mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling the temperature of a multi-die power module comprising plural dies and a multi-die temperature control device receiving an input signal that is a pulse width modulated signal composed of consecutive periodic cycles of time and driving independently the dies of the multi-die power module, characterized in that the method is executed by the multi-die temperature control device and comprises the steps of: - obtaining (S60), within one cycle, a signal that is representative of the temperature of only one die among the dies of the multi-die power module when the die is not conducting, - obtaining (S62), within one period of time of the same cycle, a signal that is representative of the equivalent resistor value of the internal gate resistors of all the dies in parallel in order to set a reference temperature that is dependent of the temperature of all the dies of the multi-die power module when the dies are not conducting, - comparing the signal that is representative of the temperature of one die to the signal that is representative of the reference temperature, - reducing (S64) the duration of the conducting time of the die or reducing the duration of the conducting time of the other dies of the multi-die power module according to the comparison result. - obtaining (S60), within one cycle, a signal that is representative of the temperature of only one die among the dies of the multi-die power module when the die is not conducting, - obtaining (S62), within one period of time of the same cycle, a signal that is representative of the equivalent resistor value of the internal gate resistors of all the dies in parallel in order to set a reference temperature that is dependent of the temperature of all the dies of the multi-die power module when the dies are not conducting, - comparing the signal that is representative of the temperature of one die to the signal that is representative of the reference temperature, - reducing (S64) the duration of the conducting time of the die or reducing the duration of the conducting time of the other dies of the multi-die power module according to the comparison result.
A display device comprising: a back cover ; a light source coupled to the back cover ; a guide panel positioned at the back cover , the guide panel including a seating portion and a guide wall; a display panel supported on the seating portion of the guide panel ; a top case including a front part covering an edge portion of a front surface of the display panel and a lateral part covering the guide wall of the guide panel , wherein the lateral part of the top case comprises a first part and a second part , the first part being further recessed than the second part ; a fastener that couples the top case , the guide panel , and the back cover by penetrating the first part of the top case , the guide wall of the guide panel and an edge of the back cover , wherein a first end of the fastener is placed at the first part of the top case ; and a rear cabinet that covers the first end of the fastener and the first part of the top case , wherein an inner surface of the first part of the top case contacts the guide wall of the guide panel , wherein the second part of the lateral part of the top case is exposed to an outside of the display device , and wherein the rear cabinet and the second part of the lateral part of the top case form an exterior surface of the display device . a back cover ; a light source coupled to the back cover ; a guide panel positioned at the back cover , the guide panel including a seating portion and a guide wall; a display panel supported on the seating portion of the guide panel ; a top case including a front part covering an edge portion of a front surface of the display panel and a lateral part covering the guide wall of the guide panel , wherein the lateral part of the top case comprises a first part and a second part , the first part being further recessed than the second part ; a fastener that couples the top case , the guide panel , and the back cover by penetrating the first part of the top case , the guide wall of the guide panel and an edge of the back cover , wherein a first end of the fastener is placed at the first part of the top case ; and a rear cabinet that covers the first end of the fastener and the first part of the top case , wherein an inner surface of the first part of the top case contacts the guide wall of the guide panel , wherein the second part of the lateral part of the top case is exposed to an outside of the display device , and wherein the rear cabinet and the second part of the lateral part of the top case form an exterior surface of the display device .
A method for processing a vascular image volume, comprising: acquiring one or more vascular image volumes using an imaging system ; providing the one or more vascular image volumes to one or more neural networks , wherein the one or more neural networks are trained using at least one or more synthetic images to perform one or more of: removing the effects of calcium in all or part of the vascular image volumes and segmenting one or more vessels within the vascular image volumes after the effects of calcium are removed; or segmenting one or more vessels within the vascular image volumes and determining a contrast level for one or more sections of the segmented vessels, wherein determining the contrast level comprises determining a Hounsfield unit estimate for one or more positions along the segmented vessels. acquiring one or more vascular image volumes using an imaging system ; providing the one or more vascular image volumes to one or more neural networks , wherein the one or more neural networks are trained using at least one or more synthetic images to perform one or more of: removing the effects of calcium in all or part of the vascular image volumes and segmenting one or more vessels within the vascular image volumes after the effects of calcium are removed; or segmenting one or more vessels within the vascular image volumes and determining a contrast level for one or more sections of the segmented vessels, wherein determining the contrast level comprises determining a Hounsfield unit estimate for one or more positions along the segmented vessels. removing the effects of calcium in all or part of the vascular image volumes and segmenting one or more vessels within the vascular image volumes after the effects of calcium are removed; or segmenting one or more vessels within the vascular image volumes and determining a contrast level for one or more sections of the segmented vessels, wherein determining the contrast level comprises determining a Hounsfield unit estimate for one or more positions along the segmented vessels.
