mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal configured to determine whether it is moving or stationary, the mobile terminal comprising: a motion acceleration detection unit configured to detect motion acceleration based on acceleration information of the mobile terminal; a serving cell information retrieving unit configured to retrieve information representing a serving cell; a serving cell information switching determination unit configured to determine whether the serving cell is switched, based on the information representing the serving cell, retrieved by the serving cell information retrieving unit; and a motion/stillness determination unit configured to determine whether the mobile terminal has moved; wherein the motion acceleration detection unit is configured to detect the motion acceleration at every first period (T 1), wherein the serving cell information switching determination unit is configured to determine at every second period (T 2) whether the serving cell is switched, wherein the second period (T 2) is greater than the first period (T 1), and wherein the motion/stillness determination unit is configured to determine that the mobile terminal has moved only in the event that both the serving cell information switching determination unit determines that the serving cell has been switched, and the motion acceleration has been detected by the motion acceleration detection unit, in the most recent second period (T 2) since the preceding process of determining whether the serving cell has been switched. a motion acceleration detection unit configured to detect motion acceleration based on acceleration information of the mobile terminal; a serving cell information retrieving unit configured to retrieve information representing a serving cell; a serving cell information switching determination unit configured to determine whether the serving cell is switched, based on the information representing the serving cell, retrieved by the serving cell information retrieving unit; and a motion/stillness determination unit configured to determine whether the mobile terminal has moved; wherein the motion acceleration detection unit is configured to detect the motion acceleration at every first period (T 1), wherein the serving cell information switching determination unit is configured to determine at every second period (T 2) whether the serving cell is switched, wherein the second period (T 2) is greater than the first period (T 1), and wherein the motion/stillness determination unit is configured to determine that the mobile terminal has moved only in the event that both the serving cell information switching determination unit determines that the serving cell has been switched, and the motion acceleration has been detected by the motion acceleration detection unit, in the most recent second period (T 2) since the preceding process of determining whether the serving cell has been switched.
An adherent cell culture vessel comprising a single-layer or multi-layer film or sheet that comprises a layer of a polyolefin which comprises a phenol-based antioxidant as at least an innermost layer, the culture vessel being formed by applying UV rays including 254 nm and having a wavelength other than an ozone-generating wavelength to the polyolefin so that part or entirety of an inner surface of the culture vessel having a static water contact angle of 95° or more, and having an advancing contact angle and a receding contact angle that satisfy an expression when water runs down along the inner surface of the culture vessel, Advancing contact angle − receding contact angle > 25 °
A method for fast convergence in a Layer 2 Overlay network comprising a broadcast domain with a least one network device, the method comprising: a data plane of said at least one network device forwarding layer 2 traffic addressed to one or more remote layer 2, RL2, destination towards said one or more RL2 destination, said forwarding comprising - a first instance identifying a primary path for said forwarding, the method being characterized in that said forwarding further comprises - the first instance determining a second instance with a unique and immutable label; and the method comprising said at least one network device, in response to a network event, updating the first instance, said updating the first instance comprising updating at the said at least one network device a data plane adapted to perform said forwarding for forwarding the L2 traffic, said updating the data plane being a global operation for the data plane which differs from updating forwarding table entries for each one of the one or more RL2 destination. a data plane of said at least one network device forwarding layer 2 traffic addressed to one or more remote layer 2, RL2, destination towards said one or more RL2 destination, said forwarding comprising - a first instance identifying a primary path for said forwarding, the method being characterized in that said forwarding further comprises - the first instance determining a second instance with a unique and immutable label; and the method comprising said at least one network device, in response to a network event, updating the first instance, said updating the first instance comprising updating at the said at least one network device a data plane adapted to perform said forwarding for forwarding the L2 traffic, said updating the data plane being a global operation for the data plane which differs from updating forwarding table entries for each one of the one or more RL2 destination. - a first instance identifying a primary path for said forwarding, the method being characterized in that said forwarding further comprises - the first instance determining a second instance with a unique and immutable label; and the method comprising said at least one network device, in response to a network event, updating the first instance, said updating the first instance comprising updating at the said at least one network device a data plane adapted to perform said forwarding for forwarding the L2 traffic, said updating the data plane being a global operation for the data plane which differs from updating forwarding table entries for each one of the one or more RL2 destination.
