mhurhangee/patent-ind-claim-en huggingface dataset:
A patient shuttle system for particle therapy, comprising: a patient table on which a patient is placed; a drive device configured to cause the patient table to move parallel and/or rotate; a drive control device configured to control parallel movement and/or rotation of the patient table by the drive device ; a base on which the patient table , the drive device , and the drive control device are placed, wherein the base has a plurality of casters for moving; and a base lock mechanism configured to engage with a lock receiving member provided on a floor, a wall or the like in the treatment room for particle therapy and fix the patient shuttle system to the treatment room for particle therapy so that the patient shuttle system 10 does not move, wherein the drive control device is configured to control the parallel movement and/or rotation of the patient table by the drive device in accordance with a parallel movement amount and/or a rotation amount of the patient table that are received from a patient positioning system provided in a treatment room for particle therapy, and the base lock mechanism is configured to be housed in the base so that the base lock mechanism does not get in the way at a time of the patient shuttle system 10 moving, and the base lock mechanism is configured to protrude from the base at a time of engaging with the lock receiving member , wherein the patient shuttle system is applicable to transporting a patient to the treatment room for particle therapy and/or to transporting a patient from the treatment room for particle therapy. a patient table on which a patient is placed; a drive device configured to cause the patient table to move parallel and/or rotate; a drive control device configured to control parallel movement and/or rotation of the patient table by the drive device ; a base on which the patient table , the drive device , and the drive control device are placed, wherein the base has a plurality of casters for moving; and a base lock mechanism configured to engage with a lock receiving member provided on a floor, a wall or the like in the treatment room for particle therapy and fix the patient shuttle system to the treatment room for particle therapy so that the patient shuttle system 10 does not move, wherein the drive control device is configured to control the parallel movement and/or rotation of the patient table by the drive device in accordance with a parallel movement amount and/or a rotation amount of the patient table that are received from a patient positioning system provided in a treatment room for particle therapy, and the base lock mechanism is configured to be housed in the base so that the base lock mechanism does not get in the way at a time of the patient shuttle system 10 moving, and the base lock mechanism is configured to protrude from the base at a time of engaging with the lock receiving member , wherein the patient shuttle system is applicable to transporting a patient to the treatment room for particle therapy and/or to transporting a patient from the treatment room for particle therapy.
A method of imaging a cancer, the method comprising administering to a patient an unlabeled compound according to Formula I or a pharmaceutically acceptable salt thereof, wherein R' is hydrogen, or R' is selected from the group consisting of alkyl, aminoalkyl, carboxyalkyl, hydroxyalkyl, heteroalkyl, aryl, arylalkyl and heteroarylalkyl, each of which is optionally substituted, wherein D is a divalent linker, and wherein n is 0 or 1, and administering to the patient a labeled compound according to Formula II or a pharmaceutically acceptable salt thereof, wherein R' is hydrogen, or R' is selected from the group consisting of alkyl, aminoalkyl, carboxyalkyl, hydroxyalkyl, heteroalkyl, aryl, arylalkyl and heteroarylalkyl, each of which is optionally substituted, wherein D is a divalent linker, wherein n is 0 or 1, and wherein M is a cation of a radionuclide.
A handover method, comprising the following steps: sending, by a network node, a first resource and a second resource configured by the network node to a terminal device, wherein the second resource is sent by the network node while sending the first resource, and the network node is a target node; and receiving, by the network node, uplink traffic data via the first resource and a handover response via the second resource in response to that the terminal device is handed over to the target node. sending, by a network node, a first resource and a second resource configured by the network node to a terminal device, wherein the second resource is sent by the network node while sending the first resource, and the network node is a target node; and receiving, by the network node, uplink traffic data via the first resource and a handover response via the second resource in response to that the terminal device is handed over to the target node.
