side.