A method of determining whether an individual eligible to receive an IL-2-based therapy may experience an adverse event associated with the IL-2-based therapy, the method comprising: (a) measuring the expression levels of at least three biomarkers selected from a panel of biomarkers in a blood, plasma or serum sample obtained from the individual, wherein the sample is combined with IL-2 in vitro before treatment with the IL-2-based therapy, wherein the biomarkers are involved in vascular development and remodeling related to angiogenesis, and wherein the panel of biomarkers consists of VEGFA, VEGFB, FBLN5, FBLN7, PGF, ANGPT1, ANGPT2, ANGPTL2, ANGPTL6, TNFSF12, PRKCA, PIK3CA, HRAS, and ESM1, and wherein the expression levels are measured 24, 48, or 72 hours following removal of IL-2 from the sample; and (b) comparing the levels of the biomarkers to reference levels, wherein an increase in the levels above the reference levels indicates that the individual may experience an adverse event associated with the IL-2-based therapy, and wherein a decrease or no change in the levels compared to the reference levels indicates that the individual may not experience an adverse event associated with the IL-2-based therapy. (a) measuring the expression levels of at least three biomarkers selected from a panel of biomarkers in a blood, plasma or serum sample obtained from the individual, wherein the sample is combined with IL-2 in vitro before treatment with the IL-2-based therapy, wherein the biomarkers are involved in vascular development and remodeling related to angiogenesis, and wherein the panel of biomarkers consists of VEGFA, VEGFB, FBLN5, FBLN7, PGF, ANGPT1, ANGPT2, ANGPTL2, ANGPTL6, TNFSF12, PRKCA, PIK3CA, HRAS, and ESM1, and wherein the expression levels are measured 24, 48, or 72 hours following removal of IL-2 from the sample; and (b) comparing the levels of the biomarkers to reference levels, wherein an increase in the levels above the reference levels indicates that the individual may experience an adverse event associated with the IL-2-based therapy, and wherein a decrease or no change in the levels compared to the reference levels indicates that the individual may not experience an adverse event associated with the IL-2-based therapy.
Apparatus for the three-dimensional thermo-forming and/or the thermo-adhesive bonding of flexible semi-finished products, comprising: ▪ a loading/unloading station; ▪ at least one oven (8, 9) having at least one heating chamber and comprising heaters operatively active in the heating chamber; ▪ a refrigerator having at least one cooling chamber and comprising coolers operatively active in the cooling chamber; ▪ a conveyor comprising at least one support head configured for supporting at least one reference shape of an article to be manufactured; wherein the conveyor is movable with respect to the loading/unloading station, to said at least one oven (8, 9), to the refrigerator in order to sequentially arrange the reference shape in the loading/unloading station, in the heating chamber of said at least one oven (8, 9), in the cooling chamber of the refrigerator; characterized in that the heaters of said at least one oven (8, 9) comprise a steam generator. ▪ a loading/unloading station; ▪ at least one oven (8, 9) having at least one heating chamber and comprising heaters operatively active in the heating chamber; ▪ a refrigerator having at least one cooling chamber and comprising coolers operatively active in the cooling chamber; ▪ a conveyor comprising at least one support head configured for supporting at least one reference shape of an article to be manufactured;
A process of preparing an ether, comprising the step of: (a) reacting 4-phenyl-1-butanol and X-(CH 2) 6 -X in the presence of a phase transfer agent and NaI to obtain ether, wherein X are independently leaving groups: (a) reacting 4-phenyl-1-butanol and X-(CH 2) 6 -X in the presence of a phase transfer agent and NaI to obtain ether, wherein X are independently leaving groups:
A method for setting a Wind Turbine Type Maximum Power Level for a type of wind turbine comprising: simulating a load spectrum for two or more test power levels to determine a load on said type of wind turbine for each of said two or more test power levels; comparing said determined load for each test power level with a design load for said type of wind turbine; setting said wind turbine type maximum power level for said type of wind turbine as the maximum test power level at which said determined load does not exceed said design load for said type of wind turbine; characterised in that the method further comprises: setting a first test power level, wherein said first test power level is greater than a nominal name-plate power level for said type of wind turbine by a first predetermined value; and incrementing each subsequent test power level by a second predetermined value. simulating a load spectrum for two or more test power levels to determine a load on said type of wind turbine for each of said two or more test power levels; comparing said determined load for each test power level with a design load for said type of wind turbine; setting said wind turbine type maximum power level for said type of wind turbine as the maximum test power level at which said determined load does not exceed said design load for said type of wind turbine; characterised in that the method further comprises: setting a first test power level, wherein said first test power level is greater than a nominal name-plate power level for said type of wind turbine by a first predetermined value; and incrementing each subsequent test power level by a second predetermined value. setting a first test power level, wherein said first test power level is greater than a nominal name-plate power level for said type of wind turbine by a first predetermined value; and incrementing each subsequent test power level by a second predetermined value.