A motion support device, MSD, control unit for a heavy duty vehicle , configured to control one or more MSDs associated with at least one wheel on the vehicle , wherein the MSD control unit is arranged to be communicatively coupled to a vehicle motion management, VMM, unit for receiving control commands from the VMM unit comprising wheel speed and/or wheel slip requests to control vehicle motion by the one or more MSDs , where the MSD control unit is arranged to obtain a capability range indicative of an operational regime of the vehicle and the wheel which is considered safe, said capability range indicating a range of wheel behaviors of the wheel for which the VMM unit is allowed to influence the behavior of the wheel by the control commands, wherein the MSD control unit is arranged to monitor wheel behavior and to detect if wheel behavior is outside of the capability range, and to trigger a control intervention function in case the monitored wheel behavior is outside of the capability range. wherein the MSD control unit is arranged to be communicatively coupled to a vehicle motion management, VMM, unit for receiving control commands from the VMM unit comprising wheel speed and/or wheel slip requests to control vehicle motion by the one or more MSDs , where the MSD control unit is arranged to obtain a capability range indicative of an operational regime of the vehicle and the wheel which is considered safe, said capability range indicating a range of wheel behaviors of the wheel for which the VMM unit is allowed to influence the behavior of the wheel by the control commands, wherein the MSD control unit is arranged to monitor wheel behavior and to detect if wheel behavior is outside of the capability range, and to trigger a control intervention function in case the monitored wheel behavior is outside of the capability range.
A lubricant composition comprising more than 50 wt.% of a lubricating base oil and an additive mixture including: a) a metal-containing phosphorus antiwear compound derived from at least one secondary alcohol in an amount sufficient to provide the lubricant composition with from 200 to 1000 ppm by weight phosphorus, based on a total weight of the lubricant composition, and b) a polyol derived from a Guerbet reaction of a diol and a mono-ol in a diol to monool molar ratio ranging from 0.3:1 to 2.0:1, wherein the diol contains from 6 to 36 carbon atoms and the mono-ol contains from 12 to 16 carbon atoms, wherein the polyol component is present in an amount ranging from 0.01 to 5 wt. % based on a total weight of the lubricant composition, and wherein the polyol is present in the additive mixture in an amount sufficient to provide a reduction in the boundary friction coefficient of the lubricant composition in combination with component (a) when compared with a same lubricant composition that does not contain the polyol and the boundary friction coefficient is determined at 130° C using HFRR test conditions as described in SAE paper 982503. a) a metal-containing phosphorus antiwear compound derived from at least one secondary alcohol in an amount sufficient to provide the lubricant composition with from 200 to 1000 ppm by weight phosphorus, based on a total weight of the lubricant composition, and b) a polyol derived from a Guerbet reaction of a diol and a mono-ol in a diol to monool molar ratio ranging from 0.3:1 to 2.0:1, wherein the diol contains from 6 to 36 carbon atoms and the mono-ol contains from 12 to 16 carbon atoms, wherein the polyol component is present in an amount ranging from 0.01 to 5 wt. % based on a total weight of the lubricant composition, and
A steam turbine rotating blade , comprising: an airfoil portion ; a root section attached to one end of the airfoil portion ; a dovetail section projecting from the root section ; a tip section attached to the airfoil portion at an end opposite from the root section ; and a cover integrally formed as part of the tip section , the cover comprising a first flat section , a second flat section , and a depression section located laterally between the first flat section and second flat section , the depression section located below the first flat section at a first end where the first flat section and depression section are contiguous, the depression section rising above to the second flat section at a second end where the second flat section and depression section are contiguous, the second flat section being raised above the first flat section , characterized in that the first flat section of the cover overhangs a pressure side of the airfoil portion and the second flat section of the cover overhangs the suction side of the airfoil portion , and in that the dovetail section comprises a skewed axial entry dovetail . an airfoil portion ; a root section attached to one end of the airfoil portion ; a dovetail section projecting from the root section ; a tip section attached to the airfoil portion at an end opposite from the root section ; and a cover integrally formed as part of the tip section , the cover comprising a first flat section , a second flat section , and a depression section located laterally between the first flat section and second flat section , the depression section located below the first flat section at a first end where the first flat section and depression section are contiguous, the depression section rising above to the second flat section at a second end where the second flat section and depression section are contiguous, the second flat section being raised above the first flat section , characterized in that the first flat section of the cover overhangs a pressure side of the airfoil portion and the second flat section of the cover overhangs the suction side of the airfoil portion , and in that the dovetail section comprises a skewed axial entry dovetail .
