mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining scheduling assignments for reducing nonlinear signal distortion, wherein the method is performed in a network node of a wireless communications network, the network node comprising an antenna array arranged to perform beamforming, the method comprising - obtaining (S10) channel state information, CSI, relating to respective channels between the network node and at least two wireless devices served by the network node; - determining (S20) precoding vectors to the at least two wireless devices based on the obtained CSI; - determining (S30) at least two frequency scheduling assignments for each of the at least two wireless devices, wherein the determining comprises assigning (S31) each wireless device on respective sets of consecutive subcarriers; and - for each of the determined at least two frequency scheduling assignments, estimating (S40) a respective transmitted nonlinear signal distortion to each of the at least two wireless devices based on the obtained CSI; and - selecting (S50) a frequency scheduling assignment of the determined at least two frequency scheduling assignments based on the estimated transmitted nonlinear signal distortions. - obtaining (S10) channel state information, CSI, relating to respective channels between the network node and at least two wireless devices served by the network node; - determining (S20) precoding vectors to the at least two wireless devices based on the obtained CSI; - determining (S30) at least two frequency scheduling assignments for each of the at least two wireless devices, wherein the determining comprises assigning (S31) each wireless device on respective sets of consecutive subcarriers; and - for each of the determined at least two frequency scheduling assignments, estimating (S40) a respective transmitted nonlinear signal distortion to each of the at least two wireless devices based on the obtained CSI; and - selecting (S50) a frequency scheduling assignment of the determined at least two frequency scheduling assignments based on the estimated transmitted nonlinear signal distortions.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; and a module frame for housing the battery cell stack , wherein a venting part (400; 500; 600) is formed on a lower surface of the module frame , wherein the battery cell comprises: a cell main body ; electrode leads formed to protrude from both ends of the cell main body ; a cell case sealed with the protruding electrode leads interposed therebetween, and a terrace part formed to extend from the cell case in a direction in which the electrode leads protrude, wherein the venting part (400; 500; 600) is formed adjacent to a portion where the terrace part is located rather than to the cell main body , and the venting part is configured to immediately discharge high-temperature heat, gas, and flame to the outside of the battery module . a battery cell stack in which a plurality of battery cells are stacked; and a module frame for housing the battery cell stack , wherein a venting part (400; 500; 600) is formed on a lower surface of the module frame , wherein the battery cell comprises: a cell main body ; electrode leads formed to protrude from both ends of the cell main body ; a cell case sealed with the protruding electrode leads interposed therebetween, and a terrace part formed to extend from the cell case in a direction in which the electrode leads protrude, wherein the venting part (400; 500; 600) is formed adjacent to a portion where the terrace part is located rather than to the cell main body , and the venting part is configured to immediately discharge high-temperature heat, gas, and flame to the outside of the battery module . a cell main body ; electrode leads formed to protrude from both ends of the cell main body ; a cell case sealed with the protruding electrode leads interposed therebetween, and a terrace part formed to extend from the cell case in a direction in which the electrode leads protrude, wherein the venting part (400; 500; 600) is formed adjacent to a portion where the terrace part is located rather than to the cell main body , and the venting part is configured to immediately discharge high-temperature heat, gas, and flame to the outside of the battery module .
A support body for supporting a body fluid collection sheet with a body fluid collection body for collecting a body fluid, and an adhesive sheet for bringing the body fluid collection body into contact with the skin for collecting a body fluid, the support body comprising: a first sheet separated from the body fluid collection sheet and having an adhesive surface for adhering the body fluid collection sheet ; and a second sheet to be overlaid on the adhesive surface , wherein the support body configured to support the body fluid collection sheet when the body fluid collection sheet is separated from the skin, wherein the adhesive force of the adhesive surface of the first sheet is stronger than the adhesive force of the adhesive sheet . a first sheet separated from the body fluid collection sheet and having an adhesive surface for adhering the body fluid collection sheet ; and a second sheet to be overlaid on the adhesive surface , wherein the support body configured to support the body fluid collection sheet when the body fluid collection sheet is separated from the skin, wherein the adhesive force of the adhesive surface of the first sheet is stronger than the adhesive force of the adhesive sheet .