Method for locating an electric apparatus, in particular a hand-held power tool, having a communications unit, wherein an activating signal is received by the communications unit, wherein a locating signal is triggered upon receiving the activating signal, characterized in that the locating signal in the form of a mechanical movement is generated by a tool holder of the electric apparatus, in particular of the hand-held power tool.
A split cycle internal combustion engine comprising: a compression cylinder accommodating a compression piston; a combustion cylinder accommodating a combustion piston; a crossover passage between the compression cylinder and the combustion cylinder arranged to provide working fluid to the combustion cylinder; a controller arranged to determine a peak temperature of combustion in the combustion cylinder based on a received indication of a peak temperature of combustion in the combustion cylinder; and a coolant system arranged to regulate a temperature of the working fluid supplied to the combustion cylinder; wherein, in response to determining that the peak temperature of combustion exceeds a selected threshold, the controller is configured to control the coolant system to regulate the temperature of the working fluid supplied to the combustion cylinder so that a peak temperature of combustion in the combustion cylinder is less than the selected threshold. a compression cylinder accommodating a compression piston; a combustion cylinder accommodating a combustion piston; a crossover passage between the compression cylinder and the combustion cylinder arranged to provide working fluid to the combustion cylinder; a controller arranged to determine a peak temperature of combustion in the combustion cylinder based on a received indication of a peak temperature of combustion in the combustion cylinder; and a coolant system arranged to regulate a temperature of the working fluid supplied to the combustion cylinder; wherein, in response to determining that the peak temperature of combustion exceeds a selected threshold, the controller is configured to control the coolant system to regulate the temperature of the working fluid supplied to the combustion cylinder so that a peak temperature of combustion in the combustion cylinder is less than the selected threshold.
A fuel cell battery producing electrical power via an electrochemical reaction between at least two reactants, the battery comprising at least one stack of cells each of which is composed of an assembly of an electrolyte, an anode, and a cathode, the stack being provided with a means for supplying at least one of the reactants, this means being able to deliver this reactant to the cells of the stack, and a means for evacuating sub-products of the reaction, characterized in that: - the cells of the battery are divided into N groups (GA, GB), N>1, and the means for supplying the reactant comprises a respective supply manifold (H IN-A, H IN-B) for supplying each group of cells, this manifold being able to deliver the reactant selectively to the cells of a group without delivering it to the cells of the other groups, - the supplying means furthermore comprises a selective switching means (V A, V B) for permitting and preventing the passage of the reactant to each of the manifolds, - the evacuating means comprises at least one evacuation manifold (EV AN), it is arranged in order to permit reactant not consumed by the reaction to flow, between the N groups of cells, and it comprises a purge valve (V P), and the cells of the various groups are stacked in an interleaved way in one and the same stack, which is to say that a cell of one group is adjacent a cell of another group in the stack. - the cells of the battery are divided into N groups (GA, GB), N>1, and the means for supplying the reactant comprises a respective supply manifold (H IN-A, H IN-B) for supplying each group of cells, this manifold being able to deliver the reactant selectively to the cells of a group without delivering it to the cells of the other groups, - the supplying means furthermore comprises a selective switching means (V A, V B) for permitting and preventing the passage of the reactant to each of the manifolds, - the evacuating means comprises at least one evacuation manifold (EV AN), it is arranged in order to permit reactant not consumed by the reaction to flow, between the N groups of cells, and it comprises a purge valve (V P),
A method for producing a brush head, in particular a toothbrush head, in which cleaning elements, in particular bristle tufts, are over-molded at one of their ends using a plastic material, wherein a bristle carrier is formed at least partially during said over-molding process, wherein at least two different cleaning elements are positioned successively or simultaneously in at least two different mold cavities (20; 23), wherein the at least two different cleaning elements are over-molded using at least two different plastic materials in the at least two different mold cavities (20; 23), wherein a first injection-molding section of the bristle carrier consisting of a first plastic material and a second injection-molding section of the bristle carrier consisting of a second plastic material are formed, characterized in that the surrounding area of a second one of the at least two different cleaning elements is separated from the injected plastic material during the over-molding of a first one of the at least two different cleaning elements by a first mold part (19; 25), and during the over-molding of the second one of the at least two different cleaning elements a previously over-molded first cleaning element and the injection-molding section molded thereon are separated from the injected plastic material by a second mold part (22; 25).
