mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for manipulating a drawing, comprising the steps of: a) obtaining, in a computer-aided design building information modelling application, a composite object, wherein: i. the composite object comprises a combination of two or more objects defining a 3D geometry; ii. the two or more objects are arranged in a system of dependent relationships; b) defining a 2D cross section of two or more objects of the composite object; c) clipping in the 2D cross section a 2D geometry of said two or more objects of the composite object, thereby selecting a pattern of an event, which is a planar topology comprised by the 2D cross section of two or more objects in a dependent relationship in the 3D geometry; d) in response to the selecting, separately displaying, on a display device communicatively coupled to the computer, the selected pattern in a drawable interface instance; e) applying one or more modifications to the pattern, whereby the one or more modifications are saved in a 2D patch, which comprises the cross section of the two or more objects comprised by the event and is linked to the pattern and/or the 3D geometry. a) obtaining, in a computer-aided design building information modelling application, a composite object, wherein: i. the composite object comprises a combination of two or more objects defining a 3D geometry; ii. the two or more objects are arranged in a system of dependent relationships; i. the composite object comprises a combination of two or more objects defining a 3D geometry; ii. the two or more objects are arranged in a system of dependent relationships; b) defining a 2D cross section of two or more objects of the composite object; c) clipping in the 2D cross section a 2D geometry of said two or more objects of the composite object, thereby selecting a pattern of an event, which is a planar topology comprised by the 2D cross section of two or more objects in a dependent relationship in the 3D geometry; d) in response to the selecting, separately displaying, on a display device communicatively coupled to the computer, the selected pattern in a drawable interface instance; e) applying one or more modifications to the pattern,
Determining device for determining the tackiness of pre-impregnated fibre materials for the production of a fibre composite component, characterized in that the device has a mechanical measuring unit, which has at least one friction element, which has a curved surface and can be pressed by the curved surface onto a stretched fibre material with a predetermined force, so that a predetermined length of the curved surface comes into contact with the fibre material, wherein the mechanical measuring unit is designed for applying a shearing force between the fibre material and the pressed-on friction element and is set up for determining the tackiness of the contacted fibre material in dependence on the required shearing force, in which the static friction between the fibre material and the curved surface of the friction element is transformed into sliding friction, wherein the mechanical measuring unit comprises two spaced-apart fixing points and is set up to stretch the fibre material between the fixing points and wherein the friction element is designed to be pressed onto the stretched fibre material between the two fixing points with the predetermined force.
A method for a Shortest Path Bridge, SPB, network with a plurality of backbone edge bridges, BEBs (160, 320), the method comprising: establishing, by a gateway controller of the SPB network, a Multicast Source Discovery Protocol, MSDP, link with an external network domain; discovering, by the gateway controller and via the MSDP link, a source of a multicast stream originating outside of the SPB network; and being characterized by: determining, by the gateway controller, a subset of the plurality of BEBs configured to receive the multicast stream from the source; selecting, by the gateway controller, a BEB from the subset of the plurality of BEBs to be a sole gateway BEB for the multicast stream; and transmitting, by the gateway controller and to each of the BEBs in the subset of the plurality of BEBs, an indication of the sole gateway BEB selected for the multicast stream. determining, by the gateway controller, a subset of the plurality of BEBs configured to receive the multicast stream from the source; selecting, by the gateway controller, a BEB from the subset of the plurality of BEBs to be a sole gateway BEB for the multicast stream; and transmitting, by the gateway controller and to each of the BEBs in the subset of the plurality of BEBs, an indication of the sole gateway BEB selected for the multicast stream.
A sensor core for a sensor for creating a magnetic field for sensing a proximity of a target, the core comprising: a sheet of high relative permeability material having a thickness that is less than a width and length of the sheet of material, and the core comprising: a head portion extending across the width of the sheet of material and having a first length; first and second leg portions extending a second length from a first edge of the head portion, each of the first and second leg portions extending across a portion of the width of the head portion; and first and second foot portions extending a third length from the respective first and second leg portions, the first and second foot portions having the same width as the respective leg portions, characterised in that the sheet of material comprises a first bend between each of the first and second foot portions and the respective first and second leg portions such that the first and second foot portions extend generally perpendicular to the respective first and second leg portions and the first and second foot portions extend in the same direction as one another. a head portion extending across the width of the sheet of material and having a first length; first and second leg portions extending a second length from a first edge of the head portion, each of the first and second leg portions extending across a portion of the width of the head portion; and first and second foot portions extending a third length from the respective first and second leg portions, the first and second foot portions having the same width as the respective leg portions, characterised in that the sheet of material comprises a first bend between each of the first and second foot portions and the respective first and second leg portions such that the first and second foot portions extend generally perpendicular to the respective first and second leg portions and the first and second foot portions extend in the same direction as one another.
