mhurhangee/ep-ind-claims huggingface dataset:
A battery charger, comprising: - two output terminals (BS1, BS2) between which a battery is configured to be connected for receiving a load current (i B); - two input terminals (BE1, BE2) designed to be connected to an electrical network to be supplied with a sinusoidal mains voltage (u R); - two inductors (L A, L C) having first ends respectively connected to the first input terminal and to the second input terminal; - two switching arms (B A, B C) designed for respectively connecting second ends of the inductors (L A, L C) selectively to the first output terminal and to the second output terminal; - a control device designed for controlling the switching arms (B A, B C) so as to draw from the electrical network a mains current (i R) in phase with the mains voltage (u R); characterized in that it further comprises: - a smoothing capacitor having a first end connected to the second output terminal, - a connection device for connecting a second end of the smoothing capacitor to the second input terminal, and in that, when the second end of the smoothing capacitor is connected to the second input terminal, the control device is further designed to control at least the second switching arm (B C) so as to alternately charge and discharge the smoothing capacitor for smoothing the load current (i B). - two output terminals (BS1, BS2) between which a battery is configured to be connected for receiving a load current (i B); - two input terminals (BE1, BE2) designed to be connected to an electrical network to be supplied with a sinusoidal mains voltage (u R); - two inductors (L A, L C) having first ends respectively connected to the first input terminal and to the second input terminal; - two switching arms (B A, B C) designed for respectively connecting second ends of the inductors (L A, L C) selectively to the first output terminal and to the second output terminal; - a control device designed for controlling the switching arms (B A, B C) so as to draw from the electrical network a mains current (i R) in phase with the mains voltage (u R); - a smoothing capacitor having a first end connected to the second output terminal, - a connection device for connecting a second end of the smoothing capacitor to the second input terminal,
A lock body comprising a bolt (2, 104) and parts to be arranged in a force transmission connection, which lock body further comprises an electric motor, which is arranged to guide the forming and removing of a force transmission connection between said parts to transfer force or to impede force transfer, which lock body has, attached to it, an installation rack, into which an electric motor is placed, which electric motor has an axis, to which is attached a worm screw, and which lock body further comprises a threaded counterpart and a piston, which threaded counterpart is against the worm screw and movable by the electric motor in the direction of the axis of the electric motor, and the piston is in connection with the counterpart, characterized in that the counterpart has at least two vanes facing away from the electric motor, at both ends of which vanes are vane projections of the counterpart facing away from the axis of the electric motor, and the piston has at least two vanes of the piston facing towards electric motor, at both ends of which vanes of the piston are projections of the vanes of the piston facing away from the axis of the electric motor, which vanes of the counterpart and vanes of the piston are overlapping and surrounded by a spring, which spring further is between the vane projections of the counterpart and the projections of the vanes of the piston, which piston is arranged to move in the direction of the axis of the electric motor, sliding in relation to the counterpart and its vanes, and which spring is arranged to store potential energy during the guiding state of the electric motor, wherein the movement of the piston is at least partially impeded and which potential energy, when the piston is able to move as said impeding terminates, either pushes the piston away from the electric motor or towards the electric motor.
An assembly comprising lighting assembly and a replaceable light module for use in the lighting assembly, the replaceable light module comprising: a lighting element comprising a light emitting diode device; a resilient mounting component removably affixing the light module in the lighting assembly, wherein the resilient mounting component affixes the light module to the lighting assembly by biasing the light module against the lighting assembly with a force exerted substantially evenly across the light module; characterised in that said replaceable light module further comprises: a mounting base positioned on the lighting assembly, wherein the lighting element is mounted on the mounting base; and a first thermally conductive material positioned between the lighting element and the mounting base, wherein the resilient mounting component comprises a spring compression assembly. a lighting element comprising a light emitting diode device; a resilient mounting component removably affixing the light module in the lighting assembly, wherein the resilient mounting component affixes the light module to the lighting assembly by biasing the light module against the lighting assembly with a force exerted substantially evenly across the light module; characterised in that said replaceable light module further comprises: a mounting base positioned on the lighting assembly, wherein the lighting element is mounted on the mounting base; and a first thermally conductive material positioned between the lighting element and the mounting base, wherein the resilient mounting component comprises a spring compression assembly. a mounting base positioned on the lighting assembly, wherein the lighting element is mounted on the mounting base; and a first thermally conductive material positioned between the lighting element and the mounting base, wherein the resilient mounting component comprises a spring compression assembly.
