mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a radiation beam pattern, the method being performed by a network node serving wireless devices in a cell, the method comprising: transmitting (S102) probe signals, the probe signals being orthogonal to cell-specific reference signals, CRS, transmitted by the network node; receiving (S104) responses to the probe signals from wireless devices , wherein each response comprises a measurement report based on reception of the transmitted probe signals at each wireless device; requesting (S104a) at least one further network node serving the same cell to also receive the responses from the wireless devices and to report the responses received by the at least one further network node to the network node; and determining (S106) a radiation beam pattern based on the received measurement reports. transmitting (S102) probe signals, the probe signals being orthogonal to cell-specific reference signals, CRS, transmitted by the network node; receiving (S104) responses to the probe signals from wireless devices , wherein each response comprises a measurement report based on reception of the transmitted probe signals at each wireless device; requesting (S104a) at least one further network node serving the same cell to also receive the responses from the wireless devices and to report the responses received by the at least one further network node to the network node; and determining (S106) a radiation beam pattern based on the received measurement reports.
Method for producing a microelectronic device comprising a plurality of light-emitting diodes each comprising a wire of nanometric or micrometric size, the method comprising: - a step of growth of the wires from a growth substrate , said wires extending from the growth substrate and in a direction substantially perpendicular to the growth substrate - a step of forming at least one first electrode covering a transfer substrate distinct from the growth substrate , - a step of forming at least one dielectric layer on the first electrode , - a step of forming at least one second electrode on the dielectric layer , so that the dielectric layer is disposed between the first electrode and the second electrode , and - a step of penetration of the wires in the dielectric layer following the step of forming the at least one second electrode . - a step of growth of the wires from a growth substrate , said wires extending from the growth substrate and in a direction substantially perpendicular to the growth substrate - a step of forming at least one first electrode covering a transfer substrate distinct from the growth substrate , - a step of forming at least one dielectric layer on the first electrode , - a step of forming at least one second electrode on the dielectric layer , so that the dielectric layer is disposed between the first electrode and the second electrode , and - a step of penetration of the wires in the dielectric layer following the step of forming the at least one second electrode .
A hearing device comprising - a processing unit configured to compensate for hearing loss of a user of the hearing device; - a memory unit ; and - an interface , characterized in that the processing unit is configured to: - receive a session request for a session via the interface ; - obtain and store a session key; - encrypt the session key based on a hearing device key, wherein the hearing device key is stored in a permanent memory of the hearing device ; - send a session response comprising the encrypted session key; and - receive session data in the session via the interface . - a processing unit configured to compensate for hearing loss of a user of the hearing device; - a memory unit ; and - an interface , - receive a session request for a session via the interface ; - obtain and store a session key; - encrypt the session key based on a hearing device key, wherein the hearing device key is stored in a permanent memory of the hearing device ; - send a session response comprising the encrypted session key; and - receive session data in the session via the interface .
An image detection system, comprising: a backlight ; a display surface ; a light valve ; a detector positioned to detect light travelling from an object through the light valve ; a wedge shaped light guide optically intermediate the display surface and the detector ; and a controller configured to cause the light valve to sequentially display a series of resolution-enhancing patterns to sequentially block light from different portions of the object , determine an object area on the display surface where the object is located, confine sequential display of the series of resolution-enhancing patterns to the object area and integrate light detected by the detector at different times during sequential display of the resolution-enhancing patterns. a backlight ; a display surface ; a light valve ; a detector positioned to detect light travelling from an object through the light valve ; a wedge shaped light guide optically intermediate the display surface and the detector ; and a controller configured to cause the light valve to sequentially display a series of resolution-enhancing patterns to sequentially block light from different portions of the object , determine an object area on the display surface where the object is located, confine sequential display of the series of resolution-enhancing patterns to the object area and integrate light detected by the detector at different times during sequential display of the resolution-enhancing patterns.
