mhurhangee/patent-ind-claim-en huggingface dataset:
A method for facilitating Multimedia Broadcast Multicast Service, MBMS, discovery in a wireless communications system , WCS, the method comprising: transmitting a data element configured for a mobile entity (120; 120r; 120X) within a WCS area, the data element including service identifiers mapped to corresponding cell identifiers to indicate respective MBMS services (3102a; 3102b) to be broadcast in the WCS area on adjacent cells (2918a-b) identified by respective ones of the cell identifiers; providing a service area index to the mobile entity (120; 120r; 120x), indicating MBMS service areas supported by at least one of a cell (102a-c; 502, 504, 506) serving the mobile entity (120; 120r; 120X) or a neighbor cell (102a-c; 502, 504, 506), wherein a MBMS service area is a group of cells where a certain MBMS service is available and the service area index is a a hash of the MBMS SAIs for available MBMS service areas served by the at least one of a cell (102a-c, 502, 504, 506); and broadcasting the MBMS services (3102a; 3102b) within the WCS area using the adjacent cells (2918a-b) previously indicated in the data element. transmitting a data element configured for a mobile entity (120; 120r; 120X) within a WCS area, the data element including service identifiers mapped to corresponding cell identifiers to indicate respective MBMS services (3102a; 3102b) to be broadcast in the WCS area on adjacent cells (2918a-b) identified by respective ones of the cell identifiers; providing a service area index to the mobile entity (120; 120r; 120x), indicating MBMS service areas supported by at least one of a cell (102a-c; 502, 504, 506) serving the mobile entity (120; 120r; 120X) or a neighbor cell (102a-c; 502, 504, 506), wherein a MBMS service area is a group of cells where a certain MBMS service is available and the service area index is a a hash of the MBMS SAIs for available MBMS service areas served by the at least one of a cell (102a-c, 502, 504, 506); and broadcasting the MBMS services (3102a; 3102b) within the WCS area using the adjacent cells (2918a-b) previously indicated in the data element.
A dishwasher comprising: a main body ; a washing tub provided inside the main body; and a nozzle configured to inject washing water into the washing tub, wherein the nozzle includes an injection port configured to inject the washing water into the washing tub, a guide portion provided downstream of the injection port and configured to spirally guide the washing water injected from the injection port, and at least one leg portion configured to connect the guide portion to the injection port, and wherein the guide portion includes a guide surface configured to guide the washing water by contacting with the washing water, the guide surface is configured to be inclined toward an outer circumference of the injection port, characterized in that the at least one leg portion includes a plurality of leg portions disposed to be spaced apart along a circumferential direction of the injection port, and the plurality of leg portions includes a first leg portion , a second leg portion longer than the first leg portion, and a third leg portion longer than the second leg portion. a main body ; a washing tub provided inside the main body; and a nozzle configured to inject washing water into the washing tub, wherein the nozzle includes an injection port configured to inject the washing water into the washing tub, a guide portion provided downstream of the injection port and configured to spirally guide the washing water injected from the injection port, and at least one leg portion configured to connect the guide portion to the injection port, and wherein the guide portion includes a guide surface configured to guide the washing water by contacting with the washing water, the guide surface is configured to be inclined toward an outer circumference of the injection port, characterized in that the at least one leg portion includes a plurality of leg portions disposed to be spaced apart along a circumferential direction of the injection port, and the plurality of leg portions includes a first leg portion , a second leg portion longer than the first leg portion, and a third leg portion longer than the second leg portion.
A rotary damper having a first valve provided in a first oil passage , the rotary damper comprising: an oil chamber filled with oil; a vane located in the oil chamber ; a groove which is formed in the vane and functions as a valve box of the first valve ; a valve body of the first valve which moves while being in contact with a bottom surface of the groove ; an elastic body which applies elasticity to the valve body , and causes the valve body to come into contact with a wall surface of the oil chamber when the oil does not flow; a second oil passage which circulates the oil between one surface side of the vane and the other surface side of the vane; and a second valve which is provided in the second oil passage , and reduces the amount of the oil passing through the second oil passage according to the pressure of the oil, wherein the bottom surface of the groove is a slope, and thereby the valve body which is in contact with the wall surface of the oil chamber when receiving pressure of the oil from one direction moves away from the wall surface of the oil chamber when receiving the pressure of the oil from an opposite direction; and wherein the elastic body functions as a valve body of the second valve . an oil chamber filled with oil; a vane located in the oil chamber ; a groove which is formed in the vane and functions as a valve box of the first valve ; a valve body of the first valve which moves while being in contact with a bottom surface of the groove ; an elastic body which applies elasticity to the valve body , and causes the valve body to come into contact with a wall surface of the oil chamber when the oil does not flow; a second oil passage which circulates the oil between one surface side of the vane and the other surface side of the vane; and a second valve which is provided in the second oil passage , and reduces the amount of the oil passing through the second oil passage according to the pressure of the oil, wherein the bottom surface of the groove is a slope, and thereby the valve body which is in contact with the wall surface of the oil chamber when receiving pressure of the oil from one direction moves away from the wall surface of the oil chamber when receiving the pressure of the oil from an opposite direction; and wherein the elastic body functions as a valve body of the second valve .
