mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting display comprising: a light emitting device disposed in an active area of a substrate that displays images; an encapsulation part disposed on the light emitting device, the encapsulation part including a plurality of inorganic encapsulation layers (142, 146) and at least one organic encapsulation layer; a plurality of touch sensing lines and a plurality of touch driving lines disposed on the encapsulation part, the plurality of touch sensing lines and the plurality of touch driving lines intersecting each other in the active area, and the plurality of touch driving lines and the plurality of touch sensing lines each including a plurality of conductive layers arranged in a stacking sequence; and a plurality of routing lines (156, 186), connected to the plurality of touch sensing lines and the plurality of touch driving lines, on the substrate provided with the light emitting device and the encapsulation part, each of the plurality of routing lines (156, 186) including a plurality of routing layers (156a, 156b, 156c), each of the plurality of routing layers (156a, 156b, 156c) made of a same material as a corresponding one of the plurality of conductive layers and the plurality of routing layers (156a, 156b, 156c) arranged in a same stacking sequence as the stacking sequence of the plurality of conductive layers. a light emitting device disposed in an active area of a substrate that displays images; an encapsulation part disposed on the light emitting device, the encapsulation part including a plurality of inorganic encapsulation layers (142, 146) and at least one organic encapsulation layer; a plurality of touch sensing lines and a plurality of touch driving lines disposed on the encapsulation part, the plurality of touch sensing lines and the plurality of touch driving lines intersecting each other in the active area, and the plurality of touch driving lines and the plurality of touch sensing lines each including a plurality of conductive layers arranged in a stacking sequence; and a plurality of routing lines (156, 186), connected to the plurality of touch sensing lines and the plurality of touch driving lines, on the substrate provided with the light emitting device and the encapsulation part, each of the plurality of routing lines (156, 186) including a plurality of routing layers (156a, 156b, 156c), each of the plurality of routing layers (156a, 156b, 156c) made of a same material as a corresponding one of the plurality of conductive layers and the plurality of routing layers (156a, 156b, 156c) arranged in a same stacking sequence as the stacking sequence of the plurality of conductive layers.
Hydraulic block for a brake assembly of a hydraulic external-force brake installation for a motor vehicle, wherein the hydraulic block has a top side, which is intended for mounting of a brake fluid vessel and has connections (27', 27", 27′′′) for the brake fluid vessel, a fastening side, which adjoins the top side and is configured for fastening of the hydraulic block to a bulkhead of the motor vehicle and at which a master brake cylinder bore opens out, a motor side, which adjoins the top side and the fastening side and at which an external-force cylinder bore opens out and on which there is able to be arranged an electric motor for displacement of an external-force piston of an external-force brake pressure generator in the external-force cylinder bore, connections for hydraulic wheel brakes and a simulator cylinder bore for a pedal travel simulator of the external-force brake installation, characterized in that the external-force cylinder bore and the simulator cylinder bore are provided in the hydraulic block between the top side and the master brake cylinder bore, and in that a second return line leads in the hydraulic block from a receptacle for an outlet valve through the simulator cylinder bore to one of the connections (27") for the brake fluid vessel.
Pull-out guide, in particular for drawers, having a guide rail which can be attached to a furniture carcass and on which a running rail (3, 3') is displaceably mounted directly or via at least one centre rail, and arranged on the running rail (3, 3') is an activator (4, 4', 4", 4"') which can be coupled to a tappet of a latching mechanism for keeping the running rail in a closed position, wherein the position of the activator (4, 4', 4", 4"') relative to the running rail (3, 3') is designed to be adjustable in the movement direction of the running rail (3, 3') by an actuating element (12, 22, 25), characterized in that a baseplate which has at least one elongate hole for guiding the activator in the longitudinal direction is attached to the running rail, or an elongate hole which is penetrated by a clamping element is provided for adjusting the activator (4").
