mhurhangee/ep-ind-claims huggingface dataset:
A radiation imaging system comprising: an irradiation control apparatus configured to control an irradiation unit arranged to irradiate with radiation so that irradiation with radiation is executed at an irradiation time as set by a setting unit, wherein the irradiation time is the time at which irradiation of the radiation is to be started by the irradiation unit; and a radiation imaging apparatus including: a detection unit arranged to detect the radiation; and wherein the radiation imaging apparatus is configured to control the detection unit so that the detection unit is ready to detect the radiation at the irradiation time, characterized in that if the detection unit is expected to be ready to detect the radiation at the irradiation time and is able to photograph the radiation, the radiation imaging apparatus transmits photographing permission information to the irradiation control apparatus. an irradiation control apparatus configured to control an irradiation unit arranged to irradiate with radiation so that irradiation with radiation is executed at an irradiation time as set by a setting unit, wherein the irradiation time is the time at which irradiation of the radiation is to be started by the irradiation unit; and a radiation imaging apparatus including: a detection unit arranged to detect the radiation; and wherein the radiation imaging apparatus is configured to control the detection unit so that the detection unit is ready to detect the radiation at the irradiation time, characterized in that if the detection unit is expected to be ready to detect the radiation at the irradiation time and is able to photograph the radiation, the radiation imaging apparatus transmits photographing permission information to the irradiation control apparatus.
A method of measuring the casing depth in pile foundation with an attachment for a carrier machine comprising a table for clamping a pipe, wherein the vertical movement of the table is measured indirectly or directly by sensors and is totalled to calculate the current casing depth, characterised in that to determine the vertical movement of the table, the movement and/or position of a steering rod, which is connected in an articulated manner to the table on the one hand and to a fixed part of the attachment on the other hand, is measured and a vertical movement of the table is taken into account for calculating the casing depth only when the casing is firmly clamped in the table.
A method for training a neural network included in a material model for material recognition, comprising, for a large amount of initial training data including object images and material information mapped to the object images: extracting a texture region from an object image, comprising determining an object region from the object image, and extracting at least a portion of the object region as the texture region; generating a texture image by extending the texture region to a predetermined size; and generating training data by mapping the material information (109, 390, 708, 709, 1309) to the texture image; training the neural network included in the material model (110, 710,1350) to output the material information (109, 390, 708, 709, 1309) from the texture image based on the training data. extracting a texture region from an object image, comprising determining an object region from the object image, and extracting at least a portion of the object region as the texture region; generating a texture image by extending the texture region to a predetermined size; and generating training data by mapping the material information (109, 390, 708, 709, 1309) to the texture image; training the neural network included in the material model (110, 710,1350) to output the material information (109, 390, 708, 709, 1309) from the texture image based on the training data.
An ultrasonic flow meter comprising: - a flow tube with a through-going opening for passage of a fluid between an inlet and an outlet, comprising: - a flow pipe of a metal material, extending between the inlet and the outlet; and - a liner of a first polymer-based material, extending along an inner surface of the flow pipe between the inlet and the outlet, - a housing providing a compartment for transducers and metering electronics, characterised in that the housing is connected to the liner by being mounted on an interface being an integrated part of the liner. - a flow tube with a through-going opening for passage of a fluid between an inlet and an outlet, comprising: - a flow pipe of a metal material, extending between the inlet and the outlet; and - a liner of a first polymer-based material, extending along an inner surface of the flow pipe between the inlet and the outlet, - a flow pipe of a metal material, extending between the inlet and the outlet; and - a liner of a first polymer-based material, extending along an inner surface of the flow pipe between the inlet and the outlet, - a housing providing a compartment for transducers and metering electronics,
A method of generating a motor neuron from a pluripotent stem cell, comprising the following steps in order from to: introducing one or more nucleic acids encoding Lhx3, Ngn2, and Isll genes into a pluripotent stem cell followed by an induction of the expression of the Lhx3, Ngn2, and Isll genes in the pluripotent stem cell; and maintaining expression of the Lhx3, Ngn2, and Isll for three days or more. introducing one or more nucleic acids encoding Lhx3, Ngn2, and Isll genes into a pluripotent stem cell followed by an induction of the expression of the Lhx3, Ngn2, and Isll genes in the pluripotent stem cell; and maintaining expression of the Lhx3, Ngn2, and Isll for three days or more.