An incontinence data capture and management system comprising: a data logger configured to be detachably attached to or located in the vicinity of an absorbent article; a data link between the data logger and a data collection hub ; and a user interface for permitting an operator to access the data collection hub from a remote location, the data logger being configured to transmit a data package to the data collection hub at predetermined intervals, the data package including a unique device identifier of the data logger, characterized in that : the data logger is marked with a user-friendly identifier (A01, A02, A03) for identifying the data logger, and the data collection hub includes a correlation means for correlating the user-friendly identifier of a data logger with the unique device identifier of that data logger, the user-friendly identifier being shorter than the unique device identifier. a data logger configured to be detachably attached to or located in the vicinity of an absorbent article; a data link between the data logger and a data collection hub ; and a user interface for permitting an operator to access the data collection hub from a remote location, the data logger being configured to transmit a data package to the data collection hub at predetermined intervals, the data package including a unique device identifier of the data logger, characterized in that : the data logger is marked with a user-friendly identifier (A01, A02, A03) for identifying the data logger, and the data collection hub includes a correlation means for correlating the user-friendly identifier of a data logger with the unique device identifier of that data logger, the user-friendly identifier being shorter than the unique device identifier. the data logger is marked with a user-friendly identifier (A01, A02, A03) for identifying the data logger, and the data collection hub includes a correlation means for correlating the user-friendly identifier of a data logger with the unique device identifier of that data logger, the user-friendly identifier being shorter than the unique device identifier.
A chimeric protein comprising a target protein fused to a first dimerization domain and a second dimerization domain, wherein a C-terminus of the first dimerization domain is linked to an N-terminus of the target protein, and an N-terminus of the second dimerization domain is linked to a C-terminus of the target protein, the first dimerization domain interacts with the second dimerization domain and represses the activity of the target protein, wherein the activity of the target protein is restorable upon exposure of the chimeric protein to a triggering temperature that causes disruption of the interaction between the first dimerization domain and the second dimerization domain, wherein a triggering temperature is a temperature in a range from 37°C to 55°C, and the activity of the target protein at 55°C is higher than the activity of the target protein at 37°C, and wherein the target protein comprises a hydrolase, each of the first dimerization domain and the second dimerization domain is a coiled-coil dimerization domain GCN4.
A method for processing a glass part, of a handheld electronic device, the glass part being formed from a fusion process or a float process, the method comprising: annealing the glass part of the handheld electronic device, wherein annealing the glass part includes at least: heating the glass part at a first temperature, maintaining the first temperature for a predetermined amount of time, and cooling the glass part to a second temperature using a controlled cooling process and characterised by chemically strengthening the glass part, wherein chemically strengthening the glass part includes: placing the glass part of the handheld electronic device in a chemical strengthening bath; and facilitating an ion exchange between ions included in the glass part and ions included in the chemical strengthening bath; wherein the chemically strengthening of the glass part of the handheld electronic device provides an annealed and chemically strengthened glass part for the handheld electronic device and wherein the glass part is taken from the controlled cooling and placed in the chemical strengthening bath without an intervening uncontrolled cooling process. heating the glass part at a first temperature, maintaining the first temperature for a predetermined amount of time, and cooling the glass part to a second temperature using a controlled cooling process and characterised by chemically strengthening the glass part, wherein chemically strengthening the glass part includes: placing the glass part of the handheld electronic device in a chemical strengthening bath; and facilitating an ion exchange between ions included in the glass part and ions included in the chemical strengthening bath; wherein the chemically strengthening of the glass part of the handheld electronic device provides an annealed and chemically strengthened glass part for the handheld electronic device and wherein the glass part is taken from the controlled cooling and placed in the chemical strengthening bath without an intervening uncontrolled cooling process. placing the glass part of the handheld electronic device in a chemical strengthening bath; and facilitating an ion exchange between ions included in the glass part and ions included in the chemical strengthening bath; wherein the chemically strengthening of the glass part of the handheld electronic device provides an annealed and chemically strengthened glass part for the handheld electronic device and wherein the glass part is taken from the controlled cooling and placed in the chemical strengthening bath without an intervening uncontrolled cooling process.
