mhurhangee/ep-ind-claims huggingface dataset:
A wireless device, comprising: means for detecting an idle state of a first transceiver in the wireless device, the first transceiver configured to communicate with a wireless access point; means for delegating one or more communication tasks associated with the first transceiver of the wireless device to a second wireless device when an idle state of the first transceiver is detected, wherein delegating also includes transmitting one or more sets of data to the second wireless device via a second transceiver in the wireless device, the second transceiver being configured to communicate with the second wireless device, the wireless device being paired to the second wireless device, and the one or more communication tasks comprise scanning for a service set identifier, SSID, that is known to the wireless device; means for configuring the first transceiver to operate in a sleep mode when the first transceiver is determined to be idle; means for receiving, via the second transceiver while the first transceiver is in the sleep mode, a message from the second wireless device indicating that the known SSID has been detected by the second wireless device on behalf of the wireless device; and means for causing the first transceiver to exit the sleep mode when the message indicating that the known SSID has been detected has been received. means for detecting an idle state of a first transceiver in the wireless device, the first transceiver configured to communicate with a wireless access point; means for delegating one or more communication tasks associated with the first transceiver of the wireless device to a second wireless device when an idle state of the first transceiver is detected, wherein delegating also includes transmitting one or more sets of data to the second wireless device via a second transceiver in the wireless device, the second transceiver being configured to communicate with the second wireless device, the wireless device being paired to the second wireless device, and the one or more communication tasks comprise scanning for a service set identifier, SSID, that is known to the wireless device; means for configuring the first transceiver to operate in a sleep mode when the first transceiver is determined to be idle; means for receiving, via the second transceiver while the first transceiver is in the sleep mode, a message from the second wireless device indicating that the known SSID has been detected by the second wireless device on behalf of the wireless device; and means for causing the first transceiver to exit the sleep mode when the message indicating that the known SSID has been detected has been received.
An eddy current sensor comprising: a sensor coil disposed near a conductive film formed on a substrate; a signal source configured to supply an AC signal to said sensor coil to produce an eddy current in the conductive film; a detection circuit operable to detect the eddy current produced in the conductive film based on an impedance as viewed from said sensor coil; and a controller configured to specify a point including a resistance component and a reactance component of the impedance in rectangular coordinates and to detect film thickness of the conductive film from an angle (θ) formed by a line (r n) connected between the point and a predetermined central point in the rectangular coordinates; wherein the predetermined central point is a point of intersection of a first preliminary measurement line (r 1) and a second preliminary measurement line (r 2), wherein the first preliminary measurement line (r 1) passes through points defined by resistance components and reactance components of the impedance obtained under conditions of different gaps between the sensor coil and the conductive film having a first thickness, and wherein the second preliminary measurement line (r 2) passes through points defined by resistance components and reactance components of the impedance obtained under conditions of different gaps between the sensor coil and the conductive film having a second thickness. a sensor coil disposed near a conductive film formed on a substrate; a signal source configured to supply an AC signal to said sensor coil to produce an eddy current in the conductive film; a detection circuit operable to detect the eddy current produced in the conductive film based on an impedance as viewed from said sensor coil; and a controller configured to specify a point including a resistance component and a reactance component of the impedance in rectangular coordinates and to detect film thickness of the conductive film from an angle (θ) formed by a line (r n) connected between the point and a predetermined central point in the rectangular coordinates; wherein the predetermined central point is a point of intersection of a first preliminary measurement line (r 1) and a second preliminary measurement line (r 2), wherein the first preliminary measurement line (r 1) passes through points defined by resistance components and reactance components of the impedance obtained under conditions of different gaps between the sensor coil and the conductive film having a first thickness, and wherein the second preliminary measurement line (r 2) passes through points defined by resistance components and reactance components of the impedance obtained under conditions of different gaps between the sensor coil and the conductive film having a second thickness.
