mhurhangee/ep-ind-claims huggingface dataset:
A driving circuit to generate a signal pulse for operating a light-emitting diode, comprising: - an external terminal (LEDK, LEDA) to connect the light-emitting diode to the driving circuit, - a first internal node to apply one of a supply and ground potential potential (VDD, VSS), - a second internal node to apply a reference potential (Vref), - a third internal node being connected to the external terminal (LEDK, LEDA), - a fourth internal node to apply one of the supply and ground potential (VDD, VSS), - a capacitor to provide a charge to generate the signal pulse at the external terminal (LEDK, LEDA) for operating the light-emitting diode, - a first and a second controllable switching circuit (100, 200), - wherein the capacitor has a first side being coupled to the first controllable switching circuit and a second side being coupled to the second controllable switching circuit, - wherein the first controllable switching circuit is configured to selectively connect the first side of the capacitor to the first internal node or the second internal node in dependence on a switching state of the first controllable switching circuit, - wherein the second controllable switching circuit is configured to selectively connect the second side of the capacitor to the third internal node or the fourth internal node in dependence on a switching state of the second controllable switching circuit. - an external terminal (LEDK, LEDA) to connect the light-emitting diode to the driving circuit, - a first internal node to apply one of a supply and ground potential potential (VDD, VSS), - a second internal node to apply a reference potential (Vref), - a third internal node being connected to the external terminal (LEDK, LEDA), - a fourth internal node to apply one of the supply and ground potential (VDD, VSS), - a capacitor to provide a charge to generate the signal pulse at the external terminal (LEDK, LEDA) for operating the light-emitting diode, - a first and a second controllable switching circuit (100, 200), - wherein the capacitor has a first side being coupled to the first controllable switching circuit and a second side being coupled to the second controllable switching circuit, - wherein the first controllable switching circuit is configured to selectively connect the first side of the capacitor to the first internal node or the second internal node in dependence on a switching state of the first controllable switching circuit, - wherein the second controllable switching circuit is configured to selectively connect the second side of the capacitor to the third internal node or the fourth internal node in dependence on a switching state of the second controllable switching circuit.
A two-chain polypeptide comprising a light chain and a heavy chain, wherein: the light chain consists of (i) amino acid residues 1-105 of SEQ ID NO:20, or consists of an amino acid sequence having at least 90% sequence identity to (i); and the heavy chain consists of (ii) amino acid residues 112-346 of SEQ ID NO:20, or consists of an amino acid sequence having at least 95% sequence identity to (ii), and wherein the two-chain polypeptide can bind to a fXa inhibitor, cannot assemble into a prothrombinase complex and has reduced catalytic activity as compared to a wildtype fXa. the light chain consists of (i) amino acid residues 1-105 of SEQ ID NO:20, or consists of an amino acid sequence having at least 90% sequence identity to (i); and the heavy chain consists of (ii) amino acid residues 112-346 of SEQ ID NO:20, or consists of an amino acid sequence having at least 95% sequence identity to (ii), and
A method for reclaiming storage space in a storage array, comprising: providing, by the storage array, a logical block device having a plurality of storage blocks; maintaining, by a hypervisor of a computer system which is coupled to the storage array, a data structure which tracks the storage blocks in the logical block device as being either free storage blocks or used storage blocks; identifying, by the hypervisor, a set of the storage blocks in the logical block device which are free storage blocks according to the data structure maintained by the hypervisor; creating, by the hypervisor, a temporary file in the logical block device, thereby allocating the free storage blocks in the set to the temporary file, and marking the storage blocks allocated to the temporary file as being used storage blocks in the data structure; deleting, by the hypervisor, the temporary file from the logical block device; issuing, by the hypervisor, an UNMAP command to the logical block device to deallocate the set of storage blocks which were allocated to the temporary file; and updating the data structure to indicate that the storage blocks corresponding to the temporary file are free storage blocks. providing, by the storage array, a logical block device having a plurality of storage blocks; maintaining, by a hypervisor of a computer system which is coupled to the storage array, a data structure which tracks the storage blocks in the logical block device as being either free storage blocks or used storage blocks; identifying, by the hypervisor, a set of the storage blocks in the logical block device which are free storage blocks according to the data structure maintained by the hypervisor; creating, by the hypervisor, a temporary file in the logical block device, thereby allocating the free storage blocks in the set to the temporary file, and marking the storage blocks allocated to the temporary file as being used storage blocks in the data structure; deleting, by the hypervisor, the temporary file from the logical block device; issuing, by the hypervisor, an UNMAP command to the logical block device to deallocate the set of storage blocks which were allocated to the temporary file; and updating the data structure to indicate that the storage blocks corresponding to the temporary file are free storage blocks.
