mhurhangee/patent-ind-claim-en huggingface dataset:
A device, comprising: a substrate (101; 201; 301); a sacrificial material layer (102; 202; 302) over the substrate (101; 201; 301), the sacrificial material layer (102; 202; 302) having an airgap (105; 205; 305); a first solid-state material layer (103; 203; 303) over the sacrificial material layer (102; 202; 302), the first solid-state material layer (103; 203; 303) comprising a structure over the airgap (105; 205; 305) and separated from a bulk portion (109; 309) of the first solid-state material layer (103; 203; 303) by trenches (108; 208; 308), the trenches (108; 208; 308) extending to the airgap (105; 205; 305); a dielectric layer (106; 206, 206b; 306) over the first solid-state material layer (103; 203; 303); a second solid-state material layer over the dielectric layer (106; 206a, 206b; 306) such that the second solid-state material layer covers the trenches . a substrate (101; 201; 301); a sacrificial material layer (102; 202; 302) over the substrate (101; 201; 301), the sacrificial material layer (102; 202; 302) having an airgap (105; 205; 305); a first solid-state material layer (103; 203; 303) over the sacrificial material layer (102; 202; 302), the first solid-state material layer (103; 203; 303) comprising a structure over the airgap (105; 205; 305) and separated from a bulk portion (109; 309) of the first solid-state material layer (103; 203; 303) by trenches (108; 208; 308), the trenches (108; 208; 308) extending to the airgap (105; 205; 305); a dielectric layer (106; 206, 206b; 306) over the first solid-state material layer (103; 203; 303); a second solid-state material layer over the dielectric layer (106; 206a, 206b; 306) such that the second solid-state material layer covers the trenches .
A synchronization method of a communication network, the synchronization method comprising: monitoring (S610) a connection state of second communication nodes that are synchronized using a synchronization signal provided through a first communication node to which a synchronization source is connected; determining (S620) whether the number of the connected second communication nodes exceeds a reference value according to a result of the monitoring; and switching (S630) a synchronization mode of at least one second communication node when the number of the second communication nodes exceeds a reference value. monitoring (S610) a connection state of second communication nodes that are synchronized using a synchronization signal provided through a first communication node to which a synchronization source is connected; determining (S620) whether the number of the connected second communication nodes exceeds a reference value according to a result of the monitoring; and switching (S630) a synchronization mode of at least one second communication node when the number of the second communication nodes exceeds a reference value.
A method of wireless communications at a UE, comprising: receiving a configuration of a protocol data unit, PDU, session, wherein the configuration does not identify a default data radio bearer, DRB, of the PDU session and a quality of service, QoS, flow of the PDU session does not have a QoS flow to DRB mapping rule configured; characterized by subsequent to a period elapsing after receiving the configuration, determining if the configuration still holds; when the configuration still holds : when a DRB of the PDU session that contains a QoS flow associated with a default QoS rule is configured to use uplink service data adaptation protocol, SDAP, headers, mapping the QoS flow to the DRB; and when the DRB of the PDU session that contains the QoS flow associated with the default QoS rule is not configured to use uplink SDAP headers, mapping the QoS flow to another DRB that does not contain a guaranteed bit rate, GBR, QoS flow and is configured to use uplink SDAP headers. receiving a configuration of a protocol data unit, PDU, session, wherein the configuration does not identify a default data radio bearer, DRB, of the PDU session and a quality of service, QoS, flow of the PDU session does not have a QoS flow to DRB mapping rule configured; characterized by subsequent to a period elapsing after receiving the configuration, determining if the configuration still holds; when the configuration still holds : when a DRB of the PDU session that contains a QoS flow associated with a default QoS rule is configured to use uplink service data adaptation protocol, SDAP, headers, mapping the QoS flow to the DRB; and when the DRB of the PDU session that contains the QoS flow associated with the default QoS rule is not configured to use uplink SDAP headers, mapping the QoS flow to another DRB that does not contain a guaranteed bit rate, GBR, QoS flow and is configured to use uplink SDAP headers. when a DRB of the PDU session that contains a QoS flow associated with a default QoS rule is configured to use uplink service data adaptation protocol, SDAP, headers, mapping the QoS flow to the DRB; and when the DRB of the PDU session that contains the QoS flow associated with the default QoS rule is not configured to use uplink SDAP headers, mapping the QoS flow to another DRB that does not contain a guaranteed bit rate, GBR, QoS flow and is configured to use uplink SDAP headers.