A device for handling multipath of a G.N.S.S. signal, said device being configured to: - receive a G.N.S.S. signal; - determine a spatial position, a clock time and measured multipath parameters comprising a relative delay and a relative amplitude; - communicate to a remote server said G.N.S:S signal, spatial position, clock time and measured multipath parameters; - receive processed multipath parameters as determined by the remote server; and - correct one or more pseudo-distances with the received processed multipath parameters to calculate the spatial position. - receive a G.N.S.S. signal; - determine a spatial position, a clock time and measured multipath parameters comprising a relative delay and a relative amplitude; - communicate to a remote server said G.N.S:S signal, spatial position, clock time and measured multipath parameters; - receive processed multipath parameters as determined by the remote server; and - correct one or more pseudo-distances with the received processed multipath parameters to calculate the spatial position.
An isolated conjugate comprising full-length factor VIII covalently attached at the B-domain to one or more biocompatible polymers.
A process for preparing a feedstock with a plurality of polyaryletherketone, PAEK, particles for selective laser sintering, each of the plurality of PAEK particles within one of a plurality of particle size ranges, the process comprising the steps of: determining a particle size distribution of the plurality of PAEK particles in the feedstock based on respective numbers of the plurality of PAEK particles within each of the plurality of particle size ranges; identifying one or more of the plurality of particle size ranges having a depressed melting temperature relative to the average melting temperature of the plurality of PAEK particles in the feedstock, and reducing the respective numbers of the plurality of PAEK particles in the feedstock within one or more of the plurality of particle size ranges having a depressed melting temperature relative to the average melting temperature of the plurality of PAEK particles in the feedstock based on the particle size distribution determination. determining a particle size distribution of the plurality of PAEK particles in the feedstock based on respective numbers of the plurality of PAEK particles within each of the plurality of particle size ranges; identifying one or more of the plurality of particle size ranges having a depressed melting temperature relative to the average melting temperature of the plurality of PAEK particles in the feedstock, and reducing the respective numbers of the plurality of PAEK particles in the feedstock within one or more of the plurality of particle size ranges having a depressed melting temperature relative to the average melting temperature of the plurality of PAEK particles in the feedstock based on the particle size distribution determination.
A drone , comprising: a first housing having a plurality of propellers configured to create a lift; a power driving unit configured to provide rotation power to each of the plurality of propellers ; a ground sensing unit configured to measure a distance to a first region of ground and a shape of the first region; and a controller configured to control the power driving unit to differentiate rotation ratios of the plurality of propellers based on the measured distance and shape in response to an input for landing at the first region, characterized in that the drone further comprises: a second housing coupled to the first housing to enable a yaw, a pitch and a roll with regard to the first housing , the second housing having a camera , and wherein in response to the signal for landing at the first region, the controller is further configured to control the yaw, pitch and roll of the second housing based on the measured shape of the first region to enable the first housing to maintain level on an earth center and enable the second housing to be in parallel with the first region of ground . a first housing having a plurality of propellers configured to create a lift; a power driving unit configured to provide rotation power to each of the plurality of propellers ; a ground sensing unit configured to measure a distance to a first region of ground and a shape of the first region; and a controller configured to control the power driving unit to differentiate rotation ratios of the plurality of propellers based on the measured distance and shape in response to an input for landing at the first region, characterized in that the drone further comprises: a second housing coupled to the first housing to enable a yaw, a pitch and a roll with regard to the first housing , the second housing having a camera , and wherein in response to the signal for landing at the first region, the controller is further configured to control the yaw, pitch and roll of the second housing based on the measured shape of the first region to enable the first housing to maintain level on an earth center and enable the second housing to be in parallel with the first region of ground . a second housing coupled to the first housing to enable a yaw, a pitch and a roll with regard to the first housing , the second housing having a camera , and wherein in response to the signal for landing at the first region, the controller is further configured to control the yaw, pitch and roll of the second housing based on the measured shape of the first region to enable the first housing to maintain level on an earth center and enable the second housing to be in parallel with the first region of ground .
