mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing method of a coil component comprising the steps of: assembling and forming a coil assembly body in which a coil is attached to a magnetic-body core; and inputting the coil assembly body and a putty-like admixture including magnetic powders and a thermosetting resin into an inner cylindrical portion of a die (130, 130B), further comprising the steps of: pressing the admixture which is inputted into the inner cylindrical portion, applying vibration for giving shear force with respect to the admixture which is inputted into the inner cylindrical portion for decreasing the viscosity of the aforesaid admixture, and thermosetting and forming a magnetic cover portion by heating an integrated object comprised of the admixture which was applied with the vibration and the coil assembly body and by thermally-curing the thermosetting resin included in the admixture. assembling and forming a coil assembly body in which a coil is attached to a magnetic-body core; and inputting the coil assembly body and a putty-like admixture including magnetic powders and a thermosetting resin into an inner cylindrical portion of a die (130, 130B), further comprising the steps of: pressing the admixture which is inputted into the inner cylindrical portion, applying vibration for giving shear force with respect to the admixture which is inputted into the inner cylindrical portion for decreasing the viscosity of the aforesaid admixture, and thermosetting and forming a magnetic cover portion by heating an integrated object comprised of the admixture which was applied with the vibration and the coil assembly body and by thermally-curing the thermosetting resin included in the admixture. pressing the admixture which is inputted into the inner cylindrical portion, applying vibration for giving shear force with respect to the admixture which is inputted into the inner cylindrical portion for decreasing the viscosity of the aforesaid admixture, and thermosetting and forming a magnetic cover portion by heating an integrated object comprised of the admixture which was applied with the vibration and the coil assembly body and by thermally-curing the thermosetting resin included in the admixture.
A bag sorting method whereby: - bags are provided, filing flat one after the other while being separated by a gap; - each bag is presented in front of a visual inspection system to determine an acceptable or unacceptable quality of the bag inspected; and - the acceptable bags are stacked and the unacceptable bags are rejected after they have passed in front of the visual inspection system; - the method being characterized in that, before the visual inspection, the outer edges of each bag are checked to determine whether the template and the position of the bag correspond to a calibrated bag or non-calibrated bag, the non-calibrated bags are ejected upstream of the visual inspection system, and the calibrated bags are presented to the visual inspection system. - bags are provided, filing flat one after the other while being separated by a gap; - each bag is presented in front of a visual inspection system to determine an acceptable or unacceptable quality of the bag inspected; and - the acceptable bags are stacked and the unacceptable bags are rejected after they have passed in front of the visual inspection system; - the method being characterized in that, before the visual inspection, the outer edges of each bag are checked to determine whether the template and the position of the bag correspond to a calibrated bag or non-calibrated bag, the non-calibrated bags are ejected upstream of the visual inspection system, and the calibrated bags are presented to the visual inspection system.
A filtration arrangement for a filtration apparatus for filtrating liquid, the filtration arrangement comprising: - a filtration vessel comprising two circular portions (92a, 92b); - a continuous filtering element for removing particles from liquid passing therethrough, the filtering element being arranged to move along a path into the filtration vessel and out from the filtration vessel; - two wheels (18a, 18b) sealingly engaging the filtering element on opposite sides thereof inside the filtration vessel, where each of the two wheels (18a, 18b) is rotatable relative to the filtration vessel along with movement of the filtering element, and where the two wheels (18a, 18b) are forced into a respective of the circular portions (92a, 92b) with the filtering element therebetween; and at least one stationary wheel sealing member (98, 98a, 98b) arranged to seal between the filtering element and a respective of the circular portions (92a, 92b). - a filtration vessel comprising two circular portions (92a, 92b); - a continuous filtering element for removing particles from liquid passing therethrough, the filtering element being arranged to move along a path into the filtration vessel and out from the filtration vessel; - two wheels (18a, 18b) sealingly engaging the filtering element on opposite sides thereof inside the filtration vessel, where each of the two wheels (18a, 18b) is rotatable relative to the filtration vessel along with movement of the filtering element, and where the two wheels (18a, 18b) are forced into a respective of the circular portions (92a, 92b) with the filtering element therebetween; and
An antibody binding to human CSF-1R for use in the treatment of cancer wherein the anti-CSF-1R antibody is administered in combination with an agonistic CD40 antibody.