A system to detect a capacitance of a capacitor in a power supply unit, the system comprising: a capacitor storing charge from a voltage source; a power factor correction circuit to set the voltage output from the capacitor at a first threshold voltage and change the voltage output from the capacitor to a second threshold voltage via the voltage source; and a controller configured to: set a first time when the voltage output from the capacitor is at the first threshold voltage, set a second time when the voltage output from the capacitor is at the second threshold voltage; and characterized in that it is further configured to calculate power dissipation from the power supply unit between the first and second times; and calculate the capacitance based on the first and second threshold voltages, the first and second times and the power dissipation. a capacitor storing charge from a voltage source; a power factor correction circuit to set the voltage output from the capacitor at a first threshold voltage and change the voltage output from the capacitor to a second threshold voltage via the voltage source; and a controller configured to: set a first time when the voltage output from the capacitor is at the first threshold voltage, set a second time when the voltage output from the capacitor is at the second threshold voltage; and characterized in that it is further configured to calculate power dissipation from the power supply unit between the first and second times; and calculate the capacitance based on the first and second threshold voltages, the first and second times and the power dissipation. set a first time when the voltage output from the capacitor is at the first threshold voltage, set a second time when the voltage output from the capacitor is at the second threshold voltage; and characterized in that it is further configured to calculate power dissipation from the power supply unit between the first and second times; and calculate the capacitance based on the first and second threshold voltages, the first and second times and the power dissipation.
A method, performed in a network node, for selectively receiving radio signals received in a plurality of remote radio head devices (1, 1a-c) connected to the network node, the method characterized in comprising the steps of: determining that a power level of a received radio signal for a first remote radio head device exceeds a threshold power; and blocking received radio signals from the first remote radio head device when the power level exceeds the threshold power. determining that a power level of a received radio signal for a first remote radio head device exceeds a threshold power; and blocking received radio signals from the first remote radio head device when the power level exceeds the threshold power.
Assembly for receiving body fluids such as blood comprising a sampling element which is preferably provided with a lancing member for insertion into a body part and has a collecting area for collecting body fluid obtained by a puncture, wherein the collecting area is formed by a longitudinal slot which is elongated as a capillary and is open on both sides via side openings (28, 30) on the sampling element, and comprising a sample receiving element to which body fluid can be applied via the collecting area and preferably provided with a test field for an analyte in the body fluid, characterized in that the sampling element is movably mounted to reciprocate in a guide relative to the sample receiving element, wherein the longitudinal slot is spatially separated from the sample receiving element in a collecting position of the sampling element in such a manner that there is no fluidic connection between them and is in fluidic contact via a side opening (28, 30) as an outlet of the longitudinal slot with the sample receiving element in a transfer position of the sampling element.
An apparatus for managing a plurality of printing devices connected on a network, said apparatus comprising: an address server for assigning IP addresses to a plurality of network devices requesting an IP address on the network, wherein the address server is configured to assign addresses out of a predetermined MAC address range to printing devices; means for detecting a printing device connected on the network, wherein the means for detecting are adapted to locate printing devices connected to the network prior to the means for detecting becoming active by querying the address server for printing devices which have been assigned IP addresses prior to the means for detecting becoming active; means for requesting information from the detected printing device; means for receiving the requested information from the printing device; means for storing policy rules that govern how print queues are created and published; means for accessing the policy rules and means for creating a print queue for the printing device based on the received information on the basis of the accessed policy rules; means for publishing the print queue to the network according to the accessed policy rules; and means for modifying identification information for the print queue. an address server for assigning IP addresses to a plurality of network devices requesting an IP address on the network, wherein the address server is configured to assign addresses out of a predetermined MAC address range to printing devices; means for detecting a printing device connected on the network, wherein the means for detecting are adapted to locate printing devices connected to the network prior to the means for detecting becoming active by querying the address server for printing devices which have been assigned IP addresses prior to the means for detecting becoming active; means for requesting information from the detected printing device; means for receiving the requested information from the printing device; means for storing policy rules that govern how print queues are created and published; means for accessing the policy rules and means for creating a print queue for the printing device based on the received information on the basis of the accessed policy rules; means for publishing the print queue to the network according to the accessed policy rules; and means for modifying identification information for the print queue.
A method for increasing the concentration of calcium carbonate in a geomaterial that contains indigenous ureolytic microorganisms that are capable of hydrolyzing urea to ammonia, wherein the method comprises: adding urea and a source of nutrients to the geomaterial to specifically promote the growth of said indigenous ureolytic microorganisms within the geomaterial, and adding a source of calcium ions to the geomaterial to promote the production of calcium carbonate within the geomaterial by the combination of the calcium ions with ammonium produced by the hydrolysis of urea by the indigenous ureolytic microorganisms. adding urea and a source of nutrients to the geomaterial to specifically promote the growth of said indigenous ureolytic microorganisms within the geomaterial, and adding a source of calcium ions to the geomaterial to promote the production of calcium carbonate within the geomaterial by the combination of the calcium ions with ammonium produced by the hydrolysis of urea by the indigenous ureolytic microorganisms.