A system for associating content with one or more light beacons (61-69), comprising a server , the server comprising: - at least one input interface for receiving input; - an output interface for providing output; and - at least one processor configured: to receive a geographical indicator, to determine a set of at least one light beacon (61-69) based on said geographical indicator, each of said at least one light beacon (61-69) being configured to transmit data via visible light, to use said output interface to output information identifying said set of at least one light beacon (61-69), to use said at least one input interface to receive a selection of one or more light beacons (61-68) of said set of at least one light beacon (61-69), to use said at least one input interface to receive a content item or a reference to a content item to be associated with said one or more light beacons (61-68), and to associate said content item with said one or more light beacons (61-68), said association causing said one or more light beacons (61-68) to transmit data via visible light which enables reproduction of said content item. - at least one input interface for receiving input; - an output interface for providing output; and - at least one processor configured: to receive a geographical indicator, to determine a set of at least one light beacon (61-69) based on said geographical indicator, each of said at least one light beacon (61-69) being configured to transmit data via visible light, to use said output interface to output information identifying said set of at least one light beacon (61-69), to use said at least one input interface to receive a selection of one or more light beacons (61-68) of said set of at least one light beacon (61-69), to use said at least one input interface to receive a content item or a reference to a content item to be associated with said one or more light beacons (61-68), and to associate said content item with said one or more light beacons (61-68), said association causing said one or more light beacons (61-68) to transmit data via visible light which enables reproduction of said content item. to receive a geographical indicator, to determine a set of at least one light beacon (61-69) based on said geographical indicator, each of said at least one light beacon (61-69) being configured to transmit data via visible light, to use said output interface to output information identifying said set of at least one light beacon (61-69), to use said at least one input interface to receive a selection of one or more light beacons (61-68) of said set of at least one light beacon (61-69), to use said at least one input interface to receive a content item or a reference to a content item to be associated with said one or more light beacons (61-68), and to associate said content item with said one or more light beacons (61-68), said association causing said one or more light beacons (61-68) to transmit data via visible light which enables reproduction of said content item.
An apparatus comprising: a stacked phased array element being configured for current reuse in a phased array transmitter, the stacked phased array element comprising filters configured to filter in-phase, I, and quadrature-phase, Q, signals to be transmitted, the outputs of the filters being input to a gm stage generating current signals (IP, IM, QP and QM) that are connected to a current mode phase rotator, PR, generating phase-shifted I and Q current signals (IP', IM', QP', QM'), the phase-shifted I and Q current signals (IP', IM', QP', QM') being connected to both a DC offset correction, DCOC, block being comprised in the stacked phased array element and a current mode residual side band (RSB) reduction module providing first output signals (IPo, IMo, QPo, QMo) to mixers and removing a residual sideband in second output signals (RFP, RFM), wherein the mixers receive local oscillator signals (LOI, LOQ) and upconvert the first output signals (IPo, IMo, QPo, QMo) to generate the second output signals (RFP, RFM) for transmission, and wherein the mixers , the RSB reduction module , the phase rotator , and the gm stage are comprised in the stacked phased array element and are stacked to reuse current from a single connection to the power supply (VDD) and are thereby configured for current reuse.