An ultraviolet ray curable ink composition adapted to be ejected by using an ink jet method, comprising: a polymerizable compound; metal powder; and wherein the metal powder is constituted from metal particles subjected to a surface treatment with a fluorine type silane compound and/or a fluorine type phosphoric acid ester as a surface treatment agent, and wherein the polymerizable compound includes two or more kinds of monofunctional monomer each having at least one hetero atom in an an alicyclic structure. a polymerizable compound; metal powder; and wherein the metal powder is constituted from metal particles subjected to a surface treatment with a fluorine type silane compound and/or a fluorine type phosphoric acid ester as a surface treatment agent, and wherein the polymerizable compound includes two or more kinds of monofunctional monomer each having at least one hetero atom in an an alicyclic structure.
A relay discovery method, executed on a source device side and comprising: performing a relay discovery operation to discover a relay device, wherein the relay device is configured to forward a data packet of a source device to a target device; wherein each of the source device, the relay device, and the target device is a user equipment, UE, or a road side unit, RSU, wherein the performing the relay discovery operation comprises: performing a Model A relay discovery operation; wherein the Model A relay discovery operation comprises: monitoring relay broadcast information broadcasted by the relay device; wherein the relay broadcast information comprises: information about a relay type and information about a UE that has established a PC5 connection with the relay device; wherein the information about the relay type comprises: RSU type relay, layer 2 relay or layer 3 relay; and wherein the information about the UE comprises an application layer user information. performing a relay discovery operation to discover a relay device, wherein the relay device is configured to forward a data packet of a source device to a target device; wherein each of the source device, the relay device, and the target device is a user equipment, UE, or a road side unit, RSU, wherein the performing the relay discovery operation comprises: performing a Model A relay discovery operation; wherein the Model A relay discovery operation comprises: monitoring relay broadcast information broadcasted by the relay device; wherein the relay broadcast information comprises: information about a relay type and information about a UE that has established a PC5 connection with the relay device; wherein the information about the relay type comprises: RSU type relay, layer 2 relay or layer 3 relay; and wherein the information about the UE comprises an application layer user information. monitoring relay broadcast information broadcasted by the relay device; wherein the relay broadcast information comprises: information about a relay type and information about a UE that has established a PC5 connection with the relay device; wherein the information about the relay type comprises: RSU type relay, layer 2 relay or layer 3 relay; and wherein the information about the UE comprises an application layer user information.
A capacitive coupling-type arc extinguishing circuit, comprising a thyristor, a capacitor, and at least one electronic switch, wherein said thyristor is connected to two ends of a mechanical switch in parallel through a main loop, wherein a driving signal for driving the thyristor to switch on is transferred from the main loop to a control electrode of the thyristor through said capacitor; wherein a loop of the driving signal including said capacitor is connected to said at least one electronic switch for controlling the driving signal.
A device for rendering and displaying strokes comprising: a graphic processing unit configured to render strokes; a display configured to display an image including the rendered strokes; and a processor configured to: identify a redraw region when a redraw event for redrawing a portion of the image occurs on the image; provide rendering information for rendering strokes included in the redraw region to the graphic processing unit, wherein the rendering information includes conversion information, and reverse conversion information for reversely converting the region wider than the redraw region; convert a region wider than the redraw region into a clip space on the basis of the conversion information; and render the strokes included in the redraw region using point primitives configuring strokes included in the converted clip space on the basis of the reverse conversion information. a graphic processing unit configured to render strokes; a display configured to display an image including the rendered strokes; and a processor configured to: identify a redraw region when a redraw event for redrawing a portion of the image occurs on the image; provide rendering information for rendering strokes included in the redraw region to the graphic processing unit, wherein the rendering information includes conversion information, and reverse conversion information for reversely converting the region wider than the redraw region; convert a region wider than the redraw region into a clip space on the basis of the conversion information; and render the strokes included in the redraw region using point primitives configuring strokes included in the converted clip space on the basis of the reverse conversion information. identify a redraw region when a redraw event for redrawing a portion of the image occurs on the image; provide rendering information for rendering strokes included in the redraw region to the graphic processing unit, wherein the rendering information includes conversion information, and reverse conversion information for reversely converting the region wider than the redraw region; convert a region wider than the redraw region into a clip space on the basis of the conversion information; and render the strokes included in the redraw region using point primitives configuring strokes included in the converted clip space on the basis of the reverse conversion information.
