mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling transmit power of a wireless transmit/receive unit, WTRU, comprising: determining a transmit power spectral density, wherein the transmit power spectral density comprises a combination of an open loop uplink, UL, power control, PC, component, a closed loop UL PC component and a power offset, wherein the open loop UL PC component is based on a pathloss measurement, wherein the closed loop UL PC component comprises a correction factor, and wherein the power offset is related to a modulation coding set, MCS; determining a transmit power based on the determined transmit power spectral density and a number of assigned resource blocks, RBs; and applying a minimum of a maximum transmit power level and the transmit power. determining a transmit power spectral density, wherein the transmit power spectral density comprises a combination of an open loop uplink, UL, power control, PC, component, a closed loop UL PC component and a power offset, wherein the open loop UL PC component is based on a pathloss measurement, wherein the closed loop UL PC component comprises a correction factor, and wherein the power offset is related to a modulation coding set, MCS; determining a transmit power based on the determined transmit power spectral density and a number of assigned resource blocks, RBs; and applying a minimum of a maximum transmit power level and the transmit power.
Electro-pneumatic parking brake valve device for actuating a spring-loaded parking brake in an electro-pneumatic brake system , wherein the parking brake valve device is of bi-stable design with a drive position and a parking position as steady-state positions and comprises: three pneumatic ports , which form a compressed air inlet for connection to a compressed air supply , a compressed air outlet for connection to the spring-loaded parking brake and a venting port , a relay valve line connecting the compressed air inlet and the compressed air outlet and having a relay valve provided in the relay valve line and pneumatically actuatable by a control volume , an electrically actuatable inlet and outlet valve device for ventilating the control volume through connection to the compressed air inlet and venting the control volume through connection to the venting port , characterized in that a bypass line having a bypass valve device pneumatically actuated by the control volume is provided between the control volume and at least one of the ports for connecting the control volume to the at least one port or separating it therefrom, and the bypass valve device is actuated by the control volume in at least one of the steady-state positions, in such a way that it at least partially bypasses the inlet and outlet valve device and connects the control volume to the at least one port . three pneumatic ports , which form a compressed air inlet for connection to a compressed air supply , a compressed air outlet for connection to the spring-loaded parking brake and a venting port , a relay valve line connecting the compressed air inlet and the compressed air outlet and having a relay valve provided in the relay valve line and pneumatically actuatable by a control volume , an electrically actuatable inlet and outlet valve device for ventilating the control volume through connection to the compressed air inlet and venting the control volume through connection to the venting port , characterized in that a bypass line having a bypass valve device pneumatically actuated by the control volume is provided between the control volume and at least one of the ports for connecting the control volume to the at least one port or separating it therefrom, and the bypass valve device is actuated by the control volume in at least one of the steady-state positions, in such a way that it at least partially bypasses the inlet and outlet valve device and connects the control volume to the at least one port .
An offshore renewable energy system for converting renewable energy, comprising at least one offshore wind turbine with a tower holding a generator configured for converting wind energy, and at least one offshore wave power unit for converting wave energy from sea waves, wherein the wave power unit is anchored to a wave power foundation at the seabed , and the wind turbine tower is supported by a support structure forming at least one support element connecting the wave power foundation to the wind turbine tower , the wave power unit further comprises a floating buoy movably attached to the wave power foundation by an anchoring structure and the buoy is movable relative to the wave power foundation without contact between the buoy and the support structure.
An assembly comprising: a shaft including an elongate shaft extending from a first end portion to a second end portion ; the first end portion is adapted to engage with a disconnect switch; the second end portion is adapted to engage with a handle of a handle assembly characterized in that the shaft includes a first structure adapted to prevent handle removal from the shaft and a second structure adapted to permit handle removal from the shaft, the first and the second structure being disposed about 90 degrees from one another, radially about the shaft. a shaft including an elongate shaft extending from a first end portion to a second end portion ; the first end portion is adapted to engage with a disconnect switch; the second end portion is adapted to engage with a handle of a handle assembly characterized in that the shaft includes a first structure adapted to prevent handle removal from the shaft and a second structure adapted to permit handle removal from the shaft, the first and the second structure being disposed about 90 degrees from one another, radially about the shaft.
