mhurhangee/patent-ind-claim-en huggingface dataset:
A system for displaying collected sensor data together with images, the system comprising: a camera device (no), comprising an image capturing unit configured to capture images depicting a scene , the image capturing unit being configured with a variable zoom level, and the camera device (no) being configured to communicate with a user interface for displaying the images; and a sensor device , configured to collect sensor data and to, at a variable frequency of occurrence, provide collected sensor data to the camera device for display on the user interface together with the images when it has been determined that the sensor data is to be displayed as an overlay to the images; wherein the sensor device is configured by the camera device to provide the collected sensor data at a higher frequency of occurrence when the camera device acquires images from the image capturing unit that have been captured with a zoom level being above a zoom threshold value and that depict the sensor device than when the camera device acquires images from the image capturing unit that have been captured with a zoom level being below the zoom threshold value. a camera device (no), comprising an image capturing unit configured to capture images depicting a scene , the image capturing unit being configured with a variable zoom level, and the camera device (no) being configured to communicate with a user interface for displaying the images; and a sensor device , configured to collect sensor data and to, at a variable frequency of occurrence, provide collected sensor data to the camera device for display on the user interface together with the images when it has been determined that the sensor data is to be displayed as an overlay to the images; wherein the sensor device is configured by the camera device to provide the collected sensor data at a higher frequency of occurrence when the camera device acquires images from the image capturing unit that have been captured with a zoom level being above a zoom threshold value and that depict the sensor device than when the camera device acquires images from the image capturing unit that have been captured with a zoom level being below the zoom threshold value.
Cosmetic or dermatological composition in the emulsion form, comprising in a physiologically acceptable support: a) at least one aqueous phase b) at least one oily phase c) at least one merocyanine compound of formula or one of the E/E- or E/Z-geometrical isomer forms thereof: in which R is a C 1 -C 22 alkyl group, a C 2 -C 22 alkenyl group, a C 2 -C 22 alkynyl group, a C 3 -C 22 cycloalkyl group or a C 3 -C 22 cycloalkenyl group, said groups possibly being interrupted with one or more O, and d) at least one polymer comprising monomeric units of formulae (A) and (B): in which: R 1 , independently of one another, is chosen from alkyl or alkylene radicals; and at least 60% by weight of the R 1 groups are radicals chosen from stearyl and behenyl radicals, the percentage by weight relating to the sum of all the R 1 groups present in the polymer; and the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the R 1 group ranges from 1: 30 to 1: 1; and the sum of the total of units A and B is at least 95% by weight of the total weight of the polymer, the polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol. a) at least one aqueous phase b) at least one oily phase c) at least one merocyanine compound of formula or one of the E/E- or E/Z-geometrical isomer forms thereof: in which R is a C 1 -C 22 alkyl group, a C 2 -C 22 alkenyl group, a C 2 -C 22 alkynyl group, a C 3 -C 22 cycloalkyl group or a C 3 -C 22 cycloalkenyl group, said groups possibly being interrupted with one or more O, and d) at least one polymer comprising monomeric units of formulae (A) and (B): in which: R 1 , independently of one another, is chosen from alkyl or alkylene radicals; and at least 60% by weight of the R 1 groups are radicals chosen from stearyl and behenyl radicals, the percentage by weight relating to the sum of all the R 1 groups present in the polymer; and the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the R 1 group ranges from 1: 30 to 1: 1; and the sum of the total of units A and B is at least 95% by weight of the total weight of the polymer, the polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol. R 1 , independently of one another, is chosen from alkyl or alkylene radicals; and at least 60% by weight of the R 1 groups are radicals chosen from stearyl and behenyl radicals, the percentage by weight relating to the sum of all the R 1 groups present in the polymer; and the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the R 1 group ranges from 1: 30 to 1: 1; and the sum of the total of units A and B is at least 95% by weight of the total weight of the polymer, the polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol.