A foamable, fluid personal care composition that comprises a continuous oil phase comprising at least one carrier oil and dispersed aggregated particles of solid cleansing surfactant, wherein the composition comprises: i. 35 to 90 % by weight, based on the total weight of the composition, of carrier oil; ii. 10 to 65% by weight, based on the total weight of the composition of solid cleansing surfactant wherein the solid surfactant is present in the form of particles of size within a range of from 0.5 to 2000μm wherein at least 50% of the particles are less than 200μm in size and at least 30% of the particles are less than 150μm in size.; and iii. 0.05 to 5% by weight, based on the total weight of the composition, of water. i. 35 to 90 % by weight, based on the total weight of the composition, of carrier oil; ii. 10 to 65% by weight, based on the total weight of the composition of solid cleansing surfactant wherein the solid surfactant is present in the form of particles of size within a range of from 0.5 to 2000μm wherein at least 50% of the particles are less than 200μm in size and at least 30% of the particles are less than 150μm in size.; and iii. 0.05 to 5% by weight, based on the total weight of the composition, of water.
An adjusting device for the longitudinal adjustment of a vehicle seat, comprising - at least one rail for defining a longitudinal seat axis along which a seat base of the vehicle seat is adjustable, and for supporting at least one adjusting unit (2.1, 2.2) of the adjusting device (1A, 1B), and - at least two shiftably guided adjusting units (2.1, 2.2) arranged one behind the other along the longitudinal seat axis, to which the seat base is to be fixed in order to be adjustable along the longitudinal seat axis, characterized in that the at least two adjusting units (2.1, 2.2) are adjustable relative to each other along the longitudinal seat axis, and each adjusting unit (2.1, 2.2) is assigned a separate drive (4.1, 4.2) for the power-operated adjustment along the longitudinal seat axis, wherein for the power-operated adjustment of the at least two adjusting units (2.1, 2.2) a common, stationary spindle and two spindle nuts each assigned to an adjusting unit (2.1, 2.2) and each meshing with the spindle are provided. - at least one rail for defining a longitudinal seat axis along which a seat base of the vehicle seat is adjustable, and for supporting at least one adjusting unit (2.1, 2.2) of the adjusting device (1A, 1B), and - at least two shiftably guided adjusting units (2.1, 2.2) arranged one behind the other along the longitudinal seat axis, to which the seat base is to be fixed in order to be adjustable along the longitudinal seat axis,
A method of preparing a conjugate comprising: (a) reacting a DOTA comprising chelating agent and a protein to form the conjugate; and (b) reacting the conjugate with a quenching agent, wherein the quenching agent is hydroxylamine or a salt thereof and the chelating agent is activated by reaction with an acylating reagent prior to reacting the chelating agent and the protein to form the conjugate, and said protein is a monoclonal or polyclonal antibody. (a) reacting a DOTA comprising chelating agent and a protein to form the conjugate; and (b) reacting the conjugate with a quenching agent, wherein the quenching agent is hydroxylamine or a salt thereof and the chelating agent is activated by reaction with an acylating reagent prior to reacting the chelating agent and the protein to form the conjugate, and said protein is a monoclonal or polyclonal antibody.