A method for deriving a BAT cell from an adult adipose tissue derived stem cell, comprising culturing the stem cell in mesenchymal stem cell growth medium, and transferring the cell to a medium comprising Rosiglitazone, Triidothyronine, Dexamethasone, 3-isobutyl-1 -methylxanthine (IBMX) and BMP-7.
A patient support system for use in a medical intervention, the system comprising a robotic arm having six axes to support movement of a patient arranged on a patient couch with respect to a medical treatment or examination device in 6 degrees of freedom, wherein the robotic arm is ceiling mounted; a medical imaging system; and a carriage for holding the medical imaging system wherein the medical imaging system comprises guiding means for guiding the carriage along the longitudinal direction of the patient couch, wherein the guiding means are fixed to or integrated in the patient couch; an imaging ring system comprising a carriage ring fixed to the carriage, a first rotatable ring carrying a first imaging unit, and a second rotatable ring carrying a second imaging unit, wherein the first and second rotatable rings are configured to be rotated independently from each other on the carriage ring. a carriage ring fixed to the carriage, a first rotatable ring carrying a first imaging unit, and a second rotatable ring carrying a second imaging unit,
A system for removing hydrogen peroxide from wastewater, the system comprising: a first reaction tank having an inlet fluidly connectable to a source of the wastewater; a source of dilution water having a lower concentration of hydrogen peroxide than the wastewater in fluid communication with the inlet of the first reaction tank; a source of ferrous salt in fluid communication with the first reaction tank; a source of acid in fluid communication with the first reaction tank; a second reaction tank having an inlet in fluid communication with an outlet of the first reaction tank; a source of a base in fluid communication with the second reaction tank, a vessel including catalytic activated carbon having an outlet in fluid communication with the inlet of the first reaction tank through a recycle line; and a dilution vessel fluidly disposed between the inlet of the vessel including catalytic activated carbon and the outlet of the second reaction tank to form diluted partially treated wastewater from the partially treated wastewater; a further water recycle line configured to recycle at least a portion of treated water from the vessel including the catalytic activated carbon to the dilution vessel. a first reaction tank having an inlet fluidly connectable to a source of the wastewater; a source of dilution water having a lower concentration of hydrogen peroxide than the wastewater in fluid communication with the inlet of the first reaction tank; a source of ferrous salt in fluid communication with the first reaction tank; a source of acid in fluid communication with the first reaction tank; a second reaction tank having an inlet in fluid communication with an outlet of the first reaction tank; a source of a base in fluid communication with the second reaction tank, a vessel including catalytic activated carbon having an outlet in fluid communication with the inlet of the first reaction tank through a recycle line; and a dilution vessel fluidly disposed between the inlet of the vessel including catalytic activated carbon and the outlet of the second reaction tank to form diluted partially treated wastewater from the partially treated wastewater; a further water recycle line configured to recycle at least a portion of treated water from the vessel including the catalytic activated carbon to the dilution vessel.
Power semiconductor module for a motor vehicle, wherein a plurality of unhoused power semiconductor chips are provided, which are arranged so that a cooling liquid that is introduced into the power semiconductor module through a cooling liquid feed line can circulate directly around them, characterised in that a carrier element is provided, on which the power semiconductor chips are arranged, wherein the carrier element has a cooling body with at least one cooling channel through which the cooling liquid can circulate.
A method for file acquisition for reputation evaluation, comprising: receiving a reputation request from a first client, the reputation request comprising a file identifier of a file; responsive to the file identifier corresponding to a reputation for the file, providing the reputation to the first client; characterized in that the method further comprises: responsive to determining that the file is unknown: identifying a set of chucks into which the file can be partitioned; retrieving a first chunk of the file from the first client; retrieving a second chunk of the file from a second client; and evaluating the first chunk and the second chunk to assign the reputation to the file for reputation based security evaluation. receiving a reputation request from a first client, the reputation request comprising a file identifier of a file; responsive to the file identifier corresponding to a reputation for the file, providing the reputation to the first client; characterized in that the method further comprises: responsive to determining that the file is unknown: identifying a set of chucks into which the file can be partitioned; retrieving a first chunk of the file from the first client; retrieving a second chunk of the file from a second client; and evaluating the first chunk and the second chunk to assign the reputation to the file for reputation based security evaluation. identifying a set of chucks into which the file can be partitioned; retrieving a first chunk of the file from the first client; retrieving a second chunk of the file from a second client; and evaluating the first chunk and the second chunk to assign the reputation to the file for reputation based security evaluation.