A method for dynamically adjusting a speech trigger threshold, the method comprising: at an electronic device having a processor and memory: receiving audio input via a microphone; sampling the received audio input; characterised by determining a confidence level that the sampled audio input comprises a portion of a spoken trigger; and in response to the confidence level exceeding a threshold, triggering a virtual assistant to receive a user command from the audio input; wherein the threshold is dynamically adjusted 2. by: lowering the threshold based on a detected presence of a user; and raising the threshold based on a detected absence of a user. at an electronic device having a processor and memory: receiving audio input via a microphone; sampling the received audio input; characterised by determining a confidence level that the sampled audio input comprises a portion of a spoken trigger; and in response to the confidence level exceeding a threshold, triggering a virtual assistant to receive a user command from the audio input; wherein the threshold is dynamically adjusted 2. by: lowering the threshold based on a detected presence of a user; and raising the threshold based on a detected absence of a user. receiving audio input via a microphone; sampling the received audio input; characterised by determining a confidence level that the sampled audio input comprises a portion of a spoken trigger; and in response to the confidence level exceeding a threshold, triggering a virtual assistant to receive a user command from the audio input; wherein the threshold is dynamically adjusted 2. by: lowering the threshold based on a detected presence of a user; and raising the threshold based on a detected absence of a user. lowering the threshold based on a detected presence of a user; and raising the threshold based on a detected absence of a user.
Rafter connector , said rafter connector extending in a longitudinal direction (L), wherein the rafter connector comprises a first fastening portion and a second fastening portion and a connecting portion , and wherein wherein the first fastening portion is attached to a first rafter via a first mounting surface with a normal (N13) is fixed or can be fixed, wherein the second fastening area is fastened to a second rafter via or can be fixed to a second rafter by means of a second mounting surface with a normal (N15), wherein the connecting area is arranged in longitudinal direction (L) between the first fastening region and the second fastening region , and wherein said connecting portion comprises an internally hollow guide member , characterized in that said internally hollow guide member is arranged in the direction parallel to the normal (N13, N15) of the first and/or the second mounting surface and/or in the direction of a height direction (H), in particular the negative or positive height direction (-/+ H), wherein the open area extends over at least 50%, preferably at least 25%, preferably at least 80%, and particularly preferably completely, over the extension length of the length of the inner hollow guide element in longitudinal direction (L), and wherein the inner hollow guide element extends in the longitudinal direction (L). said rafter connector extending in a longitudinal direction (L), wherein the rafter connector comprises a first fastening portion and a second fastening portion and a connecting portion , and wherein wherein the first fastening portion is attached to a first rafter via a first mounting surface with a normal (N13) is fixed or can be fixed, wherein the second fastening area is fastened to a second rafter via or can be fixed to a second rafter by means of a second mounting surface with a normal (N15), wherein the connecting area is arranged in longitudinal direction (L) between the first fastening region and the second fastening region , and wherein said connecting portion comprises an internally hollow guide member , characterized in that said internally hollow guide member is arranged in the direction parallel to the normal (N13, N15) of the first and/or the second mounting surface and/or in the direction of a height direction (H), in particular the negative or positive height direction (-/+ H), wherein the open area extends over at least 50%, preferably at least 25%, preferably at least 80%, and particularly preferably completely, over the extension length of the length of the inner hollow guide element in longitudinal direction (L), and wherein the inner hollow guide element extends in the longitudinal direction (L).
A transgenic mouse that expresses a chimeric transferrin receptor (TfR) polypeptide that comprises a transferrin binding site of the native TfR polypeptide of said mouse and a heterologous apical domain having an amino acid sequence at least 95% identical to SEQ ID NO: 1.
An air conditioning system or a heat pump system including a compressor having a shell including a suction line for receiving low-pressure refrigerant and a discharge line for dispensing high-pressure refrigerant, the system comprising: a pair of heat exchangers (14 and 16) in communication with said compressor ; an expansion valve disposed between said heat exchangers (14 and 16); an electronics module proximate said shell and configured to control said expansion valve ; a cooling apparatus proximate said electronics module that utilizes said low-pressure refrigerant to cool said electronics module ; and a temperature sensor in communication with said electronics module for detecting a temperature of said low-pressure refrigerant, characterized by said temperature sensor being adjacent an inlet of said cooling apparatus , and said expansion valve being controlled by the electronics module based on said temperature of said low-pressure refrigerant to minimize an amount of said low-pressure refrigerant in a liquid phase passing through said cooling apparatus by controlling a liquid dry out point (LDOP) of said low-pressure refrigerant such that the LDOP is maintained at said temperature sensor . a pair of heat exchangers (14 and 16) in communication with said compressor ; an expansion valve disposed between said heat exchangers (14 and 16); an electronics module proximate said shell and configured to control said expansion valve ; a cooling apparatus proximate said electronics module that utilizes said low-pressure refrigerant to cool said electronics module ; and a temperature sensor in communication with said electronics module for detecting a temperature of said low-pressure refrigerant, characterized by said temperature sensor being adjacent an inlet of said cooling apparatus , and said expansion valve being controlled by the electronics module based on said temperature of said low-pressure refrigerant to minimize an amount of said low-pressure refrigerant in a liquid phase passing through said cooling apparatus by controlling a liquid dry out point (LDOP) of said low-pressure refrigerant such that the LDOP is maintained at said temperature sensor .
