mhurhangee/patent-ind-claim-en huggingface dataset:
A method of reporting, by a user equipment, UE, channel state information, CSI, in a wireless communication system, the method comprising: receiving (S810), from a base station , CSI-reference signal, RS, resource configuration information; receiving (S820) a first CSI-RS resource based on the CSI-RS resource configuration information; and reporting (S830), to the base station, a first CSI based on the first CSI-RS resource, wherein a single Y-port CSI-RS resource is configured based on the CSI-RS resource configuration information, wherein 'Y' represents the number of ports of a CSI-RS resource that need to be measured by the UE, wherein some ports of the single Y-port CSI-RS resource are configured for channel measurement by the UE, and remaining ports other than the some ports of the single Y-port CSI-RS resource are configured for interference measurement by the UE, and wherein if information related to the some ports is not indicated by the base station a preset number of ports are selected as the some ports in order of stronger transmission power intensity for each port of the single Y-port CSI-RS resource. receiving (S810), from a base station , CSI-reference signal, RS, resource configuration information; receiving (S820) a first CSI-RS resource based on the CSI-RS resource configuration information; and reporting (S830), to the base station, a first CSI based on the first CSI-RS resource, wherein a single Y-port CSI-RS resource is configured based on the CSI-RS resource configuration information, wherein 'Y' represents the number of ports of a CSI-RS resource that need to be measured by the UE, wherein some ports of the single Y-port CSI-RS resource are configured for channel measurement by the UE, and remaining ports other than the some ports of the single Y-port CSI-RS resource are configured for interference measurement by the UE, and wherein if information related to the some ports is not indicated by the base station a preset number of ports are selected as the some ports in order of stronger transmission power intensity for each port of the single Y-port CSI-RS resource.
A fabric box , comprising: a plurality of fabric switches , each having at least one upstream port to be coupled to a host ; a plurality of devices coupled to downstream ports of one of the plurality of fabric switches , wherein distances between each of the downstream ports and the at least one upstream port , which are corresponding to each of the plurality of devices, are stored as a plurality of path distance information; a fabric controller coupled to the plurality of fabric switches , wherein the fabric controller is operable to determine a path distance between the downstream ports and the upstream ports of the plurality of fabric switches , based on the plurality of path distance information, wherein the fabric controller selects one of the plurality of devices with the shortest path distance to the host according to the plurality of path distance information upon receiving a request for allocating a device to a host , wherein the host is connected to the selected device via enabling the fabric controller and configuring one of the plurality of fabric switches . a plurality of devices coupled to downstream ports of one of the plurality of fabric switches , wherein distances between each of the downstream ports and the at least one upstream port , which are corresponding to each of the plurality of devices, are stored as a plurality of path distance information; a fabric controller coupled to the plurality of fabric switches , wherein the fabric controller is operable to determine a path distance between the downstream ports and the upstream ports of the plurality of fabric switches , based on the plurality of path distance information, wherein the fabric controller selects one of the plurality of devices with the shortest path distance to the host according to the plurality of path distance information upon receiving a request for allocating a device to a host , wherein the host is connected to the selected device via enabling the fabric controller and configuring one of the plurality of fabric switches .
A wavelength selective switch comprising a liquid crystal, LC, -based attenuation switching device including: an LC switching module including one or more LC switching cells to switch an incident beam; and a mirror to reflect the beam from the LC switching module back to the LC switching module , characterized in that the LC-based attenuation switching device further includes a temperature compensation module provided on a side of the mirror opposite to the LC switching module , the temperature compensation module being configured to alter curvature of the mirror as temperature changes so as to compensate for deformation of the LC switching cells due to the temperature change. an LC switching module including one or more LC switching cells to switch an incident beam; and a mirror to reflect the beam from the LC switching module back to the LC switching module , characterized in that the LC-based attenuation switching device further includes a temperature compensation module provided on a side of the mirror opposite to the LC switching module , the temperature compensation module being configured to alter curvature of the mirror as temperature changes so as to compensate for deformation of the LC switching cells due to the temperature change.