An antenna assembly comprising: an antenna including a first conductive antenna portion and a second conductive antenna portion , wherein the antenna is an aperture antenna, wherein the first conductive antenna portion of the antenna includes a portion of a metal chassis, and wherein the second conductive antenna portion of the antenna includes a flexible printed circuit (FPC) antenna pattern; and a filter circuit coupled to the antenna , wherein the filter circuit includes: a low pass filter coupled between the first conductive antenna portion and a specific absorption rate (SAR) controller, the low pass filter to filter out a radio frequency (RF) signal, and pass an SAR signal from the antenna to the SAR controller, wherein the RF signal has a higher frequency than the SAR signal; and a high pass filter coupled between the first conductive antenna portion and the second conductive antenna portion , wherein the second conductive antenna portion is coupled to an RF port, the high pass filter to pass the RF signal from the antenna to the RF port and to filter out the SAR signal. an antenna including a first conductive antenna portion and a second conductive antenna portion , wherein the antenna is an aperture antenna, wherein the first conductive antenna portion of the antenna includes a portion of a metal chassis, and wherein the second conductive antenna portion of the antenna includes a flexible printed circuit (FPC) antenna pattern; and a filter circuit coupled to the antenna , wherein the filter circuit includes: a low pass filter coupled between the first conductive antenna portion and a specific absorption rate (SAR) controller, the low pass filter to filter out a radio frequency (RF) signal, and pass an SAR signal from the antenna to the SAR controller, wherein the RF signal has a higher frequency than the SAR signal; and a high pass filter coupled between the first conductive antenna portion and the second conductive antenna portion , wherein the second conductive antenna portion is coupled to an RF port, the high pass filter to pass the RF signal from the antenna to the RF port and to filter out the SAR signal. a low pass filter coupled between the first conductive antenna portion and a specific absorption rate (SAR) controller, the low pass filter to filter out a radio frequency (RF) signal, and pass an SAR signal from the antenna to the SAR controller, wherein the RF signal has a higher frequency than the SAR signal; and a high pass filter coupled between the first conductive antenna portion and the second conductive antenna portion , wherein the second conductive antenna portion is coupled to an RF port, the high pass filter to pass the RF signal from the antenna to the RF port and to filter out the SAR signal.
A device for processing a torque request for a drive machine and for reducing drive train impacts, which is configured to reduce a gradient of the torque request in a region around a clutch zero torque ; characterized in that the device is configured to determine an inertia-conditioned torque of the drive unit and to determine the clutch zero torque as a function of the inertia-conditioned torque.
A weft yarn tensioning device of an air jet loom in which a weft yarn is inserted along a weft yarn guide passage formed in a reed , the weft yarn tensioning devise being disposable in front of the reed at a weft yarn arrival side of the air jet loom, the weft yarn tensioning device comprising: a weft yarn travel passage extending along the weft yarn guide passage ; a first air discharge member configured to discharge an air in a direction along the weft yarn travel passage ; and a second air discharge member configured to discharge the air in a direction different from the direction along the weft yarn travel passage , wherein the second air discharge member discharges the air to the weft yarn in the weft yarn travel passage , characterized in that the first air discharge member discharges the air to introduce the weft yarn into the weft yarn travel passage . a weft yarn travel passage extending along the weft yarn guide passage ; a first air discharge member configured to discharge an air in a direction along the weft yarn travel passage ; and a second air discharge member configured to discharge the air in a direction different from the direction along the weft yarn travel passage , wherein the second air discharge member discharges the air to the weft yarn in the weft yarn travel passage , characterized in that the first air discharge member discharges the air to introduce the weft yarn into the weft yarn travel passage .
A wood gas boiler comprising a boiler housing , which is preferably partitioned into a boiler bottom , a lower boiler jacket , an upper boiler casing and a boiler cover, wherein a device for supplying air is arranged within the boiler housing, as well as at least one grating , wherein wood gas is generated in a firebed from wood chips on the grating , the wood gas being extractable by suction and/or removable to the outside, wherein a star with a plurality of vanes is provided in the region of the firebed above the grating , the longitudinal vane axes extending in a star shape radially outward from a central vertical axis of the wood gas boiler , characterized in that the vanes are each supported to be rotatable about a respective axis of rotation extending radially with respect to the central vertical axis .
Crimping pliers , in particular for crimping cable lugs or the like onto electrical conductors, comprising two crimping jaws which can be swivelled towards one another, wherein in each crimping jaw a crimping matrix configured with a plurality of different crimping dies over a circumference is rotatably mounted with respect to an axis of rotation (y), characterized in that the crimping matrices are permanently coupled to each other via the gearing independently of a swivel position of the crimping jaws .
Repair patch for an elastomeric component , in particular for a vehicle tyre, comprising: a cover layer , a connecting layer for resting on a wall of the elastomeric component , and at least one intermediate layer arranged between the connecting layer and the cover layer , characterised in that the connecting layer contains a first and a second natural rubber component before vulcanization with the elastomeric component , wherein the first natural rubber component has a lower molecular weight M W than the second natural rubber component, such that a mixture of the first and the second natural rubber component has a bimodal molecular weight distribution. a cover layer , a connecting layer for resting on a wall of the elastomeric component , and at least one intermediate layer arranged between the connecting layer and the cover layer , characterised in that the connecting layer contains a first and a second natural rubber component before vulcanization with the elastomeric component , wherein the first natural rubber component has a lower molecular weight M W than the second natural rubber component, such that a mixture of the first and the second natural rubber component has a bimodal molecular weight distribution.