An integrated neutron-gamma radiation detector, comprising: a gamma sensing element; a neutron sensing element; a photosensor optically coupled to both the gamma sensing element and the neutron sensing element; and a pulse shape and processing electronics package coupled to the photosensor configured to discriminate gamma sensing element pulses from neutron sensing element pulses and to determine a maximum gamma energy of a radiation field based on the discriminated gamma sensing element pulses, wherein the pulse shape and processing electronics package is further configured to determine a gamma threshold for the neutron sensing element from the gamma sensing element based on the maximum gamma energy present in the radiation field, and wherein the neutron-gamma radiation detector is further configured to count a light pulse emitted by the neutron sensing element as a valid neutron event when an amplitude of the light pulse is above the gamma threshold. a gamma sensing element; a neutron sensing element; a photosensor optically coupled to both the gamma sensing element and the neutron sensing element; and a pulse shape and processing electronics package coupled to the photosensor configured to discriminate gamma sensing element pulses from neutron sensing element pulses and to determine a maximum gamma energy of a radiation field based on the discriminated gamma sensing element pulses,
A method to prevent or reduce aging of a column comprising a silica filter material, the method comprising storing the column in a hermetic storage environment in the presence of at least one humidifying agent to result in reduced column aging.
A current splitter circuit for an LED system, comprising: an input configured to receive a driver current; two outputs configured to provide, after splitting the driver current in the current splitter circuit, a first current for a first LED array and a second current for a second LED array according to a current ratio; and an interface configured to receive a variable reference signal for controlling the current ratio independently of the driver current; characterized in that the current splitter circuit is configured to adjust the current ratio of the first current and the second current according to a current ratio control curve (240; 302, 304, 306), the current ratio control curve (240; 302, 304, 306) specifying the current ratio between the first current and the second current as a function of at least the variable reference signal. an input configured to receive a driver current; two outputs configured to provide, after splitting the driver current in the current splitter circuit, a first current for a first LED array and a second current for a second LED array according to a current ratio; and an interface configured to receive a variable reference signal for controlling the current ratio independently of the driver current; characterized in that the current splitter circuit is configured to adjust the current ratio of the first current and the second current according to a current ratio control curve (240; 302, 304, 306), the current ratio control curve (240; 302, 304, 306) specifying the current ratio between the first current and the second current as a function of at least the variable reference signal.
A partial dental arch, including dentine and incisal materials and a boundary surface therebetween, having a primary position teeth region and other teeth regions which are arranged more distally, wherein a corrugation of the boundary surface decreases in the occlusal-gingival direction, characterized by - a corrugation of the boundary surface, the amplitude of which, as viewed in the distal direction, decreases in at least a sub-region of the mesial-distal extension, and - in that the dentine material has a lingual/palatal and a vestibular dentine ridge, and - in that the corrugation of the vestibular dentine ridge is significantly larger, in particular at least 10 times larger than the corrugation of the other dentine ridge. - a corrugation of the boundary surface, the amplitude of which, as viewed in the distal direction, decreases in at least a sub-region of the mesial-distal extension, and - in that the dentine material has a lingual/palatal and a vestibular dentine ridge, and - in that the corrugation of the vestibular dentine ridge is significantly larger, in particular at least 10 times larger than the corrugation of the other dentine ridge.