Lawnmower system, having at least one autonomous lawnmower that comprises at least one energy storage unit (14a; 14c; 14e), and having at least one base station at least for supplying energy to the energy storage unit (14a; 14c; 14e) in at least one state, wherein the autonomous lawnmower or the base station has at least two flat contact charging elements (18a, 20a; 18b, 20b; 18c, 20c; 18d, 20d; 18e, 20e; 18f, 20f; 18g, 20g; 18h, 20h), wherein the at least two flat contact charging elements are intended to enable a charging docking process of the autonomous lawnmower on the base station in an angular range of more than 15°, wherein the angular range runs from a longitudinal axis of at least one of the at least two flat contact charging elements, wherein in each case 50% of the angular range extends from the longitudinal axis in two opposing directions, characterized by at least one activation unit that is intended to activate at least one maximum charging voltage in at least one charging position of the autonomous lawnmower in relation to the base station depending on at least one characteristic variable, wherein, for this purpose, the autonomous lawnmower and the base station each comprise at least one wireless communication unit that is intended for bidirectional transmission of electronic data or digital signals.
A coupled output inductor for a current doubler output of a power converter, comprising: a ferromagnetic core ; and wire wrapped around the ferromagnetic core; and further comprising at least one ferromagnetic path for control of leakage flux, wherein the leakage flux is at least mostly contained within the at least one ferromagnetic path; and characterised in that the at least one ferromagnetic path comprises a shielding surrounding the ferromagnetic core and the wire, wherein the shielding is composed of a ferromagnetic material . a ferromagnetic core ; and wire wrapped around the ferromagnetic core; and further comprising at least one ferromagnetic path for control of leakage flux, wherein the leakage flux is at least mostly contained within the at least one ferromagnetic path; and characterised in that the at least one ferromagnetic path comprises a shielding surrounding the ferromagnetic core and the wire, wherein the shielding is composed of a ferromagnetic material .
A compound of general formula (I): wherein R represents H or an alkyl group; wherein at the positions of the dotted lines there is independently either a single bond, a C=C double bond or a cyclopropane ring; and wherein the compound comprises at least one cyclopropane ring; or a mixture of the above compounds; or a stereoisomer of the above compounds or a mixture of these stereoisomers. R represents H or an alkyl group; wherein at the positions of the dotted lines there is independently either a single bond, a C=C double bond or a cyclopropane ring; and wherein the compound comprises at least one cyclopropane ring; or a mixture of the above compounds; or a stereoisomer of the above compounds or a mixture of these stereoisomers.
A method operational in a wireless device , the method comprising: wirelessly sending speaker-specific audio signals from the wireless device to one or more external loudspeakers , each speaker-specific audio signal adapted to be played back at a corresponding external loudspeaker to achieve a surround sound experience, characterized in that : the method comprises ascertaining a relative location of a target user with respect to the wireless device and the one or more external loudspeakers , where the location of the target user relative to the wireless device is arbitrary; and the surround sound experience is aimed at the ascertained location of the target user . wirelessly sending speaker-specific audio signals from the wireless device to one or more external loudspeakers , each speaker-specific audio signal adapted to be played back at a corresponding external loudspeaker to achieve a surround sound experience, characterized in that : the method comprises ascertaining a relative location of a target user with respect to the wireless device and the one or more external loudspeakers , where the location of the target user relative to the wireless device is arbitrary; and the surround sound experience is aimed at the ascertained location of the target user . the method comprises ascertaining a relative location of a target user with respect to the wireless device and the one or more external loudspeakers , where the location of the target user relative to the wireless device is arbitrary; and the surround sound experience is aimed at the ascertained location of the target user .
A computing system , comprising: at least one processor ; and memory storing instructions executable by the at least one processor, wherein the instructions, when executed, cause the computing system to: detect a set of processes that authenticate to the computing system using a certificate; generate process/certificate usage data identifying each of the processes in the set of processes and representing historical usage of the certificate by the set of processes to authenticate themselves to the computing system ; generate a certificate-specific usage model representing the process/certificate usage data ; detect that a given process is attempting to authenticate to the computing system using the certificate; determine whether the attempted authentication is anomalous based on the certificate-specific usage model ; if so, generate a certificate usage anomaly signal indicative of the anomalous attempted authentication; and generate an alert control signal to generate a near real time alert based on the certificate usage anomaly signal. at least one processor ; and memory storing instructions executable by the at least one processor, wherein the instructions, when executed, cause the computing system to: detect a set of processes that authenticate to the computing system using a certificate; generate process/certificate usage data identifying each of the processes in the set of processes and representing historical usage of the certificate by the set of processes to authenticate themselves to the computing system ; generate a certificate-specific usage model representing the process/certificate usage data ; detect that a given process is attempting to authenticate to the computing system using the certificate; determine whether the attempted authentication is anomalous based on the certificate-specific usage model ; if so, generate a certificate usage anomaly signal indicative of the anomalous attempted authentication; and generate an alert control signal to generate a near real time alert based on the certificate usage anomaly signal. detect a set of processes that authenticate to the computing system using a certificate; generate process/certificate usage data identifying each of the processes in the set of processes and representing historical usage of the certificate by the set of processes to authenticate themselves to the computing system ; generate a certificate-specific usage model representing the process/certificate usage data ; detect that a given process is attempting to authenticate to the computing system using the certificate; determine whether the attempted authentication is anomalous based on the certificate-specific usage model ; if so, generate a certificate usage anomaly signal indicative of the anomalous attempted authentication; and generate an alert control signal to generate a near real time alert based on the certificate usage anomaly signal.