A method for joining two components comprising the steps of: - Placing a first component on a tool surface , - placing a second component having a cut-out on the first component with the inclusion of an adhesive, - placing an auxiliary body covering the cut-out on the second component , - covering the second component , the auxiliary body and at least one end region of the first component surrounding the second component with a vacuum film , - evacuating the space enclosed by the first component and the vacuum film , and - removing the vacuum foil after the adhesive has cured, characterised in that the second component has a flange which surrounds the cutout at least in regions and extends from the second component in a direction facing away from the first component , the auxiliary body being placed on the flange . - Placing a first component on a tool surface , - placing a second component having a cut-out on the first component with the inclusion of an adhesive, - placing an auxiliary body covering the cut-out on the second component , - covering the second component , the auxiliary body and at least one end region of the first component surrounding the second component with a vacuum film , - evacuating the space enclosed by the first component and the vacuum film , and - removing the vacuum foil after the adhesive has cured,
Organic light emitting electrochemical cell (OLEC, LEEC, LEC) comprising a composition comprising a first conjugated polymer and at least one phosphorescent small molecule emitter, characterized in that the concentration of the phosphorescent small molecule emitter is below 1,1 wt.-% with respect to the total mass of the composition wherein the composition further comprises an electrolyte, and wherein the phosphorescent emitter is a transition metal complex comprising iridium, rhodium, ruthenium, osmium, platinum, palladium as metal, very preferably iridium, platinum or palladium, particularly preferably iridium and platinum and very particularly preferably iridium and wherein the phosphorescent small molecule has a molecular weight below 4000 g/mol. wherein the composition further comprises an electrolyte, and wherein the phosphorescent emitter is a transition metal complex comprising iridium, rhodium, ruthenium, osmium, platinum, palladium as metal, very preferably iridium, platinum or palladium, particularly preferably iridium and platinum and very particularly preferably iridium and wherein the phosphorescent small molecule has a molecular weight below 4000 g/mol.
A diagnostic system for spatial diagnosis of a wireless local area network, WLAN, and the diagnostic system comprising: a sounding aggregator configured to aggregate multiple-input multiple-output, MIMO, channel state information, CSI, from channel soundings of each of a plurality of communication links on the WLAN between a wireless access point, WAP, node and a respective associated, different station node and to store records of the CSI on each communication link during their normal operation, whereby the records include CSI from prior soundings of each communication link; and a spatial correlator coupled to the sounding aggregator and configured to correlate the records of the CSI from the respective prior channel soundings of each communication link with spatial characteristics of the WLAN including an identification of one of the station nodes subject to displacement, based on perturbations over time in the records of the CSI of a communication link between the station node subject to displacement and the WAP node. a sounding aggregator configured to aggregate multiple-input multiple-output, MIMO, channel state information, CSI, from channel soundings of each of a plurality of communication links on the WLAN between a wireless access point, WAP, node and a respective associated, different station node and to store records of the CSI on each communication link during their normal operation, whereby the records include CSI from prior soundings of each communication link; and a spatial correlator coupled to the sounding aggregator and configured to correlate the records of the CSI from the respective prior channel soundings of each communication link with spatial characteristics of the WLAN including an identification of one of the station nodes subject to displacement, based on perturbations over time in the records of the CSI of a communication link between the station node subject to displacement and the WAP node.
A bag filter dust collector using a bag filter to trap dust from contaminated air being supplied and force the dust outwards, the bag filter dust collector comprising: an upper case in which multiple bag filters configured to filter out dust are installed in a vertical direction; a lower case formed at bottom of the upper case to collect dust falling from the bag filter ; and two or more air supply pipes (140a, 140b; 240a, 240b; 340a, 340b) parallel to each other to supply contaminated air into the bag filter dust collector through the lower case , characterized in that each of the air supply pipes (140a, 140b; 240a, 240b; 340a, 340b) has a side discharge hole (150a, 150b; 250a, 250b; 350a, 350b) on a side surface to direct air blast toward an inner wall of a side surface of the upper case or the lower case , forming a dust fall zone at a central space (A) between the two or more air supply pipes (140a, 140b; 240a, 240b; 340a, 340b). an upper case in which multiple bag filters configured to filter out dust are installed in a vertical direction; a lower case formed at bottom of the upper case to collect dust falling from the bag filter ; and two or more air supply pipes (140a, 140b; 240a, 240b; 340a, 340b) parallel to each other to supply contaminated air into the bag filter dust collector through the lower case , characterized in that each of the air supply pipes (140a, 140b; 240a, 240b; 340a, 340b) has a side discharge hole (150a, 150b; 250a, 250b; 350a, 350b) on a side surface to direct air blast toward an inner wall of a side surface of the upper case or the lower case , forming a dust fall zone at a central space (A) between the two or more air supply pipes (140a, 140b; 240a, 240b; 340a, 340b).