Method for determining a steering position in a vehicle steering system having a variable transmission, the vehicle steering system comprising the following: - a steering input shaft by means of which a manual steering torque of the driver can be applied to an actuating element coupled to the vehicle wheels, the steering input shaft and the actuating element being coupled to one another via a gear stage having a variable transmission; - a steering assistance motor configured to apply an assisting force to the actuating member; - a first angle encoder for determining an angular position of the steering input shaft; - a second angle encoder for determining an angular position of the steering assistance motor, the method comprising: - obtaining measured values from the first angle encoder and from the second angle encoder, a present transmission ratio being derived from the measured values; - determining the steering position on the basis of the measured values, characterized in that the same transmission ratio is present for a plurality of steering positions, a plurality of measured values being obtained for the unambiguous assignment of the transmission ratio to a steering position and the steering position of each angle encoder (10, 24) being determined thereby and a change in the transmission ratio in the form of an increase or decrease also being determined on the basis of a change in the measured values from each angle encoder (10, 24), and in that a comparison is carried out of the present transmission ratio with information which describes the relationship between a steering position and values of the transmission ratio, the information describing the relationship being present in the form of a characteristic or as a data table and being determined on the basis of a measurement of a geometry of the actuating element or on the basis of steering processes carried out. - a steering input shaft by means of which a manual steering torque of the driver can be applied to an actuating element coupled to the vehicle wheels, the steering input shaft and the actuating element being coupled to one another via a gear stage having a variable transmission; - a steering assistance motor configured to apply an assisting force to the actuating member; - a first angle encoder for determining an angular position of the steering input shaft; - a second angle encoder for determining an angular position of the steering assistance motor, - obtaining measured values from the first angle encoder and from the second angle encoder, a present transmission ratio being derived from the measured values; - determining the steering position on the basis of the measured values,
An ex vivo hematoma comprising: (a) isolated whole blood; (b) sodium citrate; (c) ecarin; or thrombin and calcium chloride; and (d) bone morphogenetic protein 2 (BMP-2), and wherein the ex vivo hematoma comprises fibrin fibers having a thickness of at least 150-300 nm ± 10%.
A blood pump system for implanting in a patient for ventricular support, comprising: a pumping chamber having an inlet for receiving blood from a ventricle of the patient; an impeller received in the pumping chamber; a motor coupled to the impeller for driving rotation of the impeller; and a motor controller for tracking systolic and diastolic phases of a cardiac cycle of the patient and supplying a variable voltage signal to the motor in a variable speed mode to produce a variable impeller speed linked to the cardiac cycle, wherein the impeller speed comprises a ramping up to an elevated speed during the diastolic phase in order to reduce a load on the ventricle at the beginning of the systolic phase, and a ramping down to a reduced speed during the systolic phase to avoid collapse of the ventricle, wherein the ramp down to the reduced speed begins at a moment between about 50% to about 90% of the systolic phase. a pumping chamber having an inlet for receiving blood from a ventricle of the patient; an impeller received in the pumping chamber; a motor coupled to the impeller for driving rotation of the impeller; and a motor controller for tracking systolic and diastolic phases of a cardiac cycle of the patient and supplying a variable voltage signal to the motor in a variable speed mode to produce a variable impeller speed linked to the cardiac cycle, wherein the impeller speed comprises a ramping up to an elevated speed during the diastolic phase in order to reduce a load on the ventricle at the beginning of the systolic phase, and a ramping down to a reduced speed during the systolic phase to avoid collapse of the ventricle, wherein the ramp down to the reduced speed begins at a moment between about 50% to about 90% of the systolic phase.
An electric power system, comprising: N electric power sources, N being an integer greater than one; N switching circuits, each switching circuit including an input port electrically coupled to a respective one of the N electric power sources, an output port, and a first switching device adapted to switch between its conductive and non-conductive states to transfer power from the input port to the output port, the output ports of the N switching circuits electrically coupled in series and to a load, to establish an output circuit; characterized in that each of the N switching circuits uses an interconnection inductance of the output circuit as a primary energy storage inductance of the switching circuit. N electric power sources, N being an integer greater than one; N switching circuits, each switching circuit including an input port electrically coupled to a respective one of the N electric power sources, an output port, and a first switching device adapted to switch between its conductive and non-conductive states to transfer power from the input port to the output port, the output ports of the N switching circuits electrically coupled in series and to a load, to establish an output circuit; characterized in that each of the N switching circuits uses an interconnection inductance of the output circuit as a primary energy storage inductance of the switching circuit.