A razor assembly , comprising: a guide housing ; a drive receiving member disposed on one side of the guide housing and configured to be movable in a first direction with respect to the guide housing ; a blade housing disposed on another side of the guide housing ; at least one shaving blade having a cutting edge and disposed at the blade housing ; a razor handle extending from the guide housing ; and a drive transmission member configured to transmit a driving force to the drive receiving member , at least a portion of the drive transmission member disposed on one side of the razor handle , wherein the blade housing is configured to be moved with respect to the guide housing in a second direction that is not parallel to the first direction in response to movement of the drive receiving member in the first direction, and wherein the drive receiving member is further configured to be moved in the first direction with respect to the guide housing by the driving force transmitted from the drive transmission member , characterized in that one of the drive receiving member or the blade housing includes a direction-switching rail ; another one of the drive receiving member or the blade housing , which does not include the direction-switching rail , includes a guided member that is movable along the direction-switching rail ; and at least a portion of the direction-switching rail comprises a region that is not parallel to the first direction. a guide housing ; a drive receiving member disposed on one side of the guide housing and configured to be movable in a first direction with respect to the guide housing ; a blade housing disposed on another side of the guide housing ; at least one shaving blade having a cutting edge and disposed at the blade housing ; a razor handle extending from the guide housing ; and a drive transmission member configured to transmit a driving force to the drive receiving member , at least a portion of the drive transmission member disposed on one side of the razor handle , wherein the blade housing is configured to be moved with respect to the guide housing in a second direction that is not parallel to the first direction in response to movement of the drive receiving member in the first direction, and wherein the drive receiving member is further configured to be moved in the first direction with respect to the guide housing by the driving force transmitted from the drive transmission member , characterized in that one of the drive receiving member or the blade housing includes a direction-switching rail ; another one of the drive receiving member or the blade housing , which does not include the direction-switching rail , includes a guided member that is movable along the direction-switching rail ; and at least a portion of the direction-switching rail comprises a region that is not parallel to the first direction.
A system for analyzing a gas mixture, comprising: a filter ; a trap ; a chromatographic column ; a detector ; and a pump ; wherein a first gas flow path is formed by fluid connection of the trap and the pump, wherein the pump is situated downstream of the trap; and wherein a second gas flow path is formed by fluid connection of the filter, the trap, the chromatographic column, the detector, and the pump, wherein the pump is situated downstream of the filter, the trap, the chromatographic column and the detector; and further wherein the gas mixture is air. a filter ; a trap ; a chromatographic column ; a detector ; and a pump ; wherein a first gas flow path is formed by fluid connection of the trap and the pump, wherein the pump is situated downstream of the trap; and wherein a second gas flow path is formed by fluid connection of the filter, the trap, the chromatographic column, the detector, and the pump, wherein the pump is situated downstream of the filter, the trap, the chromatographic column and the detector; and further wherein the gas mixture is air. wherein a first gas flow path is formed by fluid connection of the trap and the pump, wherein the pump is situated downstream of the trap; and wherein a second gas flow path is formed by fluid connection of the filter, the trap, the chromatographic column, the detector, and the pump, wherein the pump is situated downstream of the filter, the trap, the chromatographic column and the detector; and further wherein the gas mixture is air.
A method for establishing a security context for a user equipment, UE, connecting to a core network by a Uu interface through a base station and connecting to the core network by a Uu' interface through an access node, comprising: sending, by the base station, a root key to the access node; acquiring, by the base station, an encryption algorithm selected by the access node; sending, by the base station, the encryption algorithm of the access node to the UE for negotiation of the encryption algorithm with the UE; receiving, by the base station, security mode complete signaling notifying the base station that the UE has derived an encryption key according to the root key and the encryption algorithm, from the UE; instructing, by the base station, the access node to start downlink encryption and uplink decryption for user plane data transmission over the Uu' interface; and instructing, by the base station, during the negotiation, the UE to start downlink decryption and uplink encryption for the user plane data transmission over the Uu' interface. sending, by the base station, a root key to the access node; acquiring, by the base station, an encryption algorithm selected by the access node; sending, by the base station, the encryption algorithm of the access node to the UE for negotiation of the encryption algorithm with the UE; receiving, by the base station, security mode complete signaling notifying the base station that the UE has derived an encryption key according to the root key and the encryption algorithm, from the UE; instructing, by the base station, the access node to start downlink encryption and uplink decryption for user plane data transmission over the Uu' interface; and instructing, by the base station, during the negotiation, the UE to start downlink decryption and uplink encryption for the user plane data transmission over the Uu' interface.