A method for preparing a composite material, the composite material comprising a metal foam having a first surface and a second surface opposite to the first surface and a polymer component (102, 103) on at least the first surface, in which a ratio (B/A) of an area ratio of the polymer component on the second surface relative to an area ratio of the polymer component on the first surface is from 0 to 0.99, characterized in that the metal foam is in a film shape, the method comprising a step of irradiating a surface of the metal foam on which a photo-curable composition is formed with light, wherein the photo-curable composition is formed on at least one surface among the first and second surfaces of the metal foam, the light is irradiated on only one surface among the first and second surfaces so as for the metal foam to block the irradiated light, a step of removing an uncured photo-curable composition is further performed after the irradiation, and wherein the area ratio of the polymer component present on the first surface is 90% or more. the metal foam is in a film shape, the method comprising a step of irradiating a surface of the metal foam on which a photo-curable composition is formed with light, wherein the photo-curable composition is formed on at least one surface among the first and second surfaces of the metal foam, the light is irradiated on only one surface among the first and second surfaces so as for the metal foam to block the irradiated light, a step of removing an uncured photo-curable composition is further performed after the irradiation, and wherein the area ratio of the polymer component present on the first surface is 90% or more.
A method for a model-based calculation of the noise immission to be expected by an object moving in a self-propelled manner along a movement path, in particular a motor-driven vehicle, at at least one location in the audible range of the movement path, comprising the steps: - detecting the noise immission by the object during operation on a test stand, in particular a roller test stand, at at least one location at the test stand, and - performing a model-based calculation of the noise immission to be expected by the object moving in a self-propelled manner along the movement path at the at least one location in the audible range of the movement path from the detected noise immission at the at least one location at the test stand using a location-dependent transfer function, wherein the model-based calculation of the noise immission to be expected by the object moving in a self-propelled manner along the movement path is performed at the at least one location in the audible range of the movement path by means of a computer, wherein a location-dependent transfer function is used which is based on the sound radiation of a point-shaped sound source in a homogeneous space, and wherein a location-dependent transfer function is used in which the distance from the point-shaped sound source is specified as a function of a position coordinate of the movement path. - detecting the noise immission by the object during operation on a test stand, in particular a roller test stand, at at least one location at the test stand, and - performing a model-based calculation of the noise immission to be expected by the object moving in a self-propelled manner along the movement path at the at least one location in the audible range of the movement path from the detected noise immission at the at least one location at the test stand using a location-dependent transfer function,
An optical distance measuring apparatus configured to emit a distance measurement emission light (Es) from a light source for distance measurement to an object, to receive distance measurement reflection light (Rs) from the object with a light-receiving unit, and to perform distance measurement based on the distance measurement emission light (Es) and the distance measurement reflection light (Rs), wherein the apparatus comprises a deflection mechanism provided in an optical path between the light source for distance measurement and an objective lens group having an optical axis, referred to as irradiation light axis (Li), the deflection mechanism includes a first deflection device and a second deflection device, one of the deflection devices (34a, 34b) forms a reflection plane which is capable of adjusting a degree of inclination around one axis along a plane perpendicular to an emission light axis (Le) of the light source for distance measurement, while the other forms a reflection plane which is capable of adjusting a degree of inclination around the other axis along a plane perpendicular to the emission light axis (Le), the other axis being orthogonal to the one axis, a center position of the second deflection device of the deflection mechanism is optically conjugated with a predetermined position on the irradiation light axis (Li) through an optical member (36, 38) provided on the optical path between the deflection mechanism and the predetermined position, the predetermined position being closer to the object than the deflection mechanism when viewed from the light source for distance measurement, an optical system for control for controlling a deflection position by the deflection mechanism is provided in the optical path from the light source for distance measurement to the irradiation light axis (Li), the optical system for control includes a light source for control instruction configured to emit a control support light (Ec) along the emission light axis (Le) and an optical position sensor provided on a control instruction optical axis (Lc), the optical position sensor being configured to receive the control support light (Ec) reflected by a polarized light beam splitting mirror, the polarized light beam splitting mirror allowing a part of the control support light (Ec) emitted from the light source for control instruction and passed through the deflection mechanism to transmit along the emission light axis (Le) and reflecting the rest of the control support light (Ec), and the deflection mechanism is configured to adjusts the inclination of the direction of the distance measurement emission light (Es) with respect to the irradiation light axis (Li) based on an incident position of said control support light (Ec) on the optical position sensor.