A method by a user equipment , UE, comprising in a first time interval, attempting to decode one or more control channels on downlink or sidelink resources of a first subband configuration (100; 200; 300), wherein the first subband configuration corresponds to a first search space configuration predefined using higher-layer signaling, and the first subband configuration spans a first frequency range (114; 214; 314); in a second time interval, attempting to decode one or more control channels on downlink or sidelink resources of a second subband configuration (150; 250; 350), wherein the second subband configuration corresponds to a second search space configuration predefined using higher-layer signaling, and the second subband configuration spans a second frequency range (164; 264; 364) different from the first frequency range; and the method further comprising, prior to the second time interval, receiving dynamic signaling with an instruction to use the second subband configuration, and characterized in that , in response to receiving the instruction, starting a timer, and in response to expiration of the timer, switching from the second subband configuration to a third subband configuration different from the first and second subband configurations. in a first time interval, attempting to decode one or more control channels on downlink or sidelink resources of a first subband configuration (100; 200; 300), wherein the first subband configuration corresponds to a first search space configuration predefined using higher-layer signaling, and the first subband configuration spans a first frequency range (114; 214; 314); in a second time interval, attempting to decode one or more control channels on downlink or sidelink resources of a second subband configuration (150; 250; 350), wherein the second subband configuration corresponds to a second search space configuration predefined using higher-layer signaling, and the second subband configuration spans a second frequency range (164; 264; 364) different from the first frequency range; and the method further comprising, prior to the second time interval, receiving dynamic signaling with an instruction to use the second subband configuration, and characterized in that , in response to receiving the instruction, starting a timer, and in response to expiration of the timer, switching from the second subband configuration to a third subband configuration different from the first and second subband configurations.
A dishwasher comprising: a cabinet having an opening ; a tub provided in the cabinet for receiving objects to be washed; a spray arm for spraying wash water to the objects; a sump for storing wash water; a pump for supplying the wash water stored in the sump to the spray arm ; a door for opening and closing the opening ; and a first steam nozzle provided in the tub at the door ; characterized in that the dishwasher further comprises: a docking unit provided at the door and connected to the first steam nozzle for supplying steam to the first steam nozzle ; and a docking connector provided at the tub and is connected to a steam source for supplying steam to the docking unit , wherein when the door is opened, the docking unit is disconnected from the docking connector , and when the door is closed, the docking unit is connected to the docking connector to define a closed path along which steam flows. a cabinet having an opening ; a tub provided in the cabinet for receiving objects to be washed; a spray arm for spraying wash water to the objects; a sump for storing wash water; a pump for supplying the wash water stored in the sump to the spray arm ; a door for opening and closing the opening ; and a first steam nozzle provided in the tub at the door ; characterized in that the dishwasher further comprises: a docking unit provided at the door and connected to the first steam nozzle for supplying steam to the first steam nozzle ; and a docking connector provided at the tub and is connected to a steam source for supplying steam to the docking unit , wherein when the door is opened, the docking unit is disconnected from the docking connector , and when the door is closed, the docking unit is connected to the docking connector to define a closed path along which steam flows. a docking unit provided at the door and connected to the first steam nozzle for supplying steam to the first steam nozzle ; and a docking connector provided at the tub and is connected to a steam source for supplying steam to the docking unit , wherein when the door is opened, the docking unit is disconnected from the docking connector , and when the door is closed, the docking unit is connected to the docking connector to define a closed path along which steam flows.
A filament for material extrusion 3D printer molding, comprising a thermoplastic elastomer which comprises at least the following component (A) and in which the ratio (tan δ=G"[200°C, 100 Hz]/G'[200°C, 100 Hz]) between storage modulus (G'[200°C, 100 Hz]) and loss modulus (G"[200°C, 100 Hz]) measured at 200°C and 100 Hz by dynamic viscoelasticity measurement is from 0.50 to 2.50. Component (A): at least one block copolymer out of the group consisting of a block copolymer having a polymer block P mainly composed of a structural unit derived from a vinyl aromatic compound and a polymer block Q mainly composed of a structural unit derived from conjugated diene and/or isobutylene, and a block copolymer obtained by hydrogenating the block copolymer, wherein the "mainly composed of" means that the content of the structural unit is 50% by weight or more.