A method for wireless communications by a base station, BS, comprising: determining , for communications with a subset of a plurality of user equipments, UEs, a joint grant that schedules one or more bundled downlink transmissions from the BS and one or more bundled uplink transmissions from the subset of UEs; transmitting the joint grant to the subset of UEs in one subframe of a plurality of subframes within at least one radio frame; and communicating with the subset of UEs based at least in part on the joint grant . determining , for communications with a subset of a plurality of user equipments, UEs, a joint grant that schedules one or more bundled downlink transmissions from the BS and one or more bundled uplink transmissions from the subset of UEs; transmitting the joint grant to the subset of UEs in one subframe of a plurality of subframes within at least one radio frame; and communicating with the subset of UEs based at least in part on the joint grant .
Segment roller , which has at least one roller body that is mounted rotatably about at least one axis , wherein the at least one roller body has on the outside at least one groove , in which at least one tongue of at least one profile displaceable along the length of the at least one axis engages, which profile clasps at least one material web directly or indirectly, the at least one profile is of shear-resistant configuration, characterized in that on the at least one roller body and/or on the at least one profile is provided at least one elastic lip , which, upon the engagement of the at least one tongue in the at least one groove , is elastically deformable in order to hold the at least one profile with little vibration in a displaceable manner.
A limb support fastening arrangement for fastening a limb support to a limb of a wearer, the arrangement comprising a first and second fastening portion , the first portion comprising an inflatable chamber comprising an upper and lower chamber wall and a first fastener disposed proximate the upper chamber wall, the lower chamber wall being arranged in use, to extend proximate the limb of the wearer, the second portion comprising an inflatable chamber comprising an upper and lower chamber wall anda second fastener disposed proximate the upper chamber wall, the lower chamber wall being arranged in use, to extend proximate the limb of the wearer, wherein each fastener is disposed in a corresponding pocket disposed on the respective upper chamber wall, and the fastener associated with the first portion is arranged to detachably couple with the fastener associated with the second portion to detachably couple the first and second portions together, by positioning the lower chamber wall of one portion over the upper chamber wall of the other portion. the first portion comprising an inflatable chamber comprising an upper and lower chamber wall and a first fastener disposed proximate the upper chamber wall, the lower chamber wall being arranged in use, to extend proximate the limb of the wearer, the second portion comprising an inflatable chamber comprising an upper and lower chamber wall anda second fastener disposed proximate the upper chamber wall, the lower chamber wall being arranged in use, to extend proximate the limb of the wearer, wherein each fastener is disposed in a corresponding pocket disposed on the respective upper chamber wall, and the fastener associated with the first portion is arranged to detachably couple with the fastener associated with the second portion to detachably couple the first and second portions together, by positioning the lower chamber wall of one portion over the upper chamber wall of the other portion.
A method for configuring and scheduling radio resources for device-to-device, D2D, transmissions between a first user equipment, UE , and a second UE within D2D proximity, the method comprising: receiving, at the first UE, a resource request from the second UE; in response to receiving the resource request and based on an indication in the resource request, determining, by the first UE, whether a regular resource allocation period or an extended resource allocation period is to be used to allocate sidelink radio resources for the second UE, wherein the extended resource allocation period is longer than the regular resource allocation period; and in response to determining to use the extended resource allocation period, transmitting, from the first UE to the second UE, an extended sidelink resource grant, wherein the extended sidelink resource grant indicates allocated sidelink radio resources, and the allocated sidelink radio resources are used by the second UE for transmissions from the second UE to the first UE for the extended resource allocation period; wherein the extended resource allocation period starts when the second UE receives a start indication from the first UE, and the extended resource allocation period ends when the second UE receives a stop indication from the first UE. receiving, at the first UE, a resource request from the second UE; in response to receiving the resource request and based on an indication in the resource request, determining, by the first UE, whether a regular resource allocation period or an extended resource allocation period is to be used to allocate sidelink radio resources for the second UE, wherein the extended resource allocation period is longer than the regular resource allocation period; and in response to determining to use the extended resource allocation period, transmitting, from the first UE to the second UE, an extended sidelink resource grant, wherein the extended sidelink resource grant indicates allocated sidelink radio resources, and the allocated sidelink radio resources are used by the second UE for transmissions from the second UE to the first UE for the extended resource allocation period; wherein the extended resource allocation period starts when the second UE receives a start indication from the first UE, and the extended resource allocation period ends when the second UE receives a stop indication from the first UE.
