mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method programmable in a non-transitory memory of a device comprising: performing whole tumor segmentation followed by performing multi-class tumor segmentation, wherein the whole tumor segmentation includes: acquiring multi-modal MRIs including Tl, T1c, Flair and T2; analyzing the T1c MRI to determine a least-tumor hemisphere, the least-tumor hemisphere being a brain hemisphere with the least amount of tumors; classifying tissue of the least-tumor hemisphere into White Matter, Grey Matter and Cerebrospinal Fluid; generating an intensity histogram for each of the multi-modal MRIs and, from the intensity histograms, identifying intensity control points based on intensities of the classified tissue; normalizing the intensity for each of the MRIs based on the intensity control points; locating initial tumor seeds using the intensity histograms, an initial tumor seed being an intensity above a threshold, wherein the threshold is based on the control points; and segmenting a tumor based on the tumor seeds. acquiring multi-modal MRIs including Tl, T1c, Flair and T2; analyzing the T1c MRI to determine a least-tumor hemisphere, the least-tumor hemisphere being a brain hemisphere with the least amount of tumors; classifying tissue of the least-tumor hemisphere into White Matter, Grey Matter and Cerebrospinal Fluid; generating an intensity histogram for each of the multi-modal MRIs and, from the intensity histograms, identifying intensity control points based on intensities of the classified tissue; normalizing the intensity for each of the MRIs based on the intensity control points; locating initial tumor seeds using the intensity histograms, an initial tumor seed being an intensity above a threshold, wherein the threshold is based on the control points; and segmenting a tumor based on the tumor seeds.
Method for determining a characteristic of a receiver in a medium, said characteristic being detection information and/or identity information and/or location information of said receiver, said method being implemented by a system comprising: - an antenna capable of emitting a primary wave in the medium, and of receiving a secondary wave resulting from the primary wave and from the presence of the receiver in the medium, - a plurality of adjustable elements having an impedance which can be modified to change the manner in which the primary wave is emitted and/or reflected and/or transmitted, and - a controller connected to the antenna and to the adjustable elements and which controls the state of the adjustable elements based on a set of parameters, and the receiver being capable of actively emitting the secondary wave in response to receiving the primary wave, said method being characterized in that the system: a) causes the antenna to emit a primary wave, b) controls the adjustable elements during at least one probing period, successively with a plurality of sets of parameters, each set of parameters being different from the previous one, in order to modify the propagation of the primary wave and/or secondary wave during the emission and/or reception of waves by the antenna, c) stores signals received by the antenna during said probing period, and d) determines the characteristic of the receiver in the medium based on the signals received for each set of parameters. - an antenna capable of emitting a primary wave in the medium, and of receiving a secondary wave resulting from the primary wave and from the presence of the receiver in the medium, - a plurality of adjustable elements having an impedance which can be modified to change the manner in which the primary wave is emitted and/or reflected and/or transmitted, and - a controller connected to the antenna and to the adjustable elements and which controls the state of the adjustable elements based on a set of parameters, and a) causes the antenna to emit a primary wave, b) controls the adjustable elements during at least one probing period, successively with a plurality of sets of parameters, each set of parameters being different from the previous one, in order to modify the propagation of the primary wave and/or secondary wave during the emission and/or reception of waves by the antenna, c) stores signals received by the antenna during said probing period, and d) determines the characteristic of the receiver in the medium based on the signals received for each set of parameters.