A composition for the manufacture of coatings intended to be applied to or laid on a support such as a ground or wall surface, or of cast or extruded parts such as panels, slabs or tiles, characterized by the fact that it comprises: A. at least one metakaolin; B. an aqueous alkaline solution of at least one alkali metal silicate; and C. an aggregate, the constituents and being intended, when placed in contact, to form a geopolymer binder for the aggregate, the silicon/alkali metal molar ratio of the mixture of constituents and being between 2.05 and 2.85. A. at least one metakaolin; B. an aqueous alkaline solution of at least one alkali metal silicate; and C. an aggregate, the constituents and being intended, when placed in contact, to form a geopolymer binder for the aggregate, the silicon/alkali metal molar ratio of the mixture of constituents and being between 2.05 and 2.85.
A cross-device linear multiplex section protection method, comprising: receiving, by a controller, a first negotiation message transmitted by a first gateway, wherein, the first negotiation message is transmitted when the first gateway detects that a failure occurs in an inter-frame link between the first gateway and a second gateway, wherein the first negotiation message comprises K1 byte bridging request information and K2 byte bridging status indication information, the first negotiation message is used for indicating that a failure occurs in an active link and requesting to the controller for bridging service data on the active link to a protection link; and transmitting, by the controller, a second negotiation message to the first gateway and the second gateway, wherein the second negotiation message comprises K1 byte bridging request information and K2 byte bridging status indication information, the second negotiation message is used for indicating bridging service data on the active link to the protection link for transmission, the active link is a link between the second gateway and the controller, and the protection link is a link between the first gateway and the controller. receiving, by a controller, a first negotiation message transmitted by a first gateway, wherein, the first negotiation message is transmitted when the first gateway detects that a failure occurs in an inter-frame link between the first gateway and a second gateway, wherein the first negotiation message comprises K1 byte bridging request information and K2 byte bridging status indication information, the first negotiation message is used for indicating that a failure occurs in an active link and requesting to the controller for bridging service data on the active link to a protection link; and transmitting, by the controller, a second negotiation message to the first gateway and the second gateway, wherein the second negotiation message comprises K1 byte bridging request information and K2 byte bridging status indication information, the second negotiation message is used for indicating bridging service data on the active link to the protection link for transmission, the active link is a link between the second gateway and the controller, and the protection link is a link between the first gateway and the controller.
An electromagnetic positioning device having an anchor unit, which is moveable in an axial direction around a movement stroke relative to a stationary core unit and in reaction to a spool unit being energized using an operating current and which, on one end, magnetically interacts with the core unit via a control area overlapping axially along the movement stroke at least in sections, said control area comprising a first profile section (34, 44) as a section of the anchor unit and, as a section of the core unit, a second profile section (36, 46) having an air gap realized therebetween and realizing an expansion perpendicular to the axial direction, a cross section of the first and of the second profile section, which is flow-effective for a magnetic flow of the energization using the operating current flowing via the air gap, being realized such that in response to a reduction of the air-gap expansion caused by the anchor unit being tilted and/or deflected from the axial direction, a magnetic flow resistance of the first and/or the second profile section increases in the area of the reduction via magnetic saturation and a force opposing the tilt or the deflection acts on the anchor unit, the anchor unit comprising a conical inner annular ledge for realizing the first profile section, characterized in that the anchor unit forms a further circumferential annular ledge towards the core unit on the exterior.
A surgical robotic system for sensing pose, as position and orientation of a trocar, the system comprising: a surgical robotic arm; a plurality of magnetic field sensors coupled to the surgical robotic arm; and characterised in that the surgical robotic system comprises a processor that implements a machine learning model that receives signals from the plurality of magnetic field sensors and trained to output an estimate of a pose of a trocar that is producing a magnetic field, based on output data from the plurality of magnetic field sensors. a surgical robotic arm; a plurality of magnetic field sensors coupled to the surgical robotic arm; and characterised in that the surgical robotic system comprises a processor that implements a machine learning model that receives signals from the plurality of magnetic field sensors and trained to output an estimate of a pose of a trocar that is producing a magnetic field, based on output data from the plurality of magnetic field sensors.