A hearing device configured to be worn at an ear of a user, the hearing device comprising - a sensor unit configured to provide sensor data , the sensor data indicative of a physical property detected on the user and/or in an environment of the hearing device; - a communication unit configured to receive remote data from a remote device operable at a position remote from the ear at which the hearing device is worn via a communication link ; and - a processing unit communicatively coupled with the sensor unit and the communication unit , wherein the processing unit is configured to - determine whether a degree of correlation between information in the sensor data and information in the remote data is above or below a threshold; characterized in that the processing unit is configured to - select, depending on said degree of correlation relative to the threshold, an operation for providing output data from a first operation and a second operation, wherein in the first operation the output data is based on information including information in the remote data , and in the second operation the output data is based on information in the sensor data such that information in the remote data is disregarded in the output data ; and to - provide the output data by performing the selected operation. - a sensor unit configured to provide sensor data , the sensor data indicative of a physical property detected on the user and/or in an environment of the hearing device; - a communication unit configured to receive remote data from a remote device operable at a position remote from the ear at which the hearing device is worn via a communication link ; and - a processing unit communicatively coupled with the sensor unit and the communication unit , wherein the processing unit is configured to - determine whether a degree of correlation between information in the sensor data and information in the remote data is above or below a threshold; characterized in that the processing unit is configured to - select, depending on said degree of correlation relative to the threshold, an operation for providing output data from a first operation and a second operation, wherein in the first operation the output data is based on information including information in the remote data , and in the second operation the output data is based on information in the sensor data such that information in the remote data is disregarded in the output data ; and to - provide the output data by performing the selected operation.
Optical device comprising: - a waveguide comprising a core extending along a first axis of symmetry XX', and encapsulated in a cladding layer provided with two essentially parallel principal faces, called front face and back face respectively, - an actuator with width L a , located on the front face and at least partly overlapping the core and extending along a second axis of symmetry YY' essentially parallel to the first axis of symmetry XX', the second axis of symmetry YY' being offset laterally by an offset called lateral offset D, from a plane of symmetry of the waveguide including the first axis of symmetry and perpendicular to the principal faces of the cladding layer , said actuator is designed so that when an electric field is applied to it, it imposes a mechanical stress at the core to modify its refraction index the device being characterised in that the lateral offset D is between 15% and 50% of the width L a . - a waveguide comprising a core extending along a first axis of symmetry XX', and encapsulated in a cladding layer provided with two essentially parallel principal faces, called front face and back face respectively, - an actuator with width L a , located on the front face and at least partly overlapping the core and extending along a second axis of symmetry YY' essentially parallel to the first axis of symmetry XX', the second axis of symmetry YY' being offset laterally by an offset called lateral offset D, from a plane of symmetry of the waveguide including the first axis of symmetry and perpendicular to the principal faces of the cladding layer , said actuator is designed so that when an electric field is applied to it, it imposes a mechanical stress at the core to modify its refraction index
A fingerprint sensing device comprising: a sensing chip comprising an array of sensing elements , said sensing elements being configured to be connected to readout circuitry for detecting a capacitive coupling between each of said sensing elements and a finger placed on a sensing surface of said sensing device; a cover layer arranged vertically above said sensing elements to cover at least a portion of said sensing elements, wherein an outer surface of said cover layer forms said sensing surface of said sensing device; characterized in that said cover layer comprises a three-dimensional pattern (208, 410a-b, 412a-b) configured to reduce the amount of reflected light within a predetermined sub-range of the visible range, the three-dimensional pattern being a plasmonic array comprising a plurality of electrically conductive nanostructures , wherein said nanostructures are galvanically isolated from each other. a sensing chip comprising an array of sensing elements , said sensing elements being configured to be connected to readout circuitry for detecting a capacitive coupling between each of said sensing elements and a finger placed on a sensing surface of said sensing device; a cover layer arranged vertically above said sensing elements to cover at least a portion of said sensing elements, wherein an outer surface of said cover layer forms said sensing surface of said sensing device; characterized in that said cover layer comprises a three-dimensional pattern (208, 410a-b, 412a-b) configured to reduce the amount of reflected light within a predetermined sub-range of the visible range, the three-dimensional pattern being a plasmonic array comprising a plurality of electrically conductive nanostructures , wherein said nanostructures are galvanically isolated from each other.