A method for supporting positioning of a user equipment, UE, performed by the UE, comprising: receiving assistance data for downlink positioning reference signals from a plurality of transmission reception points, TRPs,; receiving a plurality of downlink positioning reference signals from the plurality of TRPs; receiving a positioning reference signal preemption indication, PRS PI, from a serving TRP indicating that one or more downlink positioning reference signals associated with one or more TRPs have been preempted; performing positioning measurements using received downlink positioning reference signals from the plurality of TRPs based at least on the PRS PI indication; wherein performing positioning measurements using received downlink positioning reference signals from the plurality of TRPs based at least on the PRS PI indication comprises excluding the preempted downlink positioning reference signals from the positioning measurements; the method characterized by further comprising receiving replacement downlink positioning reference signals from the one or more TRPs, wherein performing positioning measurements uses the received downlink positioning reference signals from the plurality of TRPs and the replacement downlink positioning reference signals from the one or more TRPs. receiving assistance data for downlink positioning reference signals from a plurality of transmission reception points, TRPs,; receiving a plurality of downlink positioning reference signals from the plurality of TRPs; receiving a positioning reference signal preemption indication, PRS PI, from a serving TRP indicating that one or more downlink positioning reference signals associated with one or more TRPs have been preempted; performing positioning measurements using received downlink positioning reference signals from the plurality of TRPs based at least on the PRS PI indication; wherein performing positioning measurements using received downlink positioning reference signals from the plurality of TRPs based at least on the PRS PI indication comprises excluding the preempted downlink positioning reference signals from the positioning measurements; the method characterized by further comprising receiving replacement downlink positioning reference signals from the one or more TRPs, wherein performing positioning measurements uses the received downlink positioning reference signals from the plurality of TRPs and the replacement downlink positioning reference signals from the one or more TRPs.
Method for automatically configuring one or more software agents in an automation system , wherein a plurality of software agents are assigned to the automation system , wherein the software agents are connected to a cloud via a gateway , wherein an agent configuration is held for each of the software agents in the cloud , wherein data which are captured by at least some of the software agents and relate to at least one device, service and/or data source of the automation system which can be reached by the respective software agent are received by the gateway , wherein, in the course of processing one or more agent configurations from the cloud and the captured data relating to at least one device, service and/or data source which can be reached by the respective software agent , at least one of the software agents assigned to the automation system is configured by means of the gateway , wherein data captured by the respective software agent to be configured are transmitted to the gateway as a list of devices, wherein, when processing the agent configuration from the cloud and the list of devices, the gateway respectively automatically identifies matches in both data groups, wherein the gateway automatically and finally configures the software agent(s) assigned to the automation system in each case on the basis of identified matches and data included in the agent configuration. wherein a plurality of software agents are assigned to the automation system , wherein the software agents are connected to a cloud via a gateway , wherein an agent configuration is held for each of the software agents in the cloud , wherein data which are captured by at least some of the software agents and relate to at least one device, service and/or data source of the automation system which can be reached by the respective software agent are received by the gateway , wherein, in the course of processing one or more agent configurations from the cloud and the captured data relating to at least one device, service and/or data source which can be reached by the respective software agent , at least one of the software agents assigned to the automation system is configured by means of the gateway , wherein data captured by the respective software agent to be configured are transmitted to the gateway as a list of devices, wherein, when processing the agent configuration from the cloud and the list of devices, the gateway respectively automatically identifies matches in both data groups, wherein the gateway automatically and finally configures the software agent(s) assigned to the automation system in each case on the basis of identified matches and data included in the agent configuration.
A communication method, comprising: storing a plurality of parameter tables, wherein storing a parameter table is performed by storing a legacy parameter table and an aggressive parameter table, wherein the plurality of parameter tables includes a MCS table, the legacy MCS table including modulation order in indexed entries, the aggressive MCS table including a higher modulation order in indexed entries than the modulation orders of the legacy MCS table; and wherein the plurality of parameter tables includes a CQI table, the legacy CQI table including modulation schemes in indexed entries, and the aggressive CQI table including a higher modulation scheme in indexed entries than the modulation schemes of the legacy CQI table, the higher modulation scheme being 256 QAM; receiving an indication for selecting a legacy parameter table or an aggressive parameter table from the stored parameter tables from a base station, wherein a number of entries in each of the aggressive parameter tables equals a number of entries in its respective legacy parameter table, and wherein when Downlink Control Information, DCI, format 1A is used for downlink transmission, the legacy MCS table is used as default setting. storing a plurality of parameter tables, wherein storing a parameter table is performed by storing a legacy parameter table and an aggressive parameter table, wherein the plurality of parameter tables includes a MCS table, the legacy MCS table including modulation order in indexed entries, the aggressive MCS table including a higher modulation order in indexed entries than the modulation orders of the legacy MCS table; and wherein the plurality of parameter tables includes a CQI table, the legacy CQI table including modulation schemes in indexed entries, and the aggressive CQI table including a higher modulation scheme in indexed entries than the modulation schemes of the legacy CQI table, the higher modulation scheme being 256 QAM; receiving an indication for selecting a legacy parameter table or an aggressive parameter table from the stored parameter tables from a base station, wherein a number of entries in each of the aggressive parameter tables equals a number of entries in its respective legacy parameter table, and wherein when Downlink Control Information, DCI, format 1A is used for downlink transmission, the legacy MCS table is used as default setting.