Structural sandwich element, in particular wall element, comprising at least one cellulose honeycomb core (1; 51, 52, 53; 59, 60) having a plurality of adjacent channels (2; 43) which is accommodated between a first and a second cover layer (6, 7; 44, 45; 55, 56; 61, 62), wherein the channels (2; 43) of the cellulose honeycomb core (1; 51, 52, 53; 59, 60) are preferably fully circumferentially and axially continuously coated with a mineral, cement-based impregnation coating for increasing the fire and/or water resistance and/or the mechanical stability, wherein the cellulose honeycomb core (1; 51, 52, 53; 59, 60) protrudes perpendicular to the surface extent of the structural sandwich element (8; 32) into the first and/or second cover layer (6, 7; 44, 45; 55, 56; 61, 62) and thus is attached at the first and/or second cover layer (6, 7; 44, 45; 55, 56; 61, 62), characterized in that the first and/or second cover layer (6, 7; 44, 45; 55, 56; 61, 62) is/are formed as a concrete cover layer from high-performance concrete and in that the high-performance concrete of the first and/or second cover layer (6, 7; 44, 45; 55, 56; 61, 62) extends somewhat, at least 0.5 cm into the channels (2; 43) of the cellulose honeycomb core (1; 51, 52, 53; 59, 60) in such a way that the high-performance concrete adheres to the mineral, cement-based impregnation coating of the channels (2; 43).
An electric motor control system, comprising: an electric motor having a phase lead operable to carry a combined phase current and a first winding set including first and second windings connected to the phase lead, the second winding connected in parallel with the first winding, the first and second windings operable to carry a first current and a second current respectively, based on the combined phase current; and characterized by a differential current sensor operably coupled to the first winding and the second winding, the differential current sensor measuring a differential current based on the first current and the second current flowing through the first winding and the second winding and operable to transmit a signal indicative of the differential current based on the measuring; and a motor controller connected to the electric motor, the motor controller configured to: control the combined phase current through the phase lead; receive the signal indicative of the differential current from the differential current sensor; determine if the differential current flowing through the first winding and the second winding exceeds a selected threshold; and identify a health status of the motor winding set as degraded or faulted if the differential current exceeds the selected threshold. an electric motor having a phase lead operable to carry a combined phase current and a first winding set including first and second windings connected to the phase lead, the second winding connected in parallel with the first winding, the first and second windings operable to carry a first current and a second current respectively, based on the combined phase current; and characterized by a differential current sensor operably coupled to the first winding and the second winding, the differential current sensor measuring a differential current based on the first current and the second current flowing through the first winding and the second winding and operable to transmit a signal indicative of the differential current based on the measuring; and a motor controller connected to the electric motor, the motor controller configured to: control the combined phase current through the phase lead; receive the signal indicative of the differential current from the differential current sensor; determine if the differential current flowing through the first winding and the second winding exceeds a selected threshold; and identify a health status of the motor winding set as degraded or faulted if the differential current exceeds the selected threshold. control the combined phase current through the phase lead; receive the signal indicative of the differential current from the differential current sensor; determine if the differential current flowing through the first winding and the second winding exceeds a selected threshold; and identify a health status of the motor winding set as degraded or faulted if the differential current exceeds the selected threshold.
A combustion-powered fastener driving tool fuel cell adapter comprising: an annular hub including: (a) a tubular body having a tubular waist, (b) first, second, third, and fourth legs (210, 220, 230, 240) integrally connected to and extending downwardly from the tubular waist, the second leg having an inwardly extending lead-in outer chamfer defined by an outer surface, a bottom edge, a first side surface, and a second side surface of the second leg, the fourth leg having an inwardly extending lead-in outer chamfer defined by an outer surface, a bottom edge, a first side surface, and a second side surface of the fourth leg, (c) a first reinforcement member integrally connected to and extending inwardly from the first leg, (d) a second reinforcement member integrally connected to and extending inwardly from the third leg, (e) a first locking member integrally connected to and extending outwardly from the first leg, and (f) a second locking member integrally connected to and extending outwardly from the third leg; an annular locking flange integrally connected to and extending radially outwardly from the hub; and an annular collar integrally connected to and longitudinally extending upwardly from the hub, characterised in that combustion-powered fastener driving tool fuel cell adapter further comprises a flexible suspension integrally connecting the collar to the hub. (a) a tubular body having a tubular waist, (b) first, second, third, and fourth legs (210, 220, 230, 240) integrally connected to and extending downwardly from the tubular waist, the second leg having an inwardly extending lead-in outer chamfer defined by an outer surface, a bottom edge, a first side surface, and a second side surface of the second leg, the fourth leg having an inwardly extending lead-in outer chamfer defined by an outer surface, a bottom edge, a first side surface, and a second side surface of the fourth leg, (c) a first reinforcement member integrally connected to and extending inwardly from the first leg, (d) a second reinforcement member integrally connected to and extending inwardly from the third leg, (e) a first locking member integrally connected to and extending outwardly from the first leg, and (f) a second locking member integrally connected to and extending outwardly from the third leg; an annular locking flange integrally connected to and extending radially outwardly from the hub; and an annular collar integrally connected to and longitudinally extending upwardly from the hub, characterised in that combustion-powered fastener driving tool fuel cell adapter further comprises a flexible suspension integrally connecting the collar to the hub.