A femoral head implant, comprising: a monolithic composite body having: a first region comprising a first metal alloy and including a bore (no) disposed therein, the bore (no) being tapered from an exterior surface of the first region inward,; a second region comprising a second metal alloy; and a transition region disposed between the first region and the second region, wherein the transition region comprises a sintered mixture of the first metal alloy and the second metal alloy characterised in that a bottom surface of the bore has a counter bore disposed therein, the geometry of the counter bore determined by the stress state of the implant and the transition region is disposed at a region of minimum stress, the stress determined by mapping stress using finite element analysis within the monolithic composite body under physiological loading conditions of the implant. a first region comprising a first metal alloy and including a bore (no) disposed therein, the bore (no) being tapered from an exterior surface of the first region inward,; a second region comprising a second metal alloy; and a transition region disposed between the first region and the second region, wherein the transition region comprises a sintered mixture of the first metal alloy and the second metal alloy characterised in that a bottom surface of the bore has a counter bore disposed therein, the geometry of the counter bore determined by the stress state of the implant and the transition region is disposed at a region of minimum stress, the stress determined by mapping stress using finite element analysis within the monolithic composite body under physiological loading conditions of the implant.
A light receiver designed to determine a position and/or orientation relative to a reference light in form of a free light beam or light fan, particularly in form of a laser light beam or fan, wherein • the light receiver comprises an elongated rod-shaped light receptor with two ends (e1, e2), a light coupler, a light guide, and light detection means (6, 6a, 6b), • the light coupler and the light guide are designed to receive and conduct at least part of the reference light impinging on the light receptor towards both ends (e1, e2) such that impinging reference light is detectable at both ends (e1, e2) by the detection means (6, 6a, 6b), • the light detection means (6a, 6b) are designed for separate light detection operations of reference light arriving at each of both ends (e1, e2) of the light receptor and to generate electric signals (S1, S2) responsive to reference light (51a, 51b) separately detected at each end (e1, e2), • the light receiver further comprises a signal processor to process the electric signals (S1, S2) and to determine the relative position and/or orientation by a comparative evaluation of the electric signals (S1, S2) of both ends (e1, e2), characterized in that • the light guide serves as a, particularly virtually lossless, light propagation path of defined length for light coupled into the light guide by the light coupler and • the signal processor determines the position and/or orientation based on light propagation speed of the reference light (51a, 51b, 51g) propagating in the light guide. • the light receiver comprises an elongated rod-shaped light receptor with two ends (e1, e2), a light coupler, a light guide, and light detection means (6, 6a, 6b), • the light coupler and the light guide are designed to receive and conduct at least part of the reference light impinging on the light receptor towards both ends (e1, e2) such that impinging reference light is detectable at both ends (e1, e2) by the detection means (6, 6a, 6b), • the light detection means (6a, 6b) are designed for separate light detection operations of reference light arriving at each of both ends (e1, e2) of the light receptor and to generate electric signals (S1, S2) responsive to reference light (51a, 51b) separately detected at each end (e1, e2), • the light receiver further comprises a signal processor to process the electric signals (S1, S2) and to determine the relative position and/or orientation by a comparative evaluation of the electric signals (S1, S2) of both ends (e1, e2), characterized in that • the light guide serves as a, particularly virtually lossless, light propagation path of defined length for light coupled into the light guide by the light coupler and • the signal processor determines the position and/or orientation based on light propagation speed of the reference light (51a, 51b, 51g) propagating in the light guide.
Method for manufacturing at least one structure in at least one layer arranged on at least one side portion of a base body by laser processing, wherein the laser processing is performed using a laser beam with a wavelength (λ) between 300 nm and1500 nm, characterised in that a pulsed laser with a pulse frequency (f) between 10 kHz and 40 kHz is used, wherein a scanning speed between 700 mm/s and 2500 mm/s is used.