Guide for a sliding glazing, in particular for an automobile, said guide being intended to be fastened onto a glazing and to cooperate with a glass run seal, said guide comprising a body made of a single piece and having an elongated shape along an axis, said body comprising: - a fastening portion extending along said axis and having a face (114a1) configured to be fastened onto the glazing, and - a guide portion extending along said axis and being cross sectional L-shaped, said guide portion comprising a wall (114b1) substantially parallel to said face (114a1) and a free rib (114b2) substantially perpendicular to said face (114a1), said free rib (114b2) including a first lateral face facing said fastening portion and a second lateral face opposite to said first lateral face, characterized in that at least one of said first and second lateral faces (128, 130) is non-planar and includes an alternation of bumps and hollows. - a fastening portion extending along said axis and having a face (114a1) configured to be fastened onto the glazing, and - a guide portion extending along said axis and being cross sectional L-shaped, said guide portion comprising a wall (114b1) substantially parallel to said face (114a1) and a free rib (114b2) substantially perpendicular to said face (114a1), said free rib (114b2) including a first lateral face facing said fastening portion and a second lateral face opposite to said first lateral face,
Crane, in particular loading crane, with an arm system that has several arms, wherein the arm system has at least: - a crane column, rotatable about an axis of rotation, which is mounted pivotable over a structurally predefined crane column pivoting range (φ 1 - φ 2) and has one degree of freedom (φ) due to its pivotable mounting, - a main arm, which is mounted on the crane column pivotable over a structurally predefined main arm pivoting range (α 1 - α 2) and has one degree of freedom (α) due to its pivotable mounting, - an articulated arm, which is mounted on the main arm pivotable over a structurally predefined articulated arm pivoting range (β 1 - β 2) and has one degree of freedom (β) due to its pivotable mounting, - at least one extension arm, which is mounted in the articulated arm displaceable over a structurally predefined extension range (L 1 - L 2) and has one degree of freedom due to its displaceable mounting, and wherein the crane has a crane controller which is configured, in a coordinate control operating mode, to carry out a coordinate control of the arm system, characterized in that the crane controller has a user interface, wherein the user interface has at least one function that can be chosen by a user, through which at least one of the degrees of freedom (α, β, φ, L) of the arm system is limitable or limited in the coordinate control operating mode. - a crane column, rotatable about an axis of rotation, which is mounted pivotable over a structurally predefined crane column pivoting range (φ 1 - φ 2) and has one degree of freedom (φ) due to its pivotable mounting, - a main arm, which is mounted on the crane column pivotable over a structurally predefined main arm pivoting range (α 1 - α 2) and has one degree of freedom (α) due to its pivotable mounting, - an articulated arm, which is mounted on the main arm pivotable over a structurally predefined articulated arm pivoting range (β 1 - β 2) and has one degree of freedom (β) due to its pivotable mounting, - at least one extension arm, which is mounted in the articulated arm displaceable over a structurally predefined extension range (L 1 - L 2) and has one degree of freedom due to its displaceable mounting,
A method for sending a message for a Device to Device proximity service D2D Prose, comprising: determining, by a base station, a device identifier list of D2D ProSe user equipments and a resource parameter that is used by a D2D ProSe user equipment to send discovery signals, wherein the resource parameter is determined by any one or a combination of the following: a time-domain resource parameter; a frequency-domain resource parameter; and a code-word resource parameter; wherein a position of a device identifier in the device identifier list corresponds to a position of the resource parameter in a resource set, wherein the resource set is a set of resource parameters and the D2D ProSe user equipments comprise a first D2D ProSe user equipment and a second D2D ProSe user equipment and broadcasting, by the base station, a first indication message, wherein the first indication message carries the device identifier list and the resource set, whereby the first D2D ProSe user equipment receiving the first indication message broadcasted by the base station can perform, according to the device identifier list and the resource parameter that are carried by the first indication message, a D2D ProSe with the second ProSe user equipment through direct detection according to the resource parameter to obtain the sending signal. determining, by a base station, a device identifier list of D2D ProSe user equipments and a resource parameter that is used by a D2D ProSe user equipment to send discovery signals, wherein the resource parameter is determined by any one or a combination of the following: a time-domain resource parameter; a frequency-domain resource parameter; and a code-word resource parameter; wherein a position of a device identifier in the device identifier list corresponds to a position of the resource parameter in a resource set, wherein the resource set is a set of resource parameters and the D2D ProSe user equipments comprise a first D2D ProSe user equipment and a second D2D ProSe user equipment and broadcasting, by the base station, a first indication message, wherein the first indication message carries the device identifier list and the resource set, whereby the first D2D ProSe user equipment receiving the first indication message broadcasted by the base station can perform, according to the device identifier list and the resource parameter that are carried by the first indication message, a D2D ProSe with the second ProSe user equipment through direct detection according to the resource parameter to obtain the sending signal.
Ultrasonic meter for determining the flow rate of a flowing medium, in particular a liquid or a gas, comprising a housing, a measuring section arranged within the housing, with a time-of-flight measurement, in particular a differential time-of-flight measurement, being performable along said measuring section, at least one ultrasonic transducer, at least one deflection mirror, by means of which the ultrasonic wave of the ultrasonic transducer is deflected, a deflection mirror holder with an elongate mirror holder extension with an arched guiding face at the top side thereof on the side of the inflow of the medium, wherein the mirror holder extension continues the surface of the deflection mirror in a substantially flush manner on the side of the inflow of the medium and extends it to the side of the inflow of the medium in such a way that a recirculation zone of the medium shifts into the region of the mirror holder extension.