Retaining dome for retaining a hearing aid or a hearing aid part in the ear of a user wearing the hearing aid, characterized in that the retaining dome comprises an indicator material (M), which changes perceptibly as a function of a duration of use of the retaining dome , so that the exceedance of a recommended maximum duration of use of the retaining dome is recognizable based on the change in the indicator material (M).
A method for checking the correct operation of a pre- cutting device (PC) in a plant for the production of logs of paper material, the device (PC) being provided with at least a first rotating element or first roller (RS) that interacts with a second element or counter-blade (FB) for forming, by means of at least one blade (RB), a succession of pre-cut lines on a ribbon of paper material, the method comprising the following operative steps : - realization and assembly of the pre-cutting device (PC), with relative positioning and adjustment of said first (RS) and second element (FB); the method being characterized in that it further comprsies the following steps: - activation of the pre-cutting device (PC) with the measurement of the vibrations emitted relating to the interaction between said first and said second element during a test step that precedes the operative use of the device; - storage of at least a value or a set of values related to said vibrations measurement, corresponding to an optimal or reference operating configuration of the device (PC), said storage being executed during said test step; - measuring, during the operation of said plant, the values of the vibrations emitted by the interaction between said first (RS) and second element (FB) and comparison with said value or set of values related to the reference operating configuration, with the emission of a signal if there is a non-correspondence between the detected values and the reference value or set of reference values.. - realization and assembly of the pre-cutting device (PC), with relative positioning and adjustment of said first (RS) and second element (FB); the method being characterized in that it further comprsies the following steps: - activation of the pre-cutting device (PC) with the measurement of the vibrations emitted relating to the interaction between said first and said second element during a test step that precedes the operative use of the device; - storage of at least a value or a set of values related to said vibrations measurement, corresponding to an optimal or reference operating configuration of the device (PC), said storage being executed during said test step; - measuring, during the operation of said plant, the values of the vibrations emitted by the interaction between said first (RS) and second element (FB) and comparison with said value or set of values related to the reference operating configuration, with the emission of a signal if there is a non-correspondence between the detected values and the reference value or set of reference values..
Sterile container with a gas-permeable filter cassette , comprising a filter element arranged in the filter cassette , wherein for centering the filter cassette with regard to a sterile container wall section having at least one gas exchange opening , a first, conical centering means is provided on the filter cassette and cooperates in a non-self-retaining manner with a second centering means provided on the sterile container wall section when the filter cassette is inserted in or arranged on the sterile container wall section .
A non-pneumatic tire comprising an outer annular tread band , a shear band located radially under the outer annular tread band , and a plurality of connecting structures connecting the tread band and the shear band to a hub ; wherein the shear band comprises a first reinforcement layer and a second reinforcement layer located radially outward of the first reinforcement layer , wherein the first and second reinforcement layers are formed of a plurality of parallel reinforcement cords arranged at an angle of 10 degrees or less with respect to the tire equatorial plane; wherein the shear band further comprises a first angled belt layer located radially outward of the second reinforcement layer , and a second angled belt layer located radially outward of the first angled belt layer , wherein the first and second angled belt layers each have parallel reinforcement cords arranged at an angle in a range of from 15 to 30 degrees with respect to the tire equatorial plane; and wherein the angle of the parallel reinforcement cords in the second angled belt layer is equal to but of opposite direction than the angle of the parallel reinforcement cords in the first angled belt layer ; characterized in that the shear band includes a third reinforcement layer comprising a plurality of parallel reinforcement cords arranged at an angle of 10 degrees or less with respect to the tire equatorial plane, the third reinforcement layer being located radially between the second reinforcement layer and the first angled belt layer . wherein the shear band comprises a first reinforcement layer and a second reinforcement layer located radially outward of the first reinforcement layer , wherein the first and second reinforcement layers are formed of a plurality of parallel reinforcement cords arranged at an angle of 10 degrees or less with respect to the tire equatorial plane; wherein the shear band further comprises a first angled belt layer located radially outward of the second reinforcement layer , and a second angled belt layer located radially outward of the first angled belt layer , wherein the first and second angled belt layers each have parallel reinforcement cords arranged at an angle in a range of from 15 to 30 degrees with respect to the tire equatorial plane; and wherein the angle of the parallel reinforcement cords in the second angled belt layer is equal to but of opposite direction than the angle of the parallel reinforcement cords in the first angled belt layer ; characterized in that the shear band includes a third reinforcement layer comprising a plurality of parallel reinforcement cords arranged at an angle of 10 degrees or less with respect to the tire equatorial plane, the third reinforcement layer being located radially between the second reinforcement layer and the first angled belt layer .