A tremor suppression device comprising: a garment wearable on an anatomical region and including electrodes contacting the anatomical region when the garment is worn on the anatomical region; and an electronic controller configured to: detect electromyography signals as a function of anatomical location and time using the electrodes; identify tremors as a function of anatomical location and time based on the EMG signals; apply neuromuscular electrical stimulation (NMES) at one or more anatomical locations as a function of time using the electrodes to suppress the identified tremors, and wherein the electronic controller is configured to apply the NMES by operations including: determining tremor suppressing NMES at one or more anatomical locations as a function of time based on the identified tremors and an anatomy-specific tremor migration model; and applying the determined tremor suppressing NMES using the electrodes. a garment wearable on an anatomical region and including electrodes contacting the anatomical region when the garment is worn on the anatomical region; and an electronic controller configured to: detect electromyography signals as a function of anatomical location and time using the electrodes; identify tremors as a function of anatomical location and time based on the EMG signals; apply neuromuscular electrical stimulation (NMES) at one or more anatomical locations as a function of time using the electrodes to suppress the identified tremors, and detect electromyography signals as a function of anatomical location and time using the electrodes; identify tremors as a function of anatomical location and time based on the EMG signals; apply neuromuscular electrical stimulation (NMES) at one or more anatomical locations as a function of time using the electrodes to suppress the identified tremors, and wherein the electronic controller is configured to apply the NMES by operations including: determining tremor suppressing NMES at one or more anatomical locations as a function of time based on the identified tremors and an anatomy-specific tremor migration model; and applying the determined tremor suppressing NMES using the electrodes. determining tremor suppressing NMES at one or more anatomical locations as a function of time based on the identified tremors and an anatomy-specific tremor migration model; and applying the determined tremor suppressing NMES using the electrodes.
A workpiece holder for machining centers, comprising a body, at least one claw (32, 34) which can move with respect to the body between two stroke limit positions under the control of actuation means, sensor means adapted to detect the stroke limit positioning of the claw (32, 34), wherein said sensor means comprise a pneumatic valve which controls a pressurized air circuit provided in the body and equipped with a flow control element which can move between a closure position and a venting position of said circuit under the control of transmission means operatively connected to the claw (32, 34), characterised in that said transmission means are adapted to cause the switching from said closure position to said venting position when said claw (32, 34) reaches said stroke limit positions, and in that said flow control element is biased toward said closure position by primary elastic means. a body, at least one claw (32, 34) which can move with respect to the body between two stroke limit positions under the control of actuation means, sensor means adapted to detect the stroke limit positioning of the claw (32, 34), wherein said sensor means comprise a pneumatic valve which controls a pressurized air circuit provided in the body and equipped with a flow control element which can move between a closure position and a venting position of said circuit under the control of transmission means operatively connected to the claw (32, 34), characterised in that said transmission means are adapted to cause the switching from said closure position to said venting position when said claw (32, 34) reaches said stroke limit positions, and in that said flow control element is biased toward said closure position by primary elastic means.
Bearing which has at least one area on which, for corrosion resistance, a strip or two or more strips arranged alongside one another of a plastics film has/have been applied directly to a steel material of the bearing, where there are overlaps at the locations at which the ends of the single strip meet and/or at the locations at which the strips arranged alongside one another of the plastics film meet, characterized in that the plastics film has been durably applied to the area and has been durably adhesive-bonded to the bearing.
An aircraft braking system comprising: a brake pedal (14,16); and a switch configured to enable power delivery to a sensor coupled to the brake pedal (14,16); characterised in that the sensor is configured to measure a brake pedal displacement and duration of the brake pedal displacement above a predetermined threshold of time, wherein in response to the sensor measuring the brake pedal displacement a predetermined distance for a predetermined duration, the aircraft braking system is enabled during flight, thereby forcing the aircraft braking system out of hibernation into an operational mode. a brake pedal (14,16); and a switch configured to enable power delivery to a sensor coupled to the brake pedal (14,16); characterised in that the sensor is configured to measure a brake pedal displacement and duration of the brake pedal displacement above a predetermined threshold of time, wherein in response to the sensor measuring the brake pedal displacement a predetermined distance for a predetermined duration, the aircraft braking system is enabled during flight, thereby forcing the aircraft braking system out of hibernation into an operational mode.