A magnetic flux coupler comprising: a magnetically permeable core having a first end and a second end and a first axis extending from the first end to the second end, the magnetically permeable core comprising a plurality of ferrite strips parallel to the first axis, two coils (a, b) magnetically associated with the core and provided on a first side of the core in an adjacent coplanar configuration or an overlapping mutually decoupled planar configuration, each coil defining a magnetic pole area located on the first side of the core and the pole areas being separated along the first axis, the first and second ends extending in the direction of the first axis beyond the pole areas, the core having a cross section transverse to the first axis between the pole areas, the cross-section having a low magnetic reluctance region to encourage magnetic flux to extend between the pole areas in a direction parallel to the first axis, characterised in that the magnetic flux coupler further comprises magnetic flux channelling means comprising a strip of ferrite material extending transverse to the first axis at or adjacent to each end of the core to encourage magnetic flux adjacent to the ends of the core to enter the core, the strips of the flux channelling means extending outwardly parallel relative to the coils' plane at opposite transverse sides of the magnetically permeable core beyond the magnetically permeable core between the pole areas. a magnetically permeable core having a first end and a second end and a first axis extending from the first end to the second end, the magnetically permeable core comprising a plurality of ferrite strips parallel to the first axis, two coils (a, b) magnetically associated with the core and provided on a first side of the core in an adjacent coplanar configuration or an overlapping mutually decoupled planar configuration, each coil defining a magnetic pole area located on the first side of the core and the pole areas being separated along the first axis, the first and second ends extending in the direction of the first axis beyond the pole areas, the core having a cross section transverse to the first axis between the pole areas, the cross-section having a low magnetic reluctance region to encourage magnetic flux to extend between the pole areas in a direction parallel to the first axis, characterised in that the magnetic flux coupler further comprises magnetic flux channelling means comprising a strip of ferrite material extending transverse to the first axis at or adjacent to each end of the core to encourage magnetic flux adjacent to the ends of the core to enter the core, the strips of the flux channelling means extending outwardly parallel relative to the coils' plane at opposite transverse sides of the magnetically permeable core beyond the magnetically permeable core between the pole areas.
A method carried out by an evolved base station for configuring discontinuous reception of a user equipment, UE, the method comprising: • receiving a message carrying discontinuous reception, DRX, feature information of the UE; • setting a DRX parameter of the UE according to a service data packet size included in the DRX feature information of the UE; • sending the DRX parameter of the UE to the UE. • receiving a message carrying discontinuous reception, DRX, feature information of the UE; • setting a DRX parameter of the UE according to a service data packet size included in the DRX feature information of the UE; • sending the DRX parameter of the UE to the UE.
A voice call quality information generation method of a server in a wireless communication system, the voice call quality information generation method comprising: receiving log information from at least one base station; determining whether muting has occurred, based on the log information; identifying a link in which the muting has occurred based on the log information, in case that the muting has occurred, wherein the link corresponds to a first link between the base station and a terminal, a second link between two layer-specific entities inside the base station or a third link between the base station and a core network; calculating a muting ratio for the link based on the identification; generating voice call quality information for the link based on the muting ratio, and wherein the determining comprises determining that the muting has occurred, in case that an interval between two consecutive voice packets during a voice call is greater than a first threshold based on the log information. receiving log information from at least one base station; determining whether muting has occurred, based on the log information; identifying a link in which the muting has occurred based on the log information, in case that the muting has occurred, wherein the link corresponds to a first link between the base station and a terminal, a second link between two layer-specific entities inside the base station or a third link between the base station and a core network; calculating a muting ratio for the link based on the identification; generating voice call quality information for the link based on the muting ratio, and wherein the determining comprises determining that the muting has occurred, in case that an interval between two consecutive voice packets during a voice call is greater than a first threshold based on the log information.
A method for communication in an unlicensed wireless communication system comprising: controlling a receiver at a user equipment to attempt to receive a reference signal for cell discovery and/or cell signal measurement, wherein transmission of the reference signal is subject to a listen-before-talk type protocol and the reference signal is expected to be transmitted at a determined power level within a configured reference signal transmission window in time with instances of the reference signal transmission window separated by a first time interval and the receiver is controlled to be able to receive the reference signal at a reference signal measurement time, with instances of the reference signal measurement time separated by a second time interval; determining at the receiver at least one missing reference signal instance within a reference signal transmission window during the reference signal measurement time; controlling the receiver to be able to receive at least one further reference signal instance at a further reference signal measurement time, the separation of the further reference signal measurement time and the reference signal measurement time being less than the second time interval. controlling a receiver at a user equipment to attempt to receive a reference signal for cell discovery and/or cell signal measurement, wherein transmission of the reference signal is subject to a listen-before-talk type protocol and the reference signal is expected to be transmitted at a determined power level within a configured reference signal transmission window in time with instances of the reference signal transmission window separated by a first time interval and the receiver is controlled to be able to receive the reference signal at a reference signal measurement time, with instances of the reference signal measurement time separated by a second time interval; determining at the receiver at least one missing reference signal instance within a reference signal transmission window during the reference signal measurement time; controlling the receiver to be able to receive at least one further reference signal instance at a further reference signal measurement time, the separation of the further reference signal measurement time and the reference signal measurement time being less than the second time interval.