A laser system comprising: a laser configured to generate a laser beam; a power supply arranged to provide a drive power to the laser; a photodetector arranged to detect the power of the laser beam and provide a detection signal from the power of the laser beam; and a feedback loop arranged to: form a feedback signal by subtracting a target signal from the detection signal, wherein the feedback signal has a high bandwidth extending from a DC frequency to a frequency of at least 10 kHz; amplify the feedback signal; and adjust the drive power according to the amplified feedback signal, thereby reducing noise in the laser beam. a laser configured to generate a laser beam; a power supply arranged to provide a drive power to the laser; a photodetector arranged to detect the power of the laser beam and provide a detection signal from the power of the laser beam; and a feedback loop arranged to: form a feedback signal by subtracting a target signal from the detection signal, wherein the feedback signal has a high bandwidth extending from a DC frequency to a frequency of at least 10 kHz; amplify the feedback signal; and adjust the drive power according to the amplified feedback signal, thereby reducing noise in the laser beam. form a feedback signal by subtracting a target signal from the detection signal, wherein the feedback signal has a high bandwidth extending from a DC frequency to a frequency of at least 10 kHz; amplify the feedback signal; and adjust the drive power according to the amplified feedback signal, thereby reducing noise in the laser beam.
A power conversion device for converting power between a direct-current (DC) circuit and an alternating-current (AC) circuit , the power conversion device comprising: a power converter circuit which includes a plurality of unit converters connected in series; and a controller , wherein each unit converter of the plurality of unit converters includes one or more switching elements and a capacitor , the controller is configured to transmit, to the unit converter through a first transmission medium (FC1), information on a switching command for the unit converter , the unit converter is configured to transmit, to the controller through a second transmission medium (RC), information on at least one condition of the unit converter , and the first transmission medium (FC1) is an optical fiber, and the second transmission medium (RC) is a wireless communication channel. a power converter circuit which includes a plurality of unit converters connected in series; and a controller , wherein each unit converter of the plurality of unit converters includes one or more switching elements and a capacitor , the controller is configured to transmit, to the unit converter through a first transmission medium (FC1), information on a switching command for the unit converter , the unit converter is configured to transmit, to the controller through a second transmission medium (RC), information on at least one condition of the unit converter , and the first transmission medium (FC1) is an optical fiber, and the second transmission medium (RC) is a wireless communication channel.
A prosthesis (P) for a fractured long bone, the prosthesis (P) comprising: - a stem part comprising: ∘ a rod , configured for being inserted into a medullary cavity of a diaphyseal fragment of the fractured long bone, for securing the stem part to the diaphyseal fragment , and ∘ an epiphyseal end , fixedly secured to the rod by means of at least one linker leg of the stem part , so that a gap is formed between the epiphyseal end and the rod along said at least one linker leg ; and - an implant distinct from the stem part and comprising: ∘ an internal part located at least partially within the gap , and ∘ at least one fastener for fastening epiphyseal fragments of the fractured long bone to the stem part , said at least one fastener being secured to the internal part, characterized in that the internal part has clipping means, such as one or more elastic tongues , elastic protrusions and/or notches , allowing snap-fitting or clipping of the internal part into the gap , for securing the internal part to the gap . - a stem part comprising: ∘ a rod , configured for being inserted into a medullary cavity of a diaphyseal fragment of the fractured long bone, for securing the stem part to the diaphyseal fragment , and ∘ an epiphyseal end , fixedly secured to the rod by means of at least one linker leg of the stem part , so that a gap is formed between the epiphyseal end and the rod along said at least one linker leg ; and ∘ a rod , configured for being inserted into a medullary cavity of a diaphyseal fragment of the fractured long bone, for securing the stem part to the diaphyseal fragment , and ∘ an epiphyseal end , fixedly secured to the rod by means of at least one linker leg of the stem part , so that a gap is formed between the epiphyseal end and the rod along said at least one linker leg ; and - an implant distinct from the stem part and comprising: ∘ an internal part located at least partially within the gap , and ∘ at least one fastener for fastening epiphyseal fragments of the fractured long bone to the stem part , said at least one fastener being secured to the internal part, ∘ an internal part located at least partially within the gap , and ∘ at least one fastener for fastening epiphyseal fragments of the fractured long bone to the stem part , said at least one fastener being secured to the internal part,
A method for the cryopreservation of a sample of human adipose tissue previously taken from a subject, comprising a freezing phase of said tissue, a storage phase of frozen tissue for a certain period of time, and a thawing phase of the tissue, said method being characterised in that said thawing phase is carried out by successive washings of said tissue with solutions of trehalose and dimethylsulphoxide (DMSO), at decreasing concentration to zero of DMSO, the last washing being carried out with a solution of trehalose only.