Method for surface treating an object, characterised in that it comprises the following steps: - Immersion of said object in a solution comprising an acid or a mixture of acids, and having a pH of between 0 and 6, in order to impregnate the surface of said object; - Removal of said object from said acid solution; - Heating of said object at a temperature of between 50°C and the melting temperature of said object, until desired surface properties in terms of shine and roughness are obtained. - Immersion of said object in a solution comprising an acid or a mixture of acids, and having a pH of between 0 and 6, in order to impregnate the surface of said object; - Removal of said object from said acid solution; - Heating of said object at a temperature of between 50°C and the melting temperature of said object, until desired surface properties in terms of shine and roughness are obtained.
A process for performing simultaneous substitution and crosslinking of a polysaccharide via its hydroxyl functional groups, in an aqueous reaction medium, comprising the following steps: - A polysaccharide is placed in an aqueous reaction medium, the polysaccharide is chosen from the group consisting of hyaluronic acid and salts thereof, chitosan, cellulose, and derivatives thereof; - It is brought into the presence of at least one precursor of the substituent, the precursor is chosen from the group consisting of compounds comprising a single reactive functional group being chosen from the group consisting of substituted or unsubstituted vinyl, substituted or unsubstituted epoxide, substituted or unsubstituted allyl, ketone, aldehyde, thiocyanate, halide, isocyanate, halosilicon, nitrile and sultone functional groups; - It is brought into the presence of a crosslinking agent ; - The substituted and crosslinked polysaccharide is obtained and isolated characterized in that the process is performed in the presence of a basic or acidic catalyst at a concentration between 3.16 × 10 -7 and 0.32 mol/L, and at a temperature of less than 60°C. - A polysaccharide is placed in an aqueous reaction medium, the polysaccharide is chosen from the group consisting of hyaluronic acid and salts thereof, chitosan, cellulose, and derivatives thereof; - It is brought into the presence of at least one precursor of the substituent, the precursor is chosen from the group consisting of compounds comprising a single reactive functional group being chosen from the group consisting of substituted or unsubstituted vinyl, substituted or unsubstituted epoxide, substituted or unsubstituted allyl, ketone, aldehyde, thiocyanate, halide, isocyanate, halosilicon, nitrile and sultone functional groups; - It is brought into the presence of a crosslinking agent ; - The substituted and crosslinked polysaccharide is obtained and isolated characterized in that the process is performed in the presence of a basic or acidic catalyst at a concentration between 3.16 × 10 -7 and 0.32 mol/L, and at a temperature of less than 60°C.
A base station apparatus comprising a transmission unit configured to: transmit Cell-specific Reference Signal, CRS, assistance information to a terminal apparatus, wherein the CRS assistance information includes information related to a physical cell ID, information related to a number of antenna ports for a cell-specific reference signal, CRS, and information related to a multimedia broadcast multicast service single frequency network, MBSFN, subframe; the information related to a physical cell ID, the information related to a number of antenna ports for a cell-specific reference signal, CRS, and the information related to an MBSFN subframe are used to mitigate CRS interference from neighboring cells, and are configured for a primary cell and a secondary cell; and the primary cell and the secondary cell are used for carrier aggregation, wherein optional information of the CRS assistance information configured for the secondary cell is different from that of the CRS assistance information configured for the primary cell, wherein at least one of the information related to a physical cell ID, the information related to a number of antenna ports for a cell-specific reference signal, CRS, and the information related to an MBSFN subframe, which are configured for the primary cell, is not configured for the secondary cell. transmit Cell-specific Reference Signal, CRS, assistance information to a terminal apparatus, wherein the CRS assistance information includes information related to a physical cell ID, information related to a number of antenna ports for a cell-specific reference signal, CRS, and information related to a multimedia broadcast multicast service single frequency network, MBSFN, subframe; the information related to a physical cell ID, the information related to a number of antenna ports for a cell-specific reference signal, CRS, and the information related to an MBSFN subframe are used to mitigate CRS interference from neighboring cells, and are configured for a primary cell and a secondary cell; and the primary cell and the secondary cell are used for carrier aggregation, wherein optional information of the CRS assistance information configured for the secondary cell is different from that of the CRS assistance information configured for the primary cell, wherein at least one of the information related to a physical cell ID, the information related to a number of antenna ports for a cell-specific reference signal, CRS, and the information related to an MBSFN subframe, which are configured for the primary cell, is not configured for the secondary cell.