A vehicle control device comprising: an obstacle detection means for detecting a remote obstacle located further from a nearby region near a vehicle; a risk calculation means for calculating a risk indicative of a possibility that the remote obstacle detected by the obstacle detection means and the vehicle will come into contact; a risk determination means for determining whether or not to execute a warning to a driver of the vehicle, or whether or not to execute vehicle control of the vehicle based on the risk; a warning control means for executing the warning or the vehicle control based on the determination results of the risk determination means; and a parking state determination means for determining whether the vehicle is in an entry state of entering a planned parking place, or in an exit state of exiting the parking place; characterized by a risk adjustment means for adjusting the risk based on the determination result from the parking state determination means; wherein the risk adjustment means carries out an adjustment that decreases the risk when the parking state determination means determines that the vehicle is in the entry state, and carries out an adjustment that increases the risk when the parking state determination means determines that the vehicle is in the exit state. an obstacle detection means for detecting a remote obstacle located further from a nearby region near a vehicle; a risk calculation means for calculating a risk indicative of a possibility that the remote obstacle detected by the obstacle detection means and the vehicle will come into contact; a risk determination means for determining whether or not to execute a warning to a driver of the vehicle, or whether or not to execute vehicle control of the vehicle based on the risk; a warning control means for executing the warning or the vehicle control based on the determination results of the risk determination means; and a parking state determination means for determining whether the vehicle is in an entry state of entering a planned parking place, or in an exit state of exiting the parking place; characterized by a risk adjustment means for adjusting the risk based on the determination result from the parking state determination means; wherein the risk adjustment means carries out an adjustment that decreases the risk when the parking state determination means determines that the vehicle is in the entry state, and carries out an adjustment that increases the risk when the parking state determination means determines that the vehicle is in the exit state.
A method by a first access point, AP, enabling coordinated beamforming, CB, for overlapping basic service sets, OBSSs, in wireless local area network, WLAN, the method comprising: sending by the first AP a Feedback Request, FBR, frame to each one of a plurality of stations, STAs, wherein the OBSSs comprise the STAs and a plurality of APs including the first AP and other APs; and receiving a feedback frame from each STA of the STAs that participate in CB transmission for the OBSSs, wherein the feedback frame includes channel state information, CSI, of the STA, the CSI enabling the first AP to perform CB on downlink; wherein, the method further comprises: sending an initiate CB frame to each one of the other APs in the OBSSs; receiving an acknowledgement, ACK, frame from each one of the other APs intending to participate in the CB transmission; and starting the CB transmission with each one of the other APs that participate in the CB transmission; and wherein, the method further comprises sending an end of service period, EOSP, frame terminating the CB transmission, wherein the EOSP frame is sent to each one of the other APs participating in the CB transmission. sending by the first AP a Feedback Request, FBR, frame to each one of a plurality of stations, STAs, wherein the OBSSs comprise the STAs and a plurality of APs including the first AP and other APs; and receiving a feedback frame from each STA of the STAs that participate in CB transmission for the OBSSs, wherein the feedback frame includes channel state information, CSI, of the STA, the CSI enabling the first AP to perform CB on downlink; sending an initiate CB frame to each one of the other APs in the OBSSs; receiving an acknowledgement, ACK, frame from each one of the other APs intending to participate in the CB transmission; and starting the CB transmission with each one of the other APs that participate in the CB transmission; and wherein, the method further comprises sending an end of service period, EOSP, frame terminating the CB transmission, wherein the EOSP frame is sent to each one of the other APs participating in the CB transmission.