A motor-generator, comprising a rotor with a permanent magnet located on a cylindrical shaft and with a stator, wherein the stator has rotational symmetry, the stator covering the magnet; the winding on the outer surface of the stator being a winding in a form of insulated layers, forming at least one coil; a magnetic field vector of the magnet poles of the permanent magnet being oriented perpendicular to an axis of rotation of the shaft, while an axis of symmetry of the stator coincides with the axis of rotation of the shaft, the motor-generator characterized in the stator being a spherical stator with the at least one coil being a spherical coil wound around the stator that surrounds the rotor, wherein the spherical coil is a modified solenoid coil that appears as wound around a ball; the rotor having the permanent magnet being a sphere as well so that the outer dimension of the rotor can fit to the inner dimension of the stator such that the distance between rotor and stator is minimized; and the rotor being supported at the stator with two bearings, wherein the shaft of the rotor is placed on the inner ring of the bearings, and the stator is placed on the outer ring of the bearings. the winding on the outer surface of the stator being a winding in a form of insulated layers, forming at least one coil; a magnetic field vector of the magnet poles of the permanent magnet being oriented perpendicular to an axis of rotation of the shaft, while an axis of symmetry of the stator coincides with the axis of rotation of the shaft, the motor-generator characterized in the stator being a spherical stator with the at least one coil being a spherical coil wound around the stator that surrounds the rotor, wherein the spherical coil is a modified solenoid coil that appears as wound around a ball; the rotor having the permanent magnet being a sphere as well so that the outer dimension of the rotor can fit to the inner dimension of the stator such that the distance between rotor and stator is minimized; and the rotor being supported at the stator with two bearings, wherein the shaft of the rotor is placed on the inner ring of the bearings, and the stator is placed on the outer ring of the bearings.
A dust core comprising: soft magnetic particles comprising pure iron or an iron alloy; and a grain boundary layer present between adjacent soft magnetic particles, the grain boundary layer having a main phase and a barrier phase, the main phase comprising a spinel-type ferrite (M x Fe 3-x O 4, 0<x≤1) of a metal element, Fe, and O, the metal element serving as a divalent cation, the barrier phase comprising one or more of Cu, Sn, or Co.
Mixing nozzle fitment comprising: - a first shaft defining an inlet passage, said first shaft comprising a first end and a second end; and - a second shaft defining a curved outlet passage and attached to the first shaft, said second shaft comprising a first end and a second end, and - a coupling member attached to the second shaft, the coupling member defining a passage that leads into the curved outlet passage of the second shaft; and - a flexible tube attached to the coupling member, and wherein the second end of the first shaft is attached to the second end of the second shaft at a joint 60, characterised in that the curved outlet passage of the second shaft is a continuously bending line without angles from the second end to the first end, and in that the passage defined by the coupling member emerges in the curved outlet passage downstream of said joint. - a first shaft defining an inlet passage, said first shaft comprising a first end and a second end; and - a second shaft defining a curved outlet passage and attached to the first shaft, said second shaft comprising a first end and a second end, and - a coupling member attached to the second shaft, the coupling member defining a passage that leads into the curved outlet passage of the second shaft; and - a flexible tube attached to the coupling member, and
A reload assembly comprising: a shell housing including a distal portion, a proximal portion, and an outer housing portion defining a cavity, the outer housing portion having a tubular extension, the tubular extension supporting a strain gauge; a staple cartridge supported on the distal portion of the shell housing; a plurality of staples received within the staple cartridge; and a staple pushing member supported within the cavity defined by the shell housing, the staple pushing member defining a through bore; characterized in that a knife carrier is supported within the through bore of the staple pushing member, the knife carrier being movable between retracted and advanced positions; and a knife is supported on the knife carrier, the knife being movable with the knife carrier between the retracted and advanced positions, and wherein the strain gauge is molded into the tubular extension of the shell housing. a shell housing including a distal portion, a proximal portion, and an outer housing portion defining a cavity, the outer housing portion having a tubular extension, the tubular extension supporting a strain gauge; a staple cartridge supported on the distal portion of the shell housing; a plurality of staples received within the staple cartridge; and a staple pushing member supported within the cavity defined by the shell housing, the staple pushing member defining a through bore; characterized in that a knife carrier is supported within the through bore of the staple pushing member, the knife carrier being movable between retracted and advanced positions; and a knife is supported on the knife carrier, the knife being movable with the knife carrier between the retracted and advanced positions, and wherein the strain gauge is molded into the tubular extension of the shell housing.