Oscillatingly drivable machine tool, comprising a drive motor , with a tool spindle pivotally mounted about its longitudinal axis , and comprising a hydraulic device , via which the drive motor is coupled to the tool spindle for its rotational oscillating drive about its longitudinal axis , comprising a hydraulic generator for generating an oscillating fluid flow, and comprising a hydraulic motor for converting hydraulic energy into an oscillating driving movement of the tool spindle , wherein the hydraulic generator comprises an oscillatingly driven working element which is driven by the drive motor , characterized in that the working element is driven by the drive motor in such a way that the working element moves as a counterweight in the opposite direction to the tool spindle , or in that a counterweight is provided which is driven in the opposite direction to the working element , wherein a separate drive is provided for the counterweight. comprising a hydraulic generator for generating an oscillating fluid flow, and comprising a hydraulic motor for converting hydraulic energy into an oscillating driving movement of the tool spindle , wherein the hydraulic generator comprises an oscillatingly driven working element which is driven by the drive motor , characterized in that the working element is driven by the drive motor in such a way that the working element moves as a counterweight in the opposite direction to the tool spindle , or in that a counterweight is provided which is driven in the opposite direction to the working element , wherein a separate drive is provided for the counterweight.
Information display system intended to be integrated into a motor vehicle comprising at least a dashboard , a central console , a display screen on the central panel and a front windscreen , said display system being characterized in that it comprises: - a selection device for manually or automatically selecting from among at least three display modes (M1, M2, M3, M4, M5, M6) each containing information having progressive levels of off-centering with respect to the vehicle, - a verification module for verifying the activated driving mode (MC), said driving module (MC) being chosen from among a manual driving mode, a semi-autonomous driving mode and an autonomous driving mode, - a transmission module for transmitting the display on at least one display device depending on the selected display mode (M1, M2, M3, M4, M5, M6) and on the activated driving mode (MC). - a selection device for manually or automatically selecting from among at least three display modes (M1, M2, M3, M4, M5, M6) each containing information having progressive levels of off-centering with respect to the vehicle, - a verification module for verifying the activated driving mode (MC), said driving module (MC) being chosen from among a manual driving mode, a semi-autonomous driving mode and an autonomous driving mode, - a transmission module for transmitting the display on at least one display device depending on the selected display mode (M1, M2, M3, M4, M5, M6) and on the activated driving mode (MC).
A method for indicating occupation relating to a Semi-Persistent Scheduling, SPS, unit, performed by a base station , characterized by , the method comprising: determining (S101) a number of one or more alternative occasions for an SPS unit for User Equipment, UE, according to statistics on occupation of a current channel within a preset time period; determining (S102) an interval for the SPS unit; sending (S103) the number of the one or more alternative occasions and the interval through a Physical Downlink Control Channel, PDCCH; determining (S104) the one or more alternative occasions according to the number of the one or more alternative occasions and the interval; and sending (S105) the SPS unit on the one or more alternative occasions; wherein sending (S105) the SPS unit on the one or more alternative occasions comprises: sending the SPS unit on the one or more alternative occasions in response to that the SPS unit fails to be sent on a primary occasion for the SPS unit; wherein when the one or more alternative occasions for the SPS unit include a first alternative occasion, the interval for the SPS unit is an interval between the primary occasion and the first alternative occasion; or, when the one or more alternative occasions for the SPS unit include the first alternative occasion and a second alternative occasion, the interval for the SPS unit is an interval between the primary occasion and the first alternative occasion, and between the first alternative occasion and the second alternative occasion. determining (S101) a number of one or more alternative occasions for an SPS unit for User Equipment, UE, according to statistics on occupation of a current channel within a preset time period; determining (S102) an interval for the SPS unit; sending (S103) the number of the one or more alternative occasions and the interval through a Physical Downlink Control Channel, PDCCH; determining (S104) the one or more alternative occasions according to the number of the one or more alternative occasions and the interval; and sending (S105) the SPS unit on the one or more alternative occasions; wherein sending (S105) the SPS unit on the one or more alternative occasions comprises: sending the SPS unit on the one or more alternative occasions in response to that the SPS unit fails to be sent on a primary occasion for the SPS unit; wherein when the one or more alternative occasions for the SPS unit include a first alternative occasion, the interval for the SPS unit is an interval between the primary occasion and the first alternative occasion; or, when the one or more alternative occasions for the SPS unit include the first alternative occasion and a second alternative occasion, the interval for the SPS unit is an interval between the primary occasion and the first alternative occasion, and between the first alternative occasion and the second alternative occasion.