A mold assembly with an inserted pipe for high pressure casting a differential carrier case, comprising: a mold core into which a first end of the pipe is inserted; a mold core pin fixed to the mold core to fix the mold core and the first end of the pipe ; a drive core pin inserted into a second end of the pipe ; and a first portion surrounding an outer portion of the pipe , wherein the first end of the pipe is formed to have a first concave-convex portion , and a portion of the mold core into which the first end of the pipe is inserted is formed to have a second concave-convex portion , such that the first concave-convex portion at the first end of the pipe and the second concave-convex portion of the mold core are fixedly coupled to each other. a mold core into which a first end of the pipe is inserted; a mold core pin fixed to the mold core to fix the mold core and the first end of the pipe ; a drive core pin inserted into a second end of the pipe ; and a first portion surrounding an outer portion of the pipe , wherein the first end of the pipe is formed to have a first concave-convex portion , and a portion of the mold core into which the first end of the pipe is inserted is formed to have a second concave-convex portion , such that the first concave-convex portion at the first end of the pipe and the second concave-convex portion of the mold core are fixedly coupled to each other.
Regulation station for regulating the circulation of a gas from a gas network referred to as "upstream" , transporting the gas at a pressure Pa, to a gas network referred to as "downstream" , transporting the gas at a pressure Pb, such that Pa is strictly greater than Pb, which station is characterised in that it comprises: - on a first set of pipes transporting the gas between the upstream network and the downstream network: - a compression device comprising a piston actuated by the expansion of gas supplied by the upstream network and configured to compress a gas referred to as "drive gas"; - a discharge to the downstream network of the expanded gas of the upstream network in the compression device and - on a second set of pipes transporting the drive gas: a pneumatic valve , configured to control the flow rate of gas flowing from the upstream network to the downstream network, actuated by the drive gas. - on a first set of pipes transporting the gas between the upstream network and the downstream network: - a compression device comprising a piston actuated by the expansion of gas supplied by the upstream network and configured to compress a gas referred to as "drive gas"; - a discharge to the downstream network of the expanded gas of the upstream network in the compression device and - on a second set of pipes transporting the drive gas: a pneumatic valve , configured to control the flow rate of gas flowing from the upstream network to the downstream network, actuated by the drive gas.
A pot spinning machine having: a yarn suction pipe for suctioning yarn supplied from a drafting device ; a cylindrical pot ; and a yarn guide for guiding the yarn , which is supplied thereto through the yarn suction pipe , into the pot , the pot spinning machine forming a cake by winding the yarn discharged from the yarn guide around an inner wall of the pot , the pot spinning machine comprising: a detection sensor for detecting behavior of the yarn on a yarn path extending from the drafting device to the yarn suction pipe ; and a control unit ; the pot spinning machine being characterized by a cutting mechanism for cutting the yarn midway along a yarn path extending from the drafting device to the inner wall of the pot via the yarn suction pipe and the yarn guide ; wherein the control unit executes control to drive the cutting mechanism when determining that a roller windup or a yarn blockage phenomenon occurs on the basis of a detection result from the detection sensor . a yarn suction pipe for suctioning yarn supplied from a drafting device ; a cylindrical pot ; and a yarn guide for guiding the yarn , which is supplied thereto through the yarn suction pipe , into the pot , the pot spinning machine forming a cake by winding the yarn discharged from the yarn guide around an inner wall of the pot , the pot spinning machine comprising: a detection sensor for detecting behavior of the yarn on a yarn path extending from the drafting device to the yarn suction pipe ; and a control unit ; the pot spinning machine being characterized by a cutting mechanism for cutting the yarn midway along a yarn path extending from the drafting device to the inner wall of the pot via the yarn suction pipe and the yarn guide ; wherein the control unit executes control to drive the cutting mechanism when determining that a roller windup or a yarn blockage phenomenon occurs on the basis of a detection result from the detection sensor . a detection sensor for detecting behavior of the yarn on a yarn path extending from the drafting device to the yarn suction pipe ; and a control unit ; the pot spinning machine being characterized by a cutting mechanism for cutting the yarn midway along a yarn path extending from the drafting device to the inner wall of the pot via the yarn suction pipe and the yarn guide ; wherein the control unit executes control to drive the cutting mechanism when determining that a roller windup or a yarn blockage phenomenon occurs on the basis of a detection result from the detection sensor .