A tubular stabbing guide, comprising: a frame; a clamping assembly mounted to the frame, the clamping assembly including a plurality of guide members configured to receive a tubular and movable between an open position and a closed position; and a support plate configured to support a weight of the tubular, the support plate movable between an extended position and a retracted position, and wherein the support plate is disposed below the plurality of guide members. a frame; a clamping assembly mounted to the frame, the clamping assembly including a plurality of guide members configured to receive a tubular and movable between an open position and a closed position; and a support plate configured to support a weight of the tubular, the support plate movable between an extended position and a retracted position, and wherein the support plate is disposed below the plurality of guide members.
Method for producing methanol, characterized in that it comprises: • purifying converter gas; • mixing the purified converter gas with a coke oven gas to obtain mixed gas; and • reacting the mixed gas to produce methanol, wherein the process of reacting the mixed gas to produce methanol comprises: • desulfurizing the mixed gas; • reforming the desulfurized mixed gas using pure oxygen-catalyzed partial oxidation reforming process to obtain synthesis gas; • reacting the synthesis gas under the condition of 215°C∼280°C and 5.5 MPa ∼ 6.5 MPa to produce methanol, and wherein ingredients in the purified converter gas and the coke oven gas are real-timely monitored and then the mixing ratio of the purified converter gas and the coke oven gas is adjusted real-timely in combination with the monitoring result of the hydrogen to carbon ratio in the synthesis gas. • purifying converter gas; • mixing the purified converter gas with a coke oven gas to obtain mixed gas; and • reacting the mixed gas to produce methanol, • desulfurizing the mixed gas; • reforming the desulfurized mixed gas using pure oxygen-catalyzed partial oxidation reforming process to obtain synthesis gas; • reacting the synthesis gas under the condition of 215°C∼280°C and 5.5 MPa ∼ 6.5 MPa to produce methanol, and
Method for the laser-based processing of a wafer or glass element referred to in the following as a substrate in order to divide the substrate into several parts, in which the laser beam (2a, 2b) of a laser for processing the substrate is directed onto the latter, wherein the wavelength λ of the laser is selected so that the material of the substrate is transparent or is substantially transparent for this wavelength, wherein the latter is understood to mean that the decrease in intensity of the laser beam taking place along the direction of the beam in the material of the substrate per millimetre of the depth of penetration is 10% or less,, wherein by means of an optical arrangement positioned in the beam path of the laser, a laser beam focal line that is extended when viewed along the beam direction is formed on the beam output side of the optical arrangement from the laser beam beamed onto the optical arrangement, and wherein the substrate is positioned relative to the laser beam focal line in such a way that an induced absorption is produced in the material of the substrate along a section of the laser beam focal line, said section being extended when viewed in the beam direction, by means of which induced absorption an induced crack formation takes place along this extended section in the material of the substrate, characterised in that the substrate is positioned relative to the laser beam focal line in such a way that the extended section of the induced absorption in the material, i.e. in the interior of the substrate, extends up to at least one of the two opposing substrate surfaces (1a, 1b), the mean diameter δ of the laser beam focal line, i.e. its spot diameter, is between 0.5μm and 5μm, and the mean laser output, measured directly on the beam output side of the laser, is between 10 and 100 watts.
A system for use in conjunction with a well, comprising: a subsea test tree having an interior passage through which equipment may be passed, the subsea test tree comprising: an upper valve system having at least one valve controlled hydraulically via hydraulic control lines; a latch connector coupled to the upper valve section; and a lower valve section located below the latch connector, characterised in that the lower valve section has at least one cutter valve coupled with an actuation system, the actuation system comprising an actuator piston coupled to the cutter valve, the actuator piston being in fluid communication with a pressure chamber pressurized with at least an annulus pressure, a gas precharge chamber, a control fluid chamber, and a low-pressure chamber, the control fluid chamber being pressurized to move the actuator piston and the cutter valve to an open position, the pressure chamber and the gas precharge chamber cooperating such that pressures in the chamber and the gas precharge chamber are cumulative and act together to force the cutter valve to cut through the equipment and close the interior passage when sufficient pressure is bled from the control fluid chamber. an upper valve system having at least one valve controlled hydraulically via hydraulic control lines; a latch connector coupled to the upper valve section; and a lower valve section located below the latch connector, characterised in that the lower valve section has at least one cutter valve coupled with an actuation system, the actuation system comprising an actuator piston coupled to the cutter valve, the actuator piston being in fluid communication with a pressure chamber pressurized with at least an annulus pressure, a gas precharge chamber, a control fluid chamber, and a low-pressure chamber, the control fluid chamber being pressurized to move the actuator piston and the cutter valve to an open position, the pressure chamber and the gas precharge chamber cooperating such that pressures in the chamber and the gas precharge chamber are cumulative and act together to force the cutter valve to cut through the equipment and close the interior passage when sufficient pressure is bled from the control fluid chamber.
