mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a component with a predetermined gloss level, comprising the steps of: - preparing a component with a metallic surface; - producing a matte/glossy mixture by mixing glossy paint and matte paint in a predetermined mixing ratio; - applying the matte/glossy mixture to the metallic surface of the component - cross-linking the matte/glossy mixture. wherein a plastic substrate is coated with a layer system that has at least one metallic layer to provide the component, wherein the coating is applied by means of a PVD and/or CVD process and/or by electroplating, wherein a paint coat is applied between the layer system and the plastic substrate, and wherein the paint coat is a UV-hardening paint coat. - preparing a component with a metallic surface; - producing a matte/glossy mixture by mixing glossy paint and matte paint in a predetermined mixing ratio; - applying the matte/glossy mixture to the metallic surface of the component - cross-linking the matte/glossy mixture.
A method for receiving a signal by a user equipment , UE, the method comprising: obtaining information regarding a modulation and coding scheme, MCS, level and information regarding resource blocks, RBs, scheduled for the UE ; and performing a downlink reception based on the MCS level and the RBs, characterized in that the UE determines presence/non-presence of a phase tracking reference signal, PTRS, for the downlink reception, based on whether the MCS level is higher than a threshold MCS level and whether a number of the scheduled RBs is greater than a threshold RB amount, and the UE determines a mapping pattern of the PTRS based on the MCS level and the number of the scheduled RBs, in case of the presence of the PTRS. obtaining information regarding a modulation and coding scheme, MCS, level and information regarding resource blocks, RBs, scheduled for the UE ; and performing a downlink reception based on the MCS level and the RBs, characterized in that the UE determines presence/non-presence of a phase tracking reference signal, PTRS, for the downlink reception, based on whether the MCS level is higher than a threshold MCS level and whether a number of the scheduled RBs is greater than a threshold RB amount, and the UE determines a mapping pattern of the PTRS based on the MCS level and the number of the scheduled RBs, in case of the presence of the PTRS.
An encoder comprising: a periodic-combined-envelope generating part which is adapted to generate a periodic combined envelope sequence which is a frequency-domain sequence based on a spectral envelope sequence which is a frequency-domain sequence corresponding to a linear predictive coefficient code obtained from an input audio signal in a predetermined time segment and on a frequency-domain period corresponding to a period code obtained from the input audio signal; a variable-length-coding-parameter calculating part which is adapted to calculate a variable-length coding parameter dependent on an amplitude value from the periodic combined envelope sequence; and a variable-length coding part which is adapted to use a variable-length coding parameter to encode a frequency-domain sequence derived from the input audio signal by variable-length coding dependent on an amplitude value. a periodic-combined-envelope generating part which is adapted to generate a periodic combined envelope sequence which is a frequency-domain sequence based on a spectral envelope sequence which is a frequency-domain sequence corresponding to a linear predictive coefficient code obtained from an input audio signal in a predetermined time segment and on a frequency-domain period corresponding to a period code obtained from the input audio signal; a variable-length-coding-parameter calculating part which is adapted to calculate a variable-length coding parameter dependent on an amplitude value from the periodic combined envelope sequence; and a variable-length coding part which is adapted to use a variable-length coding parameter to encode a frequency-domain sequence derived from the input audio signal by variable-length coding dependent on an amplitude value.
A method of forming a cross-linked polymer gel comprising mixing a first solution and a second solution, wherein the first solution comprises a crosslinking agent and a first chelating agent; the second solution comprises a displacing agent that is a molecule capable of binding the first chelator in order to release the cross-linking agent; wherein at least one of the first or second solutions contains an ionotropic polymer; and wherein: (a) the ionotropic polymer has a lower affinity for the crosslinking agent than the first chelating agent, and (b) the first chelating agent has a higher affinity for the displacing agent than the crosslinking agent, and (c) the crosslinking agent and the displacing agent are different multivalent metal ions. (a) the ionotropic polymer has a lower affinity for the crosslinking agent than the first chelating agent, and (b) the first chelating agent has a higher affinity for the displacing agent than the crosslinking agent, and (c) the crosslinking agent and the displacing agent are different multivalent metal ions.