A nozzle plate manufacturing method for a nozzle plate , the nozzle plate comprising: a first surface that is bonded to an upper layer substrate by an adhesive; and a second surface in which an opening of a nozzle that ejects an ink is provided, wherein a step is formed at an edge of the first surface , the nozzle plate manufacturing method comprising: a grooving process (S101) that is forming a recess in the first surface so as to form external shapes of multiple nozzle plates for a single base material, wherein the recess is formed by wet etching; a nozzle forming process (S102, S103) that is forming the nozzle such that the opening is formed in the second surface of the base material; and an external shaping process (S106) that is cutting the recess by laser processing and cutting out the nozzle plates from the base material. a first surface that is bonded to an upper layer substrate by an adhesive; and a second surface in which an opening of a nozzle that ejects an ink is provided, wherein a step is formed at an edge of the first surface , a grooving process (S101) that is forming a recess in the first surface so as to form external shapes of multiple nozzle plates for a single base material, wherein the recess is formed by wet etching; a nozzle forming process (S102, S103) that is forming the nozzle such that the opening is formed in the second surface of the base material; and an external shaping process (S106) that is cutting the recess by laser processing and cutting out the nozzle plates from the base material.
Pipe clamp for connecting a pipe to a connection piece which can be inserted into one end of the pipe , said pipe clamp having a clamping ring which has a ring-shaped section along its circumference and an ear which extends radially outward and is compressible by a tool, wherein the pipe clamp also includes a tensioning ring , which can be compressed by the clamping ring and which projects at least partially into the ring-shaped section by way of a tensioning section , and essentially completely surrounds the pipe with the tensioning section , wherein the tensioning section has a plurality of slots which divide the tensioning section into a plurality of tensioning tongues , characterized in that the slots are provided such that the inside width of which in the compressed state of the clamping ring is able to be completely removed in that the respective sides of the tensioning tongues in the region of each slot are moved on bloc.
A method performed by a configuration controller of a wireless network in a plurality of radio operating environments, the method comprising: selecting a first parameter value set from a library of two or more parameter value sets, wherein each of the parameter value sets includes a value for each of one or more communication-related parameters, wherein the first parameter value set is appropriate for a first target radio operating environment, wherein said selecting the first parameter value set is performed for a first set of one or more infrastructure radios that are to be operated in the first target radio operating environment, wherein the one or more infrastructure radios are configured at least to wirelessly transmit to user devices using OFDM; applying the first parameter value set to the first set of one or more infrastructure radios so that the first set of one or more infrastructure radios will start using the first parameter value set to wirelessly communicate with the user devices , characterised in that said applying the first parameter value set is performed by sending first information to each infrastructure radio of the first set of one or more infrastructure radios , wherein the first information identifies the first parameter value set; wherein the first information comprises a set pointer that points to the first parameter value set among the two or more parameter value sets in a local copy of the library stored in each infrastructure radio of the first set of one or more infrastructure radios. selecting a first parameter value set from a library of two or more parameter value sets, wherein each of the parameter value sets includes a value for each of one or more communication-related parameters, wherein the first parameter value set is appropriate for a first target radio operating environment, wherein said selecting the first parameter value set is performed for a first set of one or more infrastructure radios that are to be operated in the first target radio operating environment, wherein the one or more infrastructure radios are configured at least to wirelessly transmit to user devices using OFDM; applying the first parameter value set to the first set of one or more infrastructure radios so that the first set of one or more infrastructure radios will start using the first parameter value set to wirelessly communicate with the user devices , characterised in that said applying the first parameter value set is performed by sending first information to each infrastructure radio of the first set of one or more infrastructure radios , wherein the first information identifies the first parameter value set; wherein the first information comprises a set pointer that points to the first parameter value set among the two or more parameter value sets in a local copy of the library stored in each infrastructure radio of the first set of one or more infrastructure radios.