A lens element adapted for a wearer and intended to be worn in front of an eye of said wearer comprising: - a prescription portion configured to provide to the wearer in standard wearing conditions a first optical function based on the prescription of the wearer for correcting an abnormal refraction of said eye of the wearer, and - a plurality of contiguous diffractive optical elements, wherein each diffractive optical element has a simultaneously bifocal optical function that provides simultaneously: - a second optical function in standard wearing conditions and - a third optical function of not focusing an image on the retina of the eye in said standard wearing conditions so as to slow down the progression of the abnormal refraction of the eye, such that each of the diffractive optical elements combined with the prescription portion provides two optical powers in standard wearing conditions. - a prescription portion configured to provide to the wearer in standard wearing conditions a first optical function based on the prescription of the wearer for correcting an abnormal refraction of said eye of the wearer, and - a plurality of contiguous diffractive optical elements, wherein each diffractive optical element has a simultaneously bifocal optical function that provides simultaneously: - a second optical function in standard wearing conditions and - a third optical function of not focusing an image on the retina of the eye in said standard wearing conditions so as to slow down the progression of the abnormal refraction of the eye, such that each of the diffractive optical elements combined with the prescription portion provides two optical powers in standard wearing conditions. - a second optical function in standard wearing conditions and - a third optical function of not focusing an image on the retina of the eye in said standard wearing conditions so as to slow down the progression of the abnormal refraction of the eye, such that each of the diffractive optical elements combined with the prescription portion provides two optical powers in standard wearing conditions.
A one-piece, composite eyewear article, the article comprising: a) an eyewear frame comprising of two temples, two eye wires, a bridge and two hinges, the entire frame composed of a single integral piece of cured liquid silicone rubber consisting of a liquid dimethyl polysiloxane polymer thermoset; b) one lens situated within the two eye wires and extending across the bridge, the lens composed of a single integral piece of optical grade cured liquid silicone rubber consisting of a liquid dimethyl polysiloxane polymer thermoset; and c) wherein the frame and lens are molded via a two-material molding process, such that the frame auto-adheres to the lens during curing. a) an eyewear frame comprising of two temples, two eye wires, a bridge and two hinges, the entire frame composed of a single integral piece of cured liquid silicone rubber consisting of a liquid dimethyl polysiloxane polymer thermoset; b) one lens situated within the two eye wires and extending across the bridge, the lens composed of a single integral piece of optical grade cured liquid silicone rubber consisting of a liquid dimethyl polysiloxane polymer thermoset; and c) wherein the frame and lens are molded via a two-material molding process, such that the frame auto-adheres to the lens during curing.
A method performed by a user equipment of a set of user equipment, said method comprising: receiving from a communications node a second data packet over a communications control channel shared by the set of user equipment, the second data packet comprising a group identifier arranged to identify a subset of the set of user equipment; receiving from the communications node a first data packet over a communications data channel shared by the set of user equipment, the first data packet comprising a medium access control, MAC, header comprising a unique identifier arranged to identify one user equipment of the subset of user equipment, a value of the group identifier being different to a value of the unique identifier; determining whether the group identifier matches a group identifier assigned to said user equipment and whether the unique identifier matches a unique identifier assigned to said user equipment; and decoding the first data packet if the group identifier matches the assigned group identifier and the unique identifier matches the assigned unique identifier. receiving from a communications node a second data packet over a communications control channel shared by the set of user equipment, the second data packet comprising a group identifier arranged to identify a subset of the set of user equipment; receiving from the communications node a first data packet over a communications data channel shared by the set of user equipment, the first data packet comprising a medium access control, MAC, header comprising a unique identifier arranged to identify one user equipment of the subset of user