A method for cell cluster interference management in a wireless communications system , WCS, the method comprising: determining interference at a plurality of network nodes (110a-c; 110x-z; 1602; 1606); wherein a propagation link between the network nodes (110a-c; 110x-z; 1602; 1606) in different clusters has a high path loss; selecting a transmission point from the plurality of network nodes (110a-c; 110x-z; 1602; 1606) for a transmission to at least one mobile entity (110a-c; 110x-z; 1602; 1606) based on the determined interference; defining a first status flag as a first value in response to determining high coupling loss to neighbor network nodes (110a-c; 110x-z; 1602; 1606) or absence of high downlink traffic in the neighbor network nodes (110a-c; 110x-z; 1602; 1606), or else defining the first status flag as a second value; or defining a second status flag as a first value in response to determining high coupling loss to neighbor network nodes (110a-c; 110x-z; 1602; 1606) or absence of high uplink traffic in the neighbor network nodes (110a-c; 110x-z; 1602; 1606), or else defining the second status flag as a second value; and wherein the selecting is based on the first or second status flag being the first value. determining interference at a plurality of network nodes (110a-c; 110x-z; 1602; 1606); wherein a propagation link between the network nodes (110a-c; 110x-z; 1602; 1606) in different clusters has a high path loss; selecting a transmission point from the plurality of network nodes (110a-c; 110x-z; 1602; 1606) for a transmission to at least one mobile entity (110a-c; 110x-z; 1602; 1606) based on the determined interference; defining a first status flag as a first value in response to determining high coupling loss to neighbor network nodes (110a-c; 110x-z; 1602; 1606) or absence of high downlink traffic in the neighbor network nodes (110a-c; 110x-z; 1602; 1606), or else defining the first status flag as a second value; or defining a second status flag as a first value in response to determining high coupling loss to neighbor network nodes (110a-c; 110x-z; 1602; 1606) or absence of high uplink traffic in the neighbor network nodes (110a-c; 110x-z; 1602; 1606), or else defining the second status flag as a second value; and wherein the selecting is based on the first or second status flag being the first value.
A wireless indoor position location system comprising: narrowband messaging link transceivers in asset tags and access points configured to enable synchronization and ranging initialization between the asset tags and access points of the indoor position location system; and wideband ranging link operable transceivers in the asset tags and access points configured to exchange preambles between the asset tags and the access points to enable a ranging operation between the asset tags, the access points and a position location server of the indoor position location system, the position location server operable to determine a location of at least one of the asset tags according to the ranging operation; wherein the asset tags and the access points are configured to operate as wireless nodes according to the wireless local area network, WLAN, standard. narrowband messaging link transceivers in asset tags and access points configured to enable synchronization and ranging initialization between the asset tags and access points of the indoor position location system; and wideband ranging link operable transceivers in the asset tags and access points configured to exchange preambles between the asset tags and the access points to enable a ranging operation between the asset tags, the access points and a position location server of the indoor position location system, the position location server operable to determine a location of at least one of the asset tags according to the ranging operation; wherein the asset tags and the access points are configured to operate as wireless nodes according to the wireless local area network, WLAN, standard.
A method for providing flow-based performance metrics according to a group policy, the method comprising: receiving, at a first sending node , a request for performance metrics; verifying, at the first sending node , the request using a first cryptographic key associated with the group policy, the first cryptographic key having been distributed to the first sending node and other nodes of a group of nodes associated with the group policy through a group key management protocol; and in response to verifying that the request is associated with the group policy: determining one or more first performance metrics based on the group policy; and transmitting the one or more first performance metrics according to the group policy. receiving, at a first sending node , a request for performance metrics; verifying, at the first sending node , the request using a first cryptographic key associated with the group policy, the first cryptographic key having been distributed to the first sending node and other nodes of a group of nodes associated with the group policy through a group key management protocol; and in response to verifying that the request is associated with the group policy: determining one or more first performance metrics based on the group policy; and transmitting the one or more first performance metrics according to the group policy. determining one or more first performance metrics based on the group policy; and transmitting the one or more first performance metrics according to the group policy.