An apparatus comprising a plurality of pixel sensors connected to a bit line, at least one of said pixel sensors comprising: a capacitive overflow pixel sensor characterized by an overflow capacitor having a switching terminal, and a floating diffusion node; a buffer amplifier that connects said floating diffusion node to said bit line in response to a row select signal; a switch that connects said switching terminal to either ground or a boost voltage; and a switch controller that controls said switch and is connected to said bit line, said switch controller determining a voltage on said bit line, said switch controller connecting said switching terminal to said boost voltage during an exposure of said pixel sensor to light and to either ground or said boost voltage during a readout of charge stored on said overflow capacitor depending on said voltage on said bit line. a capacitive overflow pixel sensor characterized by an overflow capacitor having a switching terminal, and a floating diffusion node; a buffer amplifier that connects said floating diffusion node to said bit line in response to a row select signal; a switch that connects said switching terminal to either ground or a boost voltage; and a switch controller that controls said switch and is connected to said bit line, said switch controller determining a voltage on said bit line, said switch controller connecting said switching terminal to said boost voltage during an exposure of said pixel sensor to light and to either ground or said boost voltage during a readout of charge stored on said overflow capacitor depending on said voltage on said bit line.
A rotary blade, comprising: a blade tip assembly connected to a main blade assembly; a first bus bar segment connected to the blade tip assembly; a second bus bar segment connected to the main blade assembly, the first and second bus bar segments being longitudinally offset from one another; and an interconnect (100; 200) spanning the first and second bus bar segments; characterized in that the interconnect (100; 200) is configured for resistively generating less heat than each of the bus bar segments at a predetermined current flow; and in that the interconnect includes a foil conductive body or a mesh conductive body spanning a gap between the first and second bus bar segments. a blade tip assembly connected to a main blade assembly; a first bus bar segment connected to the blade tip assembly; a second bus bar segment connected to the main blade assembly, the first and second bus bar segments being longitudinally offset from one another; and an interconnect (100; 200) spanning the first and second bus bar segments; characterized in that the interconnect (100; 200) is configured for resistively generating less heat than each of the bus bar segments at a predetermined current flow; and in that the interconnect includes a foil conductive body or a mesh conductive body spanning a gap between the first and second bus bar segments.
A suture construct, comprising: a first limb having a first length; a second limb having a second length that is shorter than the first length; a coaxial region formed by a terminal end of the second limb being disposed within a volume of the first limb; and a collapsible snare defined by the first limb and the second limb, the collapsible snare being located on one side of the coaxial region, and a terminal end of the first limb being disposed on the other side of the coaxial region, wherein the collapsible snare includes a slidable knot such that a size of an opening defined by the snare is able to be decreased by moving the slidable knot away from coaxial region and the size of the opening is able to be increased by moving the slidable knot towards the coaxial region. a first limb having a first length; a second limb having a second length that is shorter than the first length; a coaxial region formed by a terminal end of the second limb being disposed within a volume of the first limb; and a collapsible snare defined by the first limb and the second limb, the collapsible snare being located on one side of the coaxial region, and a terminal end of the first limb being disposed on the other side of the coaxial region, wherein the collapsible snare includes a slidable knot such that a size of an opening defined by the snare is able to be decreased by moving the slidable knot away from coaxial region and the size of the opening is able to be increased by moving the slidable knot towards the coaxial region.
Material for surface treatment, mainly with thermo-reflexive and/or thermoinsulative characteristics, containing the first and second hollow glass bodies, silicon dioxide processed to form of the nanoparticles and a binder, where first hollow glass bodies mainly having the form of hollow microballs a size fraction ranging from 65 to 110 μm, where second, filler hollow glass bodies mainly having the form of hollow microballs are intended to fill the spaces within main fraction of the bodies and these second, filler hollowed glass bodies have size fraction ranging from 30 to 105 μm, is characterized by the fact that the the peaks of distribution of density of the both fractions of the hollow glass bodies (1, 2) have different values on an x axis and the difference between the values of the peaks of density is at least 20 μm, preferably at least 30 μm.
Combination detector for detecting at least one visually recognizable property (d, r, o, t) of an optical system, namely a size, a shape, a contour, a position, an orientation, a geometric center, a defect or a damage and/or a two-dimensional or three-dimensional marking, and at least one optical property (s, z) of the optical system, with an image sensor having a detection surface and with a phase visualization element, which is designed to convert an input light beam (20") impinging from a direction of incidence into one or more output light beams, in which the spatial phase distribution of the input light beam (20") is visually recognizable, wherein the phase visualization element is arranged relative to the detection surface of the image sensor in such a way that the output light beam or the output light beams fall only on a first subregion of the detection surface, characterized in that a second subregion of the detection surface is exposed towards the direction of incidence for detecting the input light beam (20"), which is unaffected by the phase visualization element, so that a second image region of an image recorded by means of the image sensor, corresponding to the second subregion of the detection surface, contains the information about the at least one visual property of the optical system.