An electronic assembly, comprising a shaft assembly and housings arranged oppositely, the shaft assembly comprising: a first shaft case, the housings being at least partially disposed at two opposite sides of the first shaft case; first rotating members at least partially disposed at the two opposite sides of the first shaft case, each of the first rotating members having one end rotatably connected with the first shaft case and the other end connected with the housings; and rotating units at least partially disposed at the two opposite sides of the first shaft case, each of the rotating units comprising a second rotating member and a movable plate, the second rotating member having one end rotatably connected with the first shaft case and the other end connected with the movable plate, and the movable plate having one end connected to the housings; characterized in that: the movable plate has a first rotating portion at one end thereof, the housing has a second rotating portion, the first rotating portion and the second rotating portion cooperate with each other so that the movable plate is in contact with and rotatably connected to the housing at one end of the movable plate. a first shaft case, the housings being at least partially disposed at two opposite sides of the first shaft case; first rotating members at least partially disposed at the two opposite sides of the first shaft case, each of the first rotating members having one end rotatably connected with the first shaft case and the other end connected with the housings; and rotating units at least partially disposed at the two opposite sides of the first shaft case, each of the rotating units comprising a second rotating member and a movable plate, the second rotating member having one end rotatably connected with the first shaft case and the other end connected with the movable plate, and the movable plate having one end connected to the housings; characterized in that: the movable plate has a first rotating portion at one end thereof, the housing has a second rotating portion, the first rotating portion and the second rotating portion cooperate with each other so that the movable plate is in contact with and rotatably connected to the housing at one end of the movable plate.
A pneumatic tire comprising: - a tread rubber, the tread rubber being formed by a ribbon rubber which is spirally wound around a tire rotating axis, - wherein the ribbon rubber has a winding start end and a winding terminal end in tread end vicinity portions (Ar1, Ar2) except for tread ends (P1, P2) and a tread center portion, the tread end vicinity portions (Ar1, Ar2) being in a range from equal to or more than 5 % to equal to or less than 25 % of the maximum width of the tread rubber from the tread ends (P1, P2) toward the center side, and - wherein the ribbon rubber is wound from the winding start end toward one side in the tire width direction in a tire meridian cross section, is next folded back to the other side in the tire width direction at the tread end on the one side, is wound toward the tread end on the other side beyond the winding start end, is next folded back to the one side in the tire width direction at the tread end on the other side, and is wound toward the winding terminal end. - a tread rubber, the tread rubber being formed by a ribbon rubber which is spirally wound around a tire rotating axis, - wherein the ribbon rubber has a winding start end and a winding terminal end in tread end vicinity portions (Ar1, Ar2) except for tread ends (P1, P2) and a tread center portion, the tread end vicinity portions (Ar1, Ar2) being in a range from equal to or more than 5 % to equal to or less than 25 % of the maximum width of the tread rubber from the tread ends (P1, P2) toward the center side, and - wherein the ribbon rubber is wound from the winding start end toward one side in the tire width direction in a tire meridian cross section, is next folded back to the other side in the tire width direction at the tread end on the one side, is wound toward the tread end on the other side beyond the winding start end, is next folded back to the one side in the tire width direction at the tread end on the other side, and is wound toward the winding terminal end.