A method of forming a communication link by a device-to-device, D2D, user equipment, UE, in a wireless communication system, the method comprising: receiving barring information including an inaccessible threshold value for each of a plurality of beam directions; measuring a channel busy ratio, CBR, for a specific beam direction among the plurality of beam directions; and determining whether to form a communication link in the specific beam direction based on the measured CBR and the barring information, wherein the specific beam direction is a beam direction in which a reference signal is received with a reception intensity equal to or higher than a first threshold value among the plurality of beam directions, wherein the CBR is a value of a ratio of resources having measured reception energy higher than a preconfigured second threshold value among all resources included in a channel preconfigured for the specific beam direction, wherein the UE obtains the inaccessible threshold value and a specific priority corresponding to the specific beam direction from the barring information, and wherein the UE forms the communication link in the specific beam direction even if the CBR measured for the specific beam direction is greater than or equal to the inaccessible threshold value for the specific beam direction based on a priority of a service related to the communication link that is higher than or equal to the specific priority. receiving barring information including an inaccessible threshold value for each of a plurality of beam directions; measuring a channel busy ratio, CBR, for a specific beam direction among the plurality of beam directions; and determining whether to form a communication link in the specific beam direction based on the measured CBR and the barring information, wherein the specific beam direction is a beam direction in which a reference signal is received with a reception intensity equal to or higher than a first threshold value among the plurality of beam directions, wherein the CBR is a value of a ratio of resources having measured reception energy higher than a preconfigured second threshold value among all resources included in a channel preconfigured for the specific beam direction, wherein the UE obtains the inaccessible threshold value and a specific priority corresponding to the specific beam direction from the barring information, and wherein the UE forms the communication link in the specific beam direction even if the CBR measured for the specific beam direction is greater than or equal to the inaccessible threshold value for the specific beam direction based on a priority of a service related to the communication link that is higher than or equal to the specific priority.
A composition for use in ameliorating joint pain in a subject by promoting cartilage regeneration comprising, as an active ingredient, lactic acid bacteria, wherein the lactic acid bacteria are Lactobacillus gasseri strain CP2305 (Accession Number: FERM BP-11331), or Lactobacillus gasseri strain CP2305s (Accession Number: NITE BP-1405), and/or a treated product thereof; wherein the treated product thereof comprises disrupted cells or cell-free extract of the lactic acid bacteria; and wherein the subject suffers from arthritis or is in their 40s or older and has cartilage wear due to ageing.
Adapter component for joining a steel component and a light metal component and for use in dynamically highly loaded structures, having a main body formed from a formed multi-layer sheet , wherein the multi-layer sheet has at least one steel load transmission layer , an intermediate binding layer and a light metal load transmission layer , wherein the intermediate binding layer is arranged between the steel load transmission layer and the light metal load transmission layer , characterized in that the intermediate binding layer and the light metal load transmission layer have a light metal, wherein the light metal load transmission layer has a greater yield limit and/or a greater tensile strength and/or a greater hardness than the intermediate binding layer , and in that the main body has the shape of a hollow cylinder.
An organic light emitting diode display , comprising: a first substrate ; a first electrode on the first substrate ; an organic light emitting layer on the first electrode ; a second electrode on the organic light emitting layer ; and a capping layer on the second electrode , characterized in that the capping layer includes at least one heterocyclic compound, represented by one of the following Compounds 49 to 73 a first substrate ; a first electrode on the first substrate ; an organic light emitting layer on the first electrode ; a second electrode on the organic light emitting layer ; and a capping layer on the second electrode , characterized in that the capping layer includes at least one heterocyclic compound, represented by one of the following Compounds 49 to 73
A liquid discharge apparatus comprising: a head configured to discharge a liquid; a circulation passage coupled to the head , the circulation passage through which a temperature-controlled liquid circulates; a radiator including a fan and configured to cool the temperature-controlled liquid; a head drive board mounted with a power amplification unit configured to amplify a drive waveform applied to the head ; an ambient temperature sensor configured to detect an ambient temperature of the radiator ; a liquid temperature sensor configured to detect a temperature of the temperature-controlled liquid at an inlet of the radiator ; and a controller configured to control at least one of a rotation of the fan of the radiator and a heating waveform applied to the head drive board , based on a target temperature of the temperature-controlled liquid, a detected ambient temperature of the radiator , and a detected temperature of the temperature-controlled liquid at the inlet of the radiator , characterized in that the circulation passage and the head drive board are thermally coupled with each other. a head configured to discharge a liquid; a circulation passage coupled to the head , the circulation passage through which a temperature-controlled liquid circulates; a radiator including a fan and configured to cool the temperature-controlled liquid; a head drive board mounted with a power amplification unit configured to amplify a drive waveform applied to the head ; an ambient temperature sensor configured to detect an ambient temperature of the radiator ; a liquid temperature sensor configured to detect a temperature of the temperature-controlled liquid at an inlet of the radiator ; and a controller configured to control at least one of a rotation of the fan of the radiator and a heating waveform applied to the head drive board , based on a target temperature of the temperature-controlled liquid, a detected ambient temperature of the radiator , and a detected temperature of the temperature-controlled liquid at the inlet of the radiator , characterized in that the circulation passage and the head drive board are thermally coupled with each other.