A method for producing a fiber-reinforced pressure container, characterized by the steps of 1) producing a pressure container blank, wherein the pressure container blank has at least one liner made of plastic and a cylindrical pipe operatively connected thereto, wherein the cylindrical pipe is produced separately, wherein the cylindrical pipe is at most partially cured; 2) overwrapping the pressure container blank. 1) producing a pressure container blank, wherein the pressure container blank has at least one liner made of plastic and a cylindrical pipe operatively connected thereto, wherein the cylindrical pipe is produced separately, wherein the cylindrical pipe is at most partially cured; 2) overwrapping the pressure container blank.
Rack module for forming a support column by stacking at least two rack modules, the rack module comprising - at least one site for receiving a device for administering a medical product, this site comprising at least one plug (112, 112', 112") for electric power supply of the administering device and for data transfer; - an inlet connector (114, 115, 114', 115', 114", 115") and an outlet connector (121, 122, 121', 122', 121", 122") for connecting two successive modules to each other, power and data transfer lines connecting the inlet connector to the plug (112, 112', 112") of the sites on the one hand side and the outlet connector on the other hand side, characterized in that the inlet connector or the outlet connector (121, 122, 121', 122', 121", 122") is movable between a stocking position and a connected position, the movable connector being called mobile connector (121, 122, 121', 122', 121", 122") and the other connector (114, 115, 114', 115', 114", 115") being called second connector, wherein, when a second module is placed over or under the module, the mobile connector (121, 122, 121', 122', 121", 122") in the connected position is in connection with the second connector of a second module placed over or under the module, and further characterized in that means are provided for making the mobile connector pass from the stocking position to the connected position by swivelling in a plane perpendicular to the plugging-in direction of the mobile connector and of the second connector of the second module. - at least one site for receiving a device for administering a medical product, this site comprising at least one plug (112, 112', 112") for electric power supply of the administering device and for data transfer; - an inlet connector (114, 115, 114', 115', 114", 115") and an outlet connector (121, 122, 121', 122', 121", 122") for connecting two successive modules to each other, power and data transfer lines connecting the inlet connector to the plug (112, 112', 112") of the sites on the one hand side and the outlet connector on the other hand side, characterized in that the inlet connector or the outlet connector (121, 122, 121', 122', 121", 122") is movable between a stocking position and a connected position, the movable connector being called mobile connector (121, 122, 121', 122', 121", 122") and the other connector (114, 115, 114', 115', 114", 115") being called second connector, wherein, when a second module is placed over or under the module, the mobile connector (121, 122, 121', 122', 121", 122") in the connected position is in connection with the second connector of a second module placed over or under the module, and further characterized in that means are provided for making the mobile connector pass from the stocking position to the connected position by swivelling in a plane perpendicular to the plugging-in direction of the mobile connector and of the second connector of the second module.
A method of wireless communication performed by a user equipment, UE , comprising: receiving information indicating whether a power measurement is permitted on a non-anchor carrier; and selectively performing the power measurement on at least one of the non-anchor carrier or an anchor carrier based at least in part on the information indicating whether the power measurement is permitted on the non-anchor carrier, wherein selectively performing the power measurement on at least one of the non-anchor carrier or the anchor carrier comprises: performing the power measurement on the non-anchor carrier based at least in part on the UE being in a relaxed monitoring state with regard to the anchor carrier. receiving information indicating whether a power measurement is permitted on a non-anchor carrier; and selectively performing the power measurement on at least one of the non-anchor carrier or an anchor carrier based at least in part on the information indicating whether the power measurement is permitted on the non-anchor carrier, wherein selectively performing the power measurement on at least one of the non-anchor carrier or the anchor carrier comprises: performing the power measurement on the non-anchor carrier based at least in part on the UE being in a relaxed monitoring state with regard to the anchor carrier.