Management device for monitoring and/or managing a multiplicity of objects including hand-held power tools and/or accessories for hand-held power tools, having a communication unit for communicating with the objects and having a computing unit for processing electronic data received by means of the communication unit, wherein the computing unit, depending on swarm information of a swarm (16, 16') which comprises the objects, outputs commands to at least one of the objects of the swarm (16, 16'), characterized in that the computing unit has an energy-monitoring module which is provided to modify at least one of the commands depending on an energy state of the swarm (16, 16') and/or an energy state of at least one object of the swarm (16, 16') prior to an output by the computing unit, in that, upon reception by the communication unit of the at least one object, an energy-saving mode and/or operation with a reduced energy consumption of a specific function of the at least one object is controlled and/or a time interval between consecutive commands addressed to the at least one object is influenced depending on the energy state and/or, if a plurality of objects are present, a control of the objects of the swarm (16, 16') which have the highest state of charge is preferred.
A method for reducing an amount of data to be processed in a product data management by identifying and managing redundancy within geometric relationships, the method performed by a data processing system and comprising the steps: - receiving a three-dimensional CAD model in the data processing system, the CAD model including a plurality of geometries; - identifying equivalence relationships between multiple ones of the geometries; - receiving at least one Relationship Implication definition - in the following denoted by RI definition -, each RI definition defining whether certain types of relationships between a number of given geometries are implied; - applying each RI definition to the geometries to produce groups of geometries corresponding to each RI definition; - selecting a representative geometry for each group; - filtering out geometric relationships for each geometry in each group other than the representative geometry, wherein the filtered-out geometric relationships are redundant relationships with respect to the representative geometry; and - manipulating the CAD model without the filtered-out geometric relationships. - receiving a three-dimensional CAD model in the data processing system, the CAD model including a plurality of geometries; - identifying equivalence relationships between multiple ones of the geometries; - receiving at least one Relationship Implication definition - in the following denoted by RI definition -, each RI definition defining whether certain types of relationships between a number of given geometries are implied; - applying each RI definition to the geometries to produce groups of geometries corresponding to each RI definition; - selecting a representative geometry for each group; - filtering out geometric relationships for each geometry in each group other than the representative geometry, wherein the filtered-out geometric relationships are redundant relationships with respect to the representative geometry; and - manipulating the CAD model without the filtered-out geometric relationships.
A surgical instrument positioning device, comprising: a base configured to be placed against tissue such that the base does not move relative thereto; a shuttle coupled to the base and including a lumen configured to receive an elongate shaft of a surgical instrument, wherein the lumen can translate in at least two directions relative to the base and an orientation of the lumen relative to the base can be polyaxially adjusted; and a locking mechanism that, upon actuation, prevents both translational movement of the lumen relative to the base and polyaxial adjustment of the orientation of the lumen relative to the base, wherein the locking mechanism is a single cam lock. a base configured to be placed against tissue such that the base does not move relative thereto; a shuttle coupled to the base and including a lumen configured to receive an elongate shaft of a surgical instrument, wherein the lumen can translate in at least two directions relative to the base and an orientation of the lumen relative to the base can be polyaxially adjusted; and a locking mechanism that, upon actuation, prevents both translational movement of the lumen relative to the base and polyaxial adjustment of the orientation of the lumen relative to the base, wherein the locking mechanism is a single cam lock.
A method for establishing a neighbor relation in a system comprising a long term evolution element management system, LTE EMS, a 3rd generation mobile communication element management system, 3G EMS, and a network management system, NMS, the method comprising: receiving, by the NMS, a discovery message sent by a LTE EMS for discovering an LTE to 3G neighbor relation; obtaining, by the NMS, according to the discovery message, an LTE-3G neighbor relation policy corresponding to the LTE-to-3G neighbor relation among LTE-3G neighbor relation policies locally stored in the NMS; establishing, by the NMS, a 3G-to-LTE neighbor relation if the policy allows a bidirectional neighbor relation. receiving, by the NMS, a discovery message sent by a LTE EMS for discovering an LTE to 3G neighbor relation; obtaining, by the NMS, according to the discovery message, an LTE-3G neighbor relation policy corresponding to the LTE-to-3G neighbor relation among LTE-3G neighbor relation policies locally stored in the NMS; establishing, by the NMS, a 3G-to-LTE neighbor relation if the policy allows a bidirectional neighbor relation.
A bifunctional molecule comprising a polypeptide binding partner specific for a given pMHC epitope, and an immune effector polypeptide, the N-terminus of the pMHC binding partner being linked to the C-terminus of the immune effector polypeptide, PROVIDED THAT the said polypeptide binding partner is not a T-cell receptor comprising the alpha chain SEQ ID No: 7 and the beta chain SEQ ID No: 9, and wherein the immune effector polypeptide is a cytokine.