Composition comprising a structured oil phase, wherein the oil phase comprises a. liquid oil; b. from 1 to 20 wt-% of hardstock fat with regard to the weight of the oil phase; and c. from 0.5 to 20 wt-% with regard to the weight of the oil phase of particles of puffed maize kernel endosperm, dispersed in said oil phase, wherein upon sieving at least 80 wt% of said particles passes a sieve with apertures of 500 μm a. liquid oil; b. from 1 to 20 wt-% of hardstock fat with regard to the weight of the oil phase; and c. from 0.5 to 20 wt-% with regard to the weight of the oil phase of particles of puffed maize kernel endosperm, dispersed in said oil phase, wherein upon sieving at least 80 wt% of said particles passes a sieve with apertures of 500 μm
A process for the production of aliphatic and cyclic hydrocarbons having C 1 to C 25 atoms in a molecule by deoxidation of natural substances or mixtures thereof, based on fatty acids, alcohols, saccharides, lipids, fats or waxes, characterized in that the natural substance or mixture of natural substances is mixed with a deoxidation agent which comprises a liquid carrier selected from the group of substances based on heavy petroleum fractions, mineral oils, natural oils or molten natural fats or mixtures thereof, in the first step, and in the second step the mixture so obtained is treated with radiation of a local gradient field of co-acting infrared and magnetoelectric radiations generated by a radiation source which is immersed in the mixture, wherein during the reaction, the temperature of the reaction mixture is increased due to the action of the local gradient field of the above radiations, said temperature being controlled by the intensity of said field at a value exceeding the boiling temperatures of the individual components of the products being formed, resulting in transport of the vapours thereof above the surface of the reaction mixture, from where said products are fed to the next step of condensation and/or rectification.
A resorbable intramedullary implant for carrying out anarthrodesis between two bone parts or osteosynthesis between two bone fragments, formed of a one-piece body having a general elongated shape with, at each end, zones for anchoring with said respective bone parts or said bone fragments, characterized in that one of the zones is of cylindrical section, whereas the other zone is of flat section.
A light grid in accordance with the time of flight principle having at least one light transmitter which transmits light signals into a measured zone, and having - at least one light receiver which receives the light signals reflected from the measured zone and supplies them in the form of received electrical signals to a control and evaluation unit; - which determines a distance signal representative of the distance of objects from the light grid from the time between the transmission and the reception of the light signal while taking account of the speed of light, wherein the light receiver has at least one single photon avalanche diode; and wherein the light grid has a plurality of light scanners which are composed of a light transmitter and a light receiver and which are arranged in a housing. - at least one light receiver which receives the light signals reflected from the measured zone and supplies them in the form of received electrical signals to a control and evaluation unit; - which determines a distance signal representative of the distance of objects from the light grid from the time between the transmission and the reception of the light signal while taking account of the speed of light,
An electrical enclosure assembly (100, 300) comprising: a first duct section (100a, 300a) having a first panel with a first flange; a second duct section (100b, 300b) adjacent to the first section and having a second panel with a second flange, the second flange being fastened to the first flange of the first panel to form a flanged butt joint (101a, 301a) between the first and second duct sections, the first and second duct sections being in a path through which a pressure wave travels during an arc-fault event in the enclosure to an exhaust vent, characterized in that the electrical enclosure assembly further comprises a pressure ring (112, 312) fastened to at least one of the first and second panels and internally covering the flanged butt joint, the pressure ring being configured to deform with the first and second panels in response to a peak pressure of the pressure wave, the deformation causing the pressure ring to fill-in gaps created in the flanged butt joint by the peak pressure during the arc-fault event. a first duct section (100a, 300a) having a first panel with a first flange; a second duct section (100b, 300b) adjacent to the first section and having a second panel with a second flange, the second flange being fastened to the first flange of the first panel to form a flanged butt joint (101a, 301a) between the first and second duct sections, the first and second duct sections being in a path through which a pressure wave travels during an arc-fault event in the enclosure to an exhaust vent, characterized in that the electrical enclosure assembly further comprises a pressure ring (112, 312) fastened to at least one of the first and second panels and internally covering the flanged butt joint, the pressure ring being configured to deform with the first and second panels in response to a peak pressure of the pressure wave, the deformation causing the pressure ring to fill-in gaps created in the flanged butt joint by the peak pressure during the arc-fault event.