A semiconductor light emitting device, comprising: a semiconductor layer including a first surface having an unevenness, a second surface opposite to the first surface, and a light emitting layer, the semiconductor layer including gallium nitride; a p-side electrode provided on the second surface in a region including the light emitting layer; an n-side electrode provided on the second surface in a region not including the light emitting layer; an inorganic film provided to conform to the unevenness of the first surface and in contact with the first surface, the inorganic film having main components of silicon and nitrogen and a refractive index between a refractive index of the gallium nitride and a refractive index of air, an unevenness being formed also in a surface of the inorganic film, a transparent body provided on the first surface of the semiconductor layer with the inorganic film interposed, the transparent body being transparent to an emitted light from the light emitting layer, and an insulating layer provided around the semiconductor layer, the insulating layer including a first surface facing the same direction as does the first surface of the semiconductor layer, the inorganic film being provided also on the first surface of the insulating layer. a semiconductor layer including a first surface having an unevenness, a second surface opposite to the first surface, and a light emitting layer, the semiconductor layer including gallium nitride; a p-side electrode provided on the second surface in a region including the light emitting layer; an n-side electrode provided on the second surface in a region not including the light emitting layer; an inorganic film provided to conform to the unevenness of the first surface and in contact with the first surface, the inorganic film having main components of silicon and nitrogen and a refractive index between a refractive index of the gallium nitride and a refractive index of air, an unevenness being formed also in a surface of the inorganic film, a transparent body provided on the first surface of the semiconductor layer with the inorganic film interposed, the transparent body being transparent to an emitted light from the light emitting layer, and an insulating layer provided around the semiconductor layer, the insulating layer including a first surface facing the same direction as does the first surface of the semiconductor layer, the inorganic film being provided also on the first surface of the insulating layer.
Combination of drone brood and calcium for use in the treatment of cavities in metaphyseal (trabecular) bone sections by filling calcium and prevention of its excretion from these bones.
A method for obtaining channel conditions per antenna element, the method being performed by a wireless radio transceiver device comprising N antenna elements (160a, 160N) in an antenna array with analog beamforming and being configured to communicate using beams (110a, 110b, 110M), the method comprising: obtaining, for a stationary radio propagation channel and when verifying that the radio propagation channel is stationary, channel conditions for signals received by the wireless radio transceiver device in M beams (110a, 110b, 110M), where M>i; and transforming the channel conditions for the M beams (110a, 110b, 110M) to channel conditions for the N antenna elements (160a, 160N) by using a relation based on beamforming weights that map the N antenna elements (160a, 160N) to the M beams (110a, 110b, 110M). obtaining, for a stationary radio propagation channel and when verifying that the radio propagation channel is stationary, channel conditions for signals received by the wireless radio transceiver device in M beams (110a, 110b, 110M), where M>i; and transforming the channel conditions for the M beams (110a, 110b, 110M) to channel conditions for the N antenna elements (160a, 160N) by using a relation based on beamforming weights that map the N antenna elements (160a, 160N) to the M beams (110a, 110b, 110M).
A method of manufacturing a composite material, the method comprising: applying a magnetic field to a configuration, the configuration including a layer of reinforcement material penetrated with viscous matrix material that is doped with electrically conductive particles, the magnetic field arranging the particles into an electrically conductive pathway; and curing the matrix material to a cured state to secure the electrically conductive pathway in position relative to the layer of reinforcement material, wherein the layer of reinforcement material is a layer of stacked carbon fibers. applying a magnetic field to a configuration, the configuration including a layer of reinforcement material penetrated with viscous matrix material that is doped with electrically conductive particles, the magnetic field arranging the particles into an electrically conductive pathway; and curing the matrix material to a cured state to secure the electrically conductive pathway in position relative to the layer of reinforcement material, wherein the layer of reinforcement material is a layer of stacked carbon fibers.