Motorized wheelchair for disabled or elderly users (CA) comprising a frame (T), a seat (S) for the disabled driver, a handlebar (B), a motor (MO) provided with acceleration apparatus, a wheel assembly (R) and a braking apparatus (F) of said wheels (R), characterized in that it also comprises a bivalent control device that is capable of being interfaced with the acceleration apparatus of the motor (MO) and with the braking apparatus (F) of the wheels (R) and comprises: - a shell-shaped housing provided with a cylindrical internal chamber closed by a cap ; - a maneuvering lever capable of oscillating from an idle position both in clockwise direction (arrow F1) and in anticlockwise direction (arrow F2) relative to the longitudinal axis (X) of said cylindrical chamber ; - a first annular disc associated with said maneuvering lever , having its center on the axis (X); - a second annular disc interfaced and cooperating with said first annular disc , as well as housed inside said chamber and having its center on the axis (X); - a shaft whereon the first annular disc and the second annular disc are revolvingly mounted - coupling means (M) between the first annular disc and the second annular disc such that said second annular disc is driven into rotation by the first annular disc only in one of the two directions of rotation of the maneuvering lever . - a shell-shaped housing provided with a cylindrical internal chamber closed by a cap ; - a maneuvering lever capable of oscillating from an idle position both in clockwise direction (arrow F1) and in anticlockwise direction (arrow F2) relative to the longitudinal axis (X) of said cylindrical chamber ; - a first annular disc associated with said maneuvering lever , having its center on the axis (X); - a second annular disc interfaced and cooperating with said first annular disc , as well as housed inside said chamber and having its center on the axis (X); - a shaft whereon the first annular disc and the second annular disc are revolvingly mounted - coupling means (M) between the first annular disc and the second annular disc such that said second annular disc is driven into rotation by the first annular disc only in one of the two directions of rotation of the maneuvering lever .
Ultrasound device for carrying out a breast diagnostic examination for breast cancer diagnosis comprising two ultrasound probes , characterized in that each of said probes comprises a first array of piezoelectric or CMUT transducers with a first nominal frequency (f1), and a second array of piezoelectric or CMUT transducers with a second nominal frequency (f2), said probes being arranged opposite to each other, being configured to rotate along a circular trajectory having for centre the midpoint of the segment connecting them and to slide to each other along said straight line connecting them, so that they come in contact with the breast of the patient from diametrically opposite portions, in that said arrays comprise each a plurality of piezoelectric or CMUT transducers, positioned so that acquisitions are carried out on a plane of acquisition orthogonal to the plane of said circular trajectory, and in that said device is configured to carry out, by moving said probes along said circular trajectory, a plurality of scans relative to a plurality of planes of acquisition (P0, P1...) passing through said midpoint, orthogonal to said circular trajectory and rotated to each other of an angle (α). each of said probes comprises a first array of piezoelectric or CMUT transducers with a first nominal frequency (f1), and a second array of piezoelectric or CMUT transducers with a second nominal frequency (f2), said probes being arranged opposite to each other, being configured to rotate along a circular trajectory having for centre the midpoint of the segment connecting them and to slide to each other along said straight line connecting them, so that they come in contact with the breast of the patient from diametrically opposite portions, in that said arrays comprise each a plurality of piezoelectric or CMUT transducers, positioned so that acquisitions are carried out on a plane of acquisition orthogonal to the plane of said circular trajectory, and in that said device is configured to carry out, by moving said probes along said circular trajectory, a plurality of scans relative to a plurality of planes of acquisition (P0, P1...) passing through said midpoint, orthogonal to said circular trajectory and rotated to each other of an angle (α).
Garment holding device comprising a main sheet of material rollable in a rolling direction (R) and at least one cloth attachment means attached to said main sheet , wherein the main sheet is provided with at least two elongated elevated zones on the front side of the main sheet , essentially mutually parallel arranged at or near the edges of said main sheet and parallel to said rolling direction, such that when the device is rolled up, a curved spacing is created for holding a suit or another garment, without substantial forces being exerted thereto and without sharp bends characterised in that the main sheet is made from a paper or cardboard, or in particular ribbed cardboard, wherein the elongated elevated zones have a thickness of at least 4 mm, and in particular more than 9 millimeter, such that in a rolled up configuration, a garment storage space with a helix shaped cross section is obtained.