Holding basket open on one side, comprising a bottom, a first side wall, a second side wall, a rear wall, and a handle element for carrying the holding basket, but without a front wall and without a top wall, wherein the holding basket further comprises: a lip formed on an edge of the bottom opposite to the rear wall, wherein a level of a free end of the lip is spaced above a level of the bottom by a distance, and two end elements, wherein a first end element connects the lip to the first side wall, and a second end element connects the lip to the second side wall, wherein the handle element comprises at least one mounting means and a handle attachable to the at least one mounting means, wherein the at least one mounting means is attached to the first side wall and the second side wall, characterized in that the bottom, the first side wall, the second side wall and the rear wall are individual parts; a plurality of feet are detachably attached to an outer side surface of the bottom; and the first side wall, the second side wall, the rear wall and the bottom each comprise a plurality of fixing elements via which the first side wall, the second side wall, the rear wall and the bottom are frictionally connected to one another. a lip formed on an edge of the bottom opposite to the rear wall, wherein a level of a free end of the lip is spaced above a level of the bottom by a distance, and two end elements, wherein a first end element connects the lip to the first side wall, and a second end element connects the lip to the second side wall, wherein the handle element comprises at least one mounting means and a handle attachable to the at least one mounting means, wherein the at least one mounting means is attached to the first side wall and the second side wall, characterized in that the bottom, the first side wall, the second side wall and the rear wall are individual parts; a plurality of feet are detachably attached to an outer side surface of the bottom; and the first side wall, the second side wall, the rear wall and the bottom each comprise a plurality of fixing elements via which the first side wall, the second side wall, the rear wall and the bottom are frictionally connected to one another.
A headset cup having a driver and front and rear cavities separated by the driver, the cup comprising a mass port and a resistive port connected to the rear cavity in parallel, the mass port having an effective cross-sectional area greater than 2 mm 2 for providing a principally reactive acoustic impedance, the mass port comprising a tube enclosing an interior volume that is at least 1/40 the volume of the rear cavity, the rear cavity volume not including the volume occupied by the mass port tube itself, such that the response of the rear cavity including the ports is linear at high sound pressure levels radiated by the driver, the high sound pressure levels radiated by the driver comprising sound pressure levels greater than 120 dB SPL.
A method of predicting brace treatment outcome in a subject having idiopathic scoliosis comprising classifying the subject into functional group FG1, FG2 or FG3, wherein the classification enables the prediction of brace treatment outcome, and wherein the classification is based on the detection of a distinct general differential Gi-signaling dysfunction in a cell sample from the subject.
A computer-implemented method for making an input to a locked device (102; 200; 300; 350; 400), comprising: receiving at a computing device that is in a locked state, one or more user inputs to unlock the computing device and to execute at least one command that is different from a command for unlocking the computing device, wherein receiving the one or more user inputs to unlock the computing device and to execute the at least one command comprises receiving a dragging motion between an icon (304a-c; 354a-c; 404a-c) that corresponds to a function corresponding to the at least one command and an icon (306; 356; 406) that corresponds to an unlocking function for the computing device; executing in response to the dragging motion to unlock the computing device an unlocking operation by the computing device to convert the computing device from a locked state to an unlocked state; executing the at least one command in response to receiving the dragging motion to execute the at least one command; and wherein at least part of the at least one command is executed while the unlocking operation is still being performed and the at least one command executes so that results of executing the at least one command are first displayed on the computing device to a user automatically after the computing device changes from the locked state to the unlocked state. receiving at a computing device that is in a locked state, one or more user inputs to unlock the computing device and to execute at least one command that is different from a command for unlocking the computing device, wherein receiving the one or more user inputs to unlock the computing device and to execute the at least one command comprises receiving a dragging motion between an icon (304a-c; 354a-c; 404a-c) that corresponds to a function corresponding to the at least one command and an icon (306; 356; 406) that corresponds to an unlocking function for the computing device; executing in response to the dragging motion to unlock the computing device an unlocking operation by the computing device to convert the computing device from a locked state to an unlocked state; executing the at least one command in response to receiving the dragging motion to execute the at least one command; and wherein at least part of the at least one command is executed while the unlocking operation is still being performed and the at least one command executes so that results of executing the at least one command are first displayed on the computing device to a user automatically after the computing device changes from the locked state to the unlocked state.