A holding structure for simultaneously holding a plurality of containers for substances for pharmaceutical, medical or cosmetic applications, comprising a plurality of receptacles for receiving the containers, wherein the receptacles are arranged in a regular arrangement, the receptacles are each formed by circumferentially formed side walls , an upper side of the holding structure is formed as a plate-shaped support , and the side walls and receptacles project vertically from the plate-shaped support , wherein the receptacles are polygonal when viewed from above, wherein a side wall is formed as a common partition between each two directly adjacent receptacles of the plurality of receptacles, characterised in that the upper ends of the side walls facing the upper side of the holding structure have an arcuate concave curvature.
An indoor unit of an air-conditioning apparatus, comprising: a casing having an air inlet at the top thereof and an air outlet on a lower side of the front thereof; at least one propeller fan disposed in the casing and located downstream of the air inlet , the propeller fan being provided with a fan guard ; a heat exchanger disposed in the casing and located downstream of the propeller fan , the heat exchanger being configured to exchange heat between air sucked into the casing by the propeller fan and refrigerant, and bars provided in the air inlet , characterized in that under a state viewed in a vertical cross-section perpendicular to the longitudinal direction of the bars , the bars in the air inlet whose longitudinal direction is perpendicular to the cross-section are provided within a virtual cylinder obtained by projecting a boss of the propeller fan in the direction of the rotation axis of the propeller fan . a casing having an air inlet at the top thereof and an air outlet on a lower side of the front thereof; at least one propeller fan disposed in the casing and located downstream of the air inlet , the propeller fan being provided with a fan guard ; a heat exchanger disposed in the casing and located downstream of the propeller fan , the heat exchanger being configured to exchange heat between air sucked into the casing by the propeller fan and refrigerant, and bars provided in the air inlet , characterized in that under a state viewed in a vertical cross-section perpendicular to the longitudinal direction of the bars , the bars in the air inlet whose longitudinal direction is perpendicular to the cross-section are provided within a virtual cylinder obtained by projecting a boss of the propeller fan in the direction of the rotation axis of the propeller fan .
A compound, which is 1-hexadecyl-2-(4'-carboxybutyl)-glycerol-3-phosphocholine, for use in the treatment of an inflammatory disease or disorder, wherein said inflammatory disease or disorder is non-alcoholic steatohepatitis (NASH).
A control apparatus comprising: a determination unit configured to determine a target region; and an output unit (1601, 1606-1608, 1613) configured to output a predetermined light to the target region, characterized by further comprising: a detection unit configured to detect intrusion of an object to the target region by detecting the predetermined light, wherein, in accordance that the intrusion of an object to a first target region as the target region is detected by the detection unit in a state of outputting the predetermined light to the first target region, the determination unit is further configured to change the target region from the first target region to a second target region, wherein the second target region is larger than the first target region. a determination unit configured to determine a target region; and an output unit (1601, 1606-1608, 1613) configured to output a predetermined light to the target region, characterized by further comprising: a detection unit configured to detect intrusion of an object to the target region by detecting the predetermined light, wherein, in accordance that the intrusion of an object to a first target region as the target region is detected by the detection unit in a state of outputting the predetermined light to the first target region, the determination unit is further configured to change the target region from the first target region to a second target region, wherein the second target region is larger than the first target region. a detection unit configured to detect intrusion of an object to the target region by detecting the predetermined light, wherein, in accordance that the intrusion of an object to a first target region as the target region is detected by the detection unit in a state of outputting the predetermined light to the first target region, the determination unit is further configured to change the target region from the first target region to a second target region, wherein the second target region is larger than the first target region.