A single use gripping device (10, 910) for an endoscope shaft, the gripping device comprising: - a first part (18, 918); - a second part (20, 920), the second part (20, 920) being moveable relative to the first part (18, 918), and at least one of the first and second parts (18, 20, 918, 920) including a channel (30, 930) for receiving said shaft, the second part (20, 920) being moveable relative to the first part (18, 918) between a first, open configuration in which the endoscope shaft can be placed in the channel (30, 930) and a second, closed configuration in which, in use, the first and second parts (18, 20, 918, 920) surround and are retained around said endoscope shaft; - engaging means (32, 932) configured to retain the first and second parts (18, 20, 918, 920) in said closed configuration; and - gripping means (42, 942) provided on at least one of the first part (18, 918) and the second part (20, 920), said gripping means (42, 942) configured such that when the gripping device (10, 910) is in its closed configuration the first and second parts (18, 20, 918, 920) are movable relative to each other between a first position in which the gripping means (42, 942) does not grip an endoscope shaft positioned in the channel (30, 930) to allow the gripping device (10, 910) to be slid along said shaft and a second position in which the gripping means (42, 942) grips said endoscope shaft; and characterised in that the gripping device (10, 910) further comprises means configured to prevent said gripping device (10, 910) being engaged around a second endoscope shaft after the device (10, 910) has been engaged around and removed from a first endoscope shaft. - a first part (18, 918); - a second part (20, 920), the second part (20, 920) being moveable relative to the first part (18, 918), and at least one of the first and second parts (18, 20, 918, 920) including a channel (30, 930) for receiving said shaft, the second part (20, 920) being moveable relative to the first part (18, 918) between a first, open configuration in which the endoscope shaft can be placed in the channel (30, 930) and a second, closed configuration in which, in use, the first and second parts (18, 20, 918, 920) surround and are retained around said endoscope shaft; - engaging means (32, 932) configured to retain the first and second parts (18, 20, 918, 920) in said closed configuration; and - gripping means (42, 942) provided on at least one of the first part (18, 918) and the second part (20, 920), said gripping means (42, 942) configured such that when the gripping device (10, 910) is in its closed configuration the first and second parts (18, 20, 918, 920) are movable relative to each other between a first position in which the gripping means (42, 942) does not grip an endoscope shaft positioned in the channel (30, 930) to allow the gripping device (10, 910) to be slid along said shaft and a second position in which the gripping means (42, 942) grips said endoscope shaft; and
A core-shell catalyst comprising: a porous, palladium-based core particle; and a catalytic layer on the particle, wherein the porous, palladium-based core particle includes nickel and has a ratio, by weight, of an amount of palladium to an amount of nickel that is 20:1 or greater. a porous, palladium-based core particle; and a catalytic layer on the particle, wherein the porous, palladium-based core particle includes nickel and has a ratio, by weight, of an amount of palladium to an amount of nickel that is 20:1 or greater.
A terminal connection structure comprising: a male terminal and a female terminal configured to be mutually connected by being butted to each other, the male and female terminals (10, 20) to be connected with respective ends of electric wires, the male terminal including a male electrical contact portion formed into a curved shape opening on a side opposite to the female terminal, the female terminal including a female electrical contact portion formed into a curved shape opening on the male terminal side, the curved shape of the female electrical contact portion being configured to contact with an outer circumferential surface of the male electrical contact portion, and one of the male electrical contact portion and the female electrical contact portion including contact pieces protruding toward the other of the male electrical contact portion and the female electrical contact portion. a male terminal and a female terminal configured to be mutually connected by being butted to each other, the male and female terminals (10, 20) to be connected with respective ends of electric wires, the male terminal including a male electrical contact portion formed into a curved shape opening on a side opposite to the female terminal, the female terminal including a female electrical contact portion formed into a curved shape opening on the male terminal side, the curved shape of the female electrical contact portion being configured to contact with an outer circumferential surface of the male electrical contact portion, and one of the male electrical contact portion and the female electrical contact portion including contact pieces protruding toward the other of the male electrical contact portion and the female electrical contact portion.
A communication method performed by a terminal, comprising: receiving, by the terminal, network type indication information from a cell of an access network device via broadcast information, wherein the network type indication information indicates whether the cell is a non-standalone new radio, NSA NR, cell; barring, by the terminal, the cell from cell selection or cell reselection when the network type indication information indicates the cell is a NSA NR cell. receiving, by the terminal, network type indication information from a cell of an access network device via broadcast information, wherein the network type indication information indicates whether the cell is a non-standalone new radio, NSA NR, cell; barring, by the terminal, the cell from cell selection or cell reselection when the network type indication information indicates the cell is a NSA NR cell.