A system for blind installation of injection mold components, the system comprising: an injection mold component ; a retainer plate comprising at least one locking mechanism , wherein said locking mechanism has an installation area and a lock area , and said lock area comprises at least one key slot that at least partially intersects said installation area ; and a key insertable into each said key slot , wherein said installation area of said retainer plate is configured to receive said injection mold component without removing the mold from the injection molding machine, said injection mold component has a notch that has a geometry configured such that insertion of said key into said at least one key slot intersects said installation area of said retainer plate and said notch of said injection mold component to lock said injection mold component into said retainer plate , characterised in that said at least one key slot extends along the complete length of said retainer plate . an injection mold component ; a retainer plate comprising at least one locking mechanism , wherein said locking mechanism has an installation area and a lock area , and said lock area comprises at least one key slot that at least partially intersects said installation area ; and said locking mechanism has an installation area and a lock area , and said lock area comprises at least one key slot that at least partially intersects said installation area ; and a key insertable into each said key slot , wherein said installation area of said retainer plate is configured to receive said injection mold component without removing the mold from the injection molding machine, said injection mold component has a notch that has a geometry configured such that insertion of said key into said at least one key slot intersects said installation area of said retainer plate and said notch of said injection mold component to lock said injection mold component into said retainer plate , characterised in that said at least one key slot extends along the complete length of said retainer plate . said installation area of said retainer plate is configured to receive said injection mold component without removing the mold from the injection molding machine, said injection mold component has a notch that has a geometry configured such that insertion of said key into said at least one key slot intersects said installation area of said retainer plate and said notch of said injection mold component to lock said injection mold component into said retainer plate , characterised in that said at least one key slot extends along the complete length of said retainer plate .
A housing for a device , the housing having an outside and an inside, the housing further having an access passage for access from the outside of the housing to a component of the device inside the housing , wherein the access passage comprises: an outer opening section , characterised in that the housing further comprises: an inner drainage channel inside the housing , the drainage channel being arranged below the outer opening section , the outer opening section having vertical side walls extending inwardly from the outside of the housing , each sidewall having a top width (W T ) at a top of the sidewall and a bottom width (W B ) at a bottom of the sidewall closer to the drainage channel , the top width (W T ) being narrower than the bottom width (W B ), the sidewalls providing a guiding surface for a liquid entering the access passage , such that the liquid is guided towards the drainage channel . an outer opening section , characterised in that the housing further comprises: an inner drainage channel inside the housing , the drainage channel being arranged below the outer opening section , the outer opening section having vertical side walls extending inwardly from the outside of the housing , each sidewall having a top width (W T ) at a top of the sidewall and a bottom width (W B ) at a bottom of the sidewall closer to the drainage channel , the top width (W T ) being narrower than the bottom width (W B ), the sidewalls providing a guiding surface for a liquid entering the access passage , such that the liquid is guided towards the drainage channel . an inner drainage channel inside the housing , the drainage channel being arranged below the outer opening section , the outer opening section having vertical side walls extending inwardly from the outside of the housing , each sidewall having a top width (W T ) at a top of the sidewall and a bottom width (W B ) at a bottom of the sidewall closer to the drainage channel , the top width (W T ) being narrower than the bottom width (W B ), the sidewalls providing a guiding surface for a liquid entering the access passage , such that the liquid is guided towards the drainage channel .