Diaphragm for a centrifugal compressor, the diaphragm having a rear surface configured to at least partly face a shrouded impeller having a central axis (C), said rear surface having a first portion defining at least in part a diffuser , said rear surface having a second portion arranged to face said impeller ; wherein said diaphragm has a duct having an outlet located on said second portion , and an inlet located on the rear surface at a point where the static pressure is higher with respect to the static pressure at the outlet and characterized by a first seal , said first seal , in mounted condition of the centrifugal compressor, being arranged on the second portion of the rear surface in proximity to the inlet of the impeller , and a further seal , said further seal , in mounted condition of the centrifugal compressor, being arranged on the second portion of the rear surface near the outlet of the impeller , wherein the outlet of the duct is placed between the seal and the further seal .
A component of a wireless IC device , comprising: a wireless IC ; and a feeding circuit substrate provided with a feeding circuit including a resonance circuit including an inductance element (L, L1, L2, 25) that is electrically-connected to the wireless IC , wherein the feeding circuit substrate is a flexible multilayered substrate formed by laminating a plurality of resin layers (41a-41g, 81a-81c), the inductance element is formed by a plurality of electrodes including viahole conductors , the inductance element is formed of at least one annular electrode formed in an annular shape by using the plurality of viahole conductors and electrodes formed in the feeding circuit substrate , and a winding axis of the annular electrode is perpendicular to a lamination direction of the resin layers, the feeding circuit substrate being further characterized in that , the wireless IC is arranged on an inner side of the annular electrode when the annular electrode is viewed from a direction perpendicular to the lamination direction, and the feeding circuit includes capacitance elements formed by another plurality of electrodes (9a-9c) opposing one another. a wireless IC ; and a feeding circuit substrate provided with a feeding circuit including a resonance circuit including an inductance element (L, L1, L2, 25) that is electrically-connected to the wireless IC , wherein the feeding circuit substrate is a flexible multilayered substrate formed by laminating a plurality of resin layers (41a-41g, 81a-81c), the inductance element is formed by a plurality of electrodes including viahole conductors , the inductance element is formed of at least one annular electrode formed in an annular shape by using the plurality of viahole conductors and electrodes formed in the feeding circuit substrate , and a winding axis of the annular electrode is perpendicular to a lamination direction of the resin layers, the feeding circuit substrate being further characterized in that , the wireless IC is arranged on an inner side of the annular electrode when the annular electrode is viewed from a direction perpendicular to the lamination direction, and the feeding circuit includes capacitance elements formed by another plurality of electrodes (9a-9c) opposing one another.
A method of making an electrical stimulation lead, the method comprising: a) attaching a plurality of segmented electrodes to an interior of a ring in a circumferentially spaced-apart arrangement, wherein the ring defines a plurality of holes extending from the interior to an exterior of the ring; b) attaching a conductor wire to each of the segmented electrodes; c) coupling the ring with the segmented electrodes to a lead body; and d) after coupling to the lead body, removing at least those portions of the ring between the segmented electrodes to separate the plurality of segmented electrodes from each other. a) attaching a plurality of segmented electrodes to an interior of a ring in a circumferentially spaced-apart arrangement, wherein the ring defines a plurality of holes extending from the interior to an exterior of the ring; b) attaching a conductor wire to each of the segmented electrodes; c) coupling the ring with the segmented electrodes to a lead body; and d) after coupling to the lead body, removing at least those portions of the ring between the segmented electrodes to separate the plurality of segmented electrodes from each other.