A system for cooling a medical ablation device, the system comprising: a fluid reservoir configured to hold a cooling fluid; a tubing system connected to and in fluid communication with the fluid reservoir; a pump connected to the tubing system and configured to induce the cooling fluid to flow from the reservoir through the tubing system; the medical ablation device connected to the tubing system configured to allow the cooling fluid to flow through the medical ablation device and draw heat therefrom, wherein the tubing system is connected to the fluid reservoir such that the fluid is returned to the fluid reservoir and reused; a fluid flow indicator configured to provide indicia of the flow of cooling fluid through the system; and a drip container connected to and in fluid communication with an outflow port of the reservoir and the tubing system, wherein the drip container includes the fluid flow indicator. a fluid reservoir configured to hold a cooling fluid; a tubing system connected to and in fluid communication with the fluid reservoir; a pump connected to the tubing system and configured to induce the cooling fluid to flow from the reservoir through the tubing system; the medical ablation device connected to the tubing system configured to allow the cooling fluid to flow through the medical ablation device and draw heat therefrom, wherein the tubing system is connected to the fluid reservoir such that the fluid is returned to the fluid reservoir and reused; a fluid flow indicator configured to provide indicia of the flow of cooling fluid through the system; and a drip container connected to and in fluid communication with an outflow port of the reservoir and the tubing system, wherein the drip container includes the fluid flow indicator.
A method for separating speech data from background data implemented in an apparatus configured to receive calls, comprising: upon initiation of an audio communication between a caller and said apparatus, determining whether a speech model corresponding to the caller is available; selecting a speech model from a plurality of speech models based on a result of the determination, wherein said plurality of speech models comprises a generic speech model which is not associated with a caller and N speech models associated with callers selected among all callers calling said apparatus as a function of a calling frequency and a calling duration of the caller in a calling history, applying (S101) the selected speech model to the audio communication for separating the speech data from the background data of the audio communication; and updating (S102) the speech model as a function of the speech data and the background data during the audio communication. upon initiation of an audio communication between a caller and said apparatus, determining whether a speech model corresponding to the caller is available; selecting a speech model from a plurality of speech models based on a result of the determination, wherein said plurality of speech models comprises a generic speech model which is not associated with a caller and N speech models associated with callers selected among all callers calling said apparatus as a function of a calling frequency and a calling duration of the caller in a calling history, applying (S101) the selected speech model to the audio communication for separating the speech data from the background data of the audio communication; and updating (S102) the speech model as a function of the speech data and the background data during the audio communication.
A display apparatus comprising: a display panel ; a light guide plate disposed behind the display panel ; and a light source package configured to supply light to the light guide plate , wherein the light source package comprises: a light source to generate the light; a reflector , defining a first reflector of the light source package, in which the light source is mounted; a light converting unit mounted on the reflector and covering the light source and the reflector , the light converting unit being disposed between the light source and the light guide plate , and configured to convert properties of the light directed towards the light guide plate ; characterized in that the light source package further comprises a reflecting unit , defining a second reflector of the light source package, formed on and protruding from the light converting unit towards the light source , and configured to reflect the light generated by the light source towards the reflector , and to reflect light reflected by the light converting unit towards the light guide plate . a display panel ; a light guide plate disposed behind the display panel ; and a light source package configured to supply light to the light guide plate , wherein the light source package comprises: a light source to generate the light; a reflector , defining a first reflector of the light source package, in which the light source is mounted; a light converting unit mounted on the reflector and covering the light source and the reflector , the light converting unit being disposed between the light source and the light guide plate , and configured to convert properties of the light directed towards the light guide plate ; a light source to generate the light; a reflector , defining a first reflector of the light source package, in which the light source is mounted; a light converting unit mounted on the reflector and covering the light source and the reflector , the light converting unit being disposed between the light source and the light guide plate , and configured to convert properties of the light directed towards the light guide plate ; characterized in that the light source package further comprises a reflecting unit , defining a second reflector of the light source package, formed on and protruding from the light converting unit towards the light source , and configured to reflect the light generated by the light source towards the reflector , and to reflect light reflected by the light converting unit towards the light guide plate .