A member inspection device comprising: an irradiation device that is configured to irradiate a surface to be inspected of a member to be inspected with light; an image pickup device that is configured to pick up an image of an irradiated portion of the light on the surface to be inspected ; a failure detection device that is configured to detect a failure area on the basis of a photographed image picked up by means of the image pickup device ; a determining device that is configured to classify the shape of the failure area detected by means of the failure detection device ; a repairing material supply device that is configured to supply a repairing material; and a marking device that is configured to carry out marking on the failure area, wherein the repairing material supply device and the marking device are mounted in a tip portion of a multi-jointed arm of a multi-jointed robot , wherein the irradiation device is constituted of a plurality of illuminators which are capable of radiating the light in different directions, and wherein, when the failure area is determined to be a recessed portion by the determining device , the repairing material supply device supplies the repairing material to the recessed portion in an amount larger than a volume of the recessed portion , and, when the failure area is determined to be not a recessed portion by the determining device , the marking device carries out marking on the failure area. an irradiation device that is configured to irradiate a surface to be inspected of a member to be inspected with light; an image pickup device that is configured to pick up an image of an irradiated portion of the light on the surface to be inspected ; a failure detection device that is configured to detect a failure area on the basis of a photographed image picked up by means of the image pickup device ; a determining device that is configured to classify the shape of the failure area detected by means of the failure detection device ; a repairing material supply device that is configured to supply a repairing material; and a marking device that is configured to carry out marking on the failure area, wherein the repairing material supply device and the marking device are mounted in a tip portion of a multi-jointed arm of a multi-jointed robot , wherein the irradiation device is constituted of a plurality of illuminators which are capable of radiating the light in different directions, and wherein, when the failure area is determined to be a recessed portion by the determining device , the repairing material supply device supplies the repairing material to the recessed portion in an amount larger than a volume of the recessed portion , and, when the failure area is determined to be not a recessed portion by the determining device , the marking device carries out marking on the failure area.
Method for joining a first component to at least one second component by means of at least one joining element installed into the components at a joining point , characterised in that the joining element is pressed into the components at a speed of less than five metres per second by means of an industrial robot having a plurality of robot arms and a robot head , which are pin-connected to one another and thus movable relative to one another, wherein a device which is moved in space by means of the industrial robot is held at the robot head for thereby joining the components to one another.
A method of detecting RNA-binding proteins (RBPs) in a cell, tissue or organism, comprising: a) covalently cross-linking the contents of cells, tissues or organisms comprising RBPs using suitable irradiation to produce biological material comprising cross-linked ribonucleotide complexes; b) lysing said biological material comprising said cross-linked ribonucleotide complexes; c) contacting said cross-linked ribonucleotide complexes under suitable conditions at temperatures of above 15°C, preferably at about 37 to 40 °C with at least one oligonucleotide that is complementary to at least one specific target RNA of said biological material, wherein said oligonucleotide comprises at least one locked nucleic acid (LNA)-nucleotide analogue in the sequence thereof, and wherein said oligonucleotide is coupled to a suitable solid support, such as a magnetic particle; c') performing a stringent pre-elution in pure water at between 40°C to 77°C; d) isolating complexes that comprise said at least one oligonucleotide using said solid support; e) enzymatically releasing said RBPs using RNA digestion from said isolated complexes to produce released RBPs; and f) detecting said released RBPs. a) covalently cross-linking the contents of cells, tissues or organisms comprising RBPs using suitable irradiation to produce biological material comprising cross-linked ribonucleotide complexes; b) lysing said biological material comprising said cross-linked ribonucleotide complexes; c) contacting said cross-linked ribonucleotide complexes under suitable conditions at temperatures of above 15°C, preferably at about 37 to 40 °C with at least one oligonucleotide that is complementary to at least one specific target RNA of said biological material, wherein said oligonucleotide comprises at least one locked nucleic acid (LNA)-nucleotide analogue in the sequence thereof, and wherein said oligonucleotide is coupled to a suitable solid support, such as a magnetic particle; c') performing a stringent pre-elution in pure water at between 40°C to 77°C; d) isolating complexes that comprise said at least one oligonucleotide using said solid support; e) enzymatically releasing said RBPs using RNA digestion from said isolated complexes to produce released RBPs; and f) detecting said released RBPs.