A start control system controlling the start of a vehicle, comprising: a determining unit that determines a vehicle state; an input unit that inputs an accelerator position; a target speed setting unit that sets an engine target speed; and a storing unit (53, 54) that stores setting information, said storing unit (53, 54) comprising an association information storage that stores first association information that associates an accelerator position with a first target speed of an engine, said target speed setting unit comprising a first setting unit that sets the engine target speed to said first target speed if it is determined by said determining unit that the vehicle is in a start control period, characterized in that said association information storage further stores second association information that associates an accelerator position with a second target speed of the engine, said first target speed being set to a larger value than said second target speed for the same accelerator position, and said target speed setting unit further comprises: a second setting unit that sets the engine target speed to said second target speed when a value used to evaluate an engine speed reaches said first target speed. a determining unit that determines a vehicle state; an input unit that inputs an accelerator position; a target speed setting unit that sets an engine target speed; and a storing unit (53, 54) that stores setting information, said storing unit (53, 54) comprising an association information storage that stores first association information that associates an accelerator position with a first target speed of an engine, said target speed setting unit comprising a first setting unit that sets the engine target speed to said first target speed if it is determined by said determining unit that the vehicle is in a start control period, characterized in that said association information storage further stores second association information that associates an accelerator position with a second target speed of the engine, said first target speed being set to a larger value than said second target speed for the same accelerator position, and said target speed setting unit further comprises: a second setting unit that sets the engine target speed to said second target speed when a value used to evaluate an engine speed reaches said first target speed.
Composition comprising an effective amount of meglumine or a salt thereof for use in reversing an unhealthy physiological condition associated with a poor state of health or well-being of the subject, wherein the said condition is high triglyceride levels.
A diffraction grating comprising: a substrate (206, 600) having an outer surface, the substrate having a first refractive index; a plurality of grating elements (202, 204, 302, 602, 604, 606), each grating element comprising a stepped channel inset into the substrate, the stepped channel having a second refractive index greater than the first refractive index; wherein the stepped channel is a two-step channel having a first step (208, 306) along the outer surface of the substrate and a second step (210, 308) extending inward from the first step, the first step having a greater width than the second step; characterized in that the height of the stepped channel is less than twice the height of the first step. a substrate (206, 600) having an outer surface, the substrate having a first refractive index; a plurality of grating elements (202, 204, 302, 602, 604, 606), each grating element comprising a stepped channel inset into the substrate, the stepped channel having a second refractive index greater than the first refractive index; wherein the stepped channel is a two-step channel having a first step (208, 306) along the outer surface of the substrate and a second step (210, 308) extending inward from the first step, the first step having a greater width than the second step; characterized in that the height of the stepped channel is less than twice the height of the first step.
A method for logging a target device onto a network, comprising the steps of: - transmitting an electronic log-on message from a terminal device to a universal communication platform by a user, wherein the log-on message contains information about the identity of the target device and a logon option to said network, and where at the time of transmission of the electronic logon message there is not yet any communication link between the terminal device and the target device active; - integrating the above-mentioned information of the log-on message into a log-on credentials message by the universal communication platform; - transmitting the aforementioned log-on credentials message from the universal communication platform to the user's terminal device; - transmitting the information contained in the log-on credentials message in the form of modulated light by the said user's terminal device; - acquiring said information through a light-sensitive sensor of the target device and extracting the information about the option to log onto said network in form of a password, and - logging onto the network using the above-mentioned logon option in form of a password through the target device. - transmitting an electronic log-on message from a terminal device to a universal communication platform by a user, wherein the log-on message contains information about the identity of the target device and a logon option to said network, and where at the time of transmission of the electronic logon message there is not yet any communication link between the terminal device and the target device active; - integrating the above-mentioned information of the log-on message into a log-on credentials message by the universal communication platform; - transmitting the aforementioned log-on credentials message from the universal communication platform to the user's terminal device; - transmitting the information contained in the log-on credentials message in the form of modulated light by the said user's terminal device; - acquiring said information through a light-sensitive sensor of the target device and extracting the information about the option to log onto said network in form of a password, and - logging onto the network using the above-mentioned logon option in form of a password through the target device.
A state of charge, SOC, estimating apparatus, comprising: a measuring unit configured to measure at least one of voltage, current and temperature of a battery; characterised in further comprising: a noise generating unit configured to generate noise corresponding to the voltage of the battery based on a plurality of preset voltage regions; a filtering unit configured to receive the noise generated by the noise generating unit and filter the generated noise corresponding to the voltage of the battery based on the plurality of preset voltage regions; and an SOC estimating unit configured to estimate an SOC of the battery based on at least one of voltage, current and temperature of the battery and the noise filtered by the filtering unit. a noise generating unit configured to generate noise corresponding to the voltage of the battery based on a plurality of preset voltage regions; a filtering unit configured to receive the noise generated by the noise generating unit and filter the generated noise corresponding to the voltage of the battery based on the plurality of preset voltage regions; and an SOC estimating unit configured to estimate an SOC of the battery based on at least one of voltage, current and temperature of the battery and the noise filtered by the filtering unit.