Device for displaying moving images in a motor vehicle , the device comprising: at least one screen for displaying the moving images, to which screen a moving image source for the moving images can be connected; and a control unit for the screen , which control unit activates the screen in at least one first mode, in which the moving images are displayed with normal reproduction parameters, and in a second mode, wherein at least one speed sensor detecting the speed of the motor vehicle and transmitting it to the control unit can be connected to the control unit ; the control unit selects the first mode if the speed is less than a first threshold value; the control unit selects the second mode if the speed is more than or equal to a second threshold value which is higher than or equal to the first threshold value; and the image refresh rate is lower in the second mode than in the first mode, characterised in that at least one distance sensor , which detects the distance of the motor vehicle from an object in front of the motor vehicle and/or from a vehicle travelling ahead and transmits it to the control unit , can be connected to the control unit ; and the control unit changes the first and/or the second threshold value in accordance with an isotonic function of the distance. at least one screen for displaying the moving images, to which screen a moving image source for the moving images can be connected; and a control unit for the screen , which control unit activates the screen in at least one first mode, in which the moving images are displayed with normal reproduction parameters, and in a second mode, wherein at least one speed sensor detecting the speed of the motor vehicle and transmitting it to the control unit can be connected to the control unit ; the control unit selects the first mode if the speed is less than a first threshold value; the control unit selects the second mode if the speed is more than or equal to a second threshold value which is higher than or equal to the first threshold value; and the image refresh rate is lower in the second mode than in the first mode, characterised in that at least one distance sensor , which detects the distance of the motor vehicle from an object in front of the motor vehicle and/or from a vehicle travelling ahead and transmits it to the control unit , can be connected to the control unit ; and the control unit changes the first and/or the second threshold value in accordance with an isotonic function of the distance.
An LED cove light system mounted to a back surface of a vertical cove wall and including a plurality of light sources; wherein the light sources are one or more LEDs carried by a light fixture component, the light fixture component being removably attachable to a wall piece, the wall piece being attached to said back surface, the LED's being positioned in the light fixture component so as to project light at a selected angle from the cove toward a ceiling of a room when the light fixture component is attached to the wall piece ; the wall piece having a top edge which is at the same height as a top surface of a front cove wall ; and the one or more LEDs being further positioned so as to not be visible on a line of sight perpendicular to the vertical cove wall from a point looking toward the front cove wall when the light fixture component is attached to the wall piece .
An object avoidance system for an automated aerial vehicle, the object avoidance system comprising: an object detection element configured to be coupled to the automated aerial vehicle and configured to detect a presence of an object within a defined distance of the automated aerial vehicle; an avoidance determining element configured to be coupled to the automated aerial vehicle and configured to determine an avoidance maneuver, wherein the avoidance maneuver is determined based at least in part on an object vector representative of a distance and a direction of the object, and a defensive direction that is different than the direction of the object vector, wherein an avoidance vector is representative of the avoidance maneuver and a magnitude of the avoidance vector is greater than a magnitude of a velocity of the object with respect to the automated aerial vehicle; and a navigation component for automatically performing the avoidance maneuver. an object detection element configured to be coupled to the automated aerial vehicle and configured to detect a presence of an object within a defined distance of the automated aerial vehicle; an avoidance determining element configured to be coupled to the automated aerial vehicle and configured to determine an avoidance maneuver, wherein the avoidance maneuver is determined based at least in part on an object vector representative of a distance and a direction of the object, and a defensive direction that is different than the direction of the object vector, wherein an avoidance vector is representative of the avoidance maneuver and a magnitude of the avoidance vector is greater than a magnitude of a velocity of the object with respect to the automated aerial vehicle; and a navigation component for automatically performing the avoidance maneuver.