A natural gas hydrate tank container loading system enabling automated connection of an electric power line and a boil-off gas pipe , which solves problems of natural gas hydrate transportation methods in the related art in that an operation of connecting the electric power line to a refrigerator for maintaining a phase equilibrium condition in a natural gas hydrate tank container and an operation of connecting the pipe for discharging boil-off gas (BOG) generated in the respective natural gas hydrate tank containers are manually and individually performed during long-distance transportation of natural gas hydrate, which causes an inconvenience, the natural gas hydrate tank container loading system comprising: - a plurality of natural gas hydrate tank containers which are stacked in a vertical direction; and - a refrigerator which is installed at one side of each of the natural gas hydrate tank containers for maintaining phase equilibrium of natural gas hydrate stored in each of the natural gas hydrate tank containers , characterized in that the system further comprises: - an electric power supply unit which is installed at an upper portion of an uppermost container among the plurality of the gas hydrate tank containers stacked in the vertical direction for supplying electric power for operating the respective refrigerators ; an electric power line which is installed at one side of the natural gas hydrate tank container and includes an electric power line connecting structure formed to be engaged with both ends for supplying electric power produced by the electric power supply unit to the respective refrigerators ; and a boil-off gas pipe which is installed at one side of the natural gas hydrate tank container and includes a boil-off gas pipe connecting structure formed to be engaged with both ends for supplying boil-off gas (BOG) generated from the respective natural gas hydrate tank containers to the electric power supply unit . - a plurality of natural gas hydrate tank containers which are stacked in a vertical direction; and - a refrigerator which is installed at one side of each of the natural gas hydrate tank containers for maintaining phase equilibrium of natural gas hydrate stored in each of the natural gas hydrate tank containers , - an electric power supply unit which is installed at an upper portion of an uppermost container among the plurality of the gas hydrate tank containers stacked in the vertical direction for supplying electric power for operating the respective refrigerators ;
A method for controlling a medical device by a medical device monitoring system upon receiving credentials from a user of a remote monitoring device and a request from said user to control a medical device , the method comprising the steps of: verifying said user is authorized to control said medical device by means of a web server in an access point ; and if verification is achieved, then characterised by logging said request in a device control database in the access point; transmitting a control command based on said user request to a relay device over a wireless wide-area network by means of a device integration server in the access point , said relay device being configured to issue said control command to said medical device via a wireless relay network and via an interface circuit associated with the medical device ; wherein each relay device includes a first transceiver for receiving signals from and transmitting signals to the interface circuit in a facility-oriented wireless network associated with the medical device , and further includes a second transceiver for wirelessly transmitting signals to and receiving signals from the access point via the wireless wide-area network ; receiving an update message by the device integration server from said relay device in response to said control command confirming that the command was executed by the medical device ; and logging said update message in said device control database in the access point. verifying said user is authorized to control said medical device by means of a web server in an access point ; and if verification is achieved, then characterised by logging said request in a device control database in the access point; transmitting a control command based on said user request to a relay device over a wireless wide-area network by means of a device integration server in the access point , said relay device being configured to issue said control command to said medical device via a wireless relay network and via an interface circuit associated with the medical device ; wherein each relay device includes a first transceiver for receiving signals from and transmitting signals to the interface circuit in a facility-oriented wireless network associated with the medical device , and further includes a second transceiver for wirelessly transmitting signals to and receiving signals from the access point via the wireless wide-area network ; receiving an update message by the device integration server from said relay device in response to said control command confirming that the command was executed by the medical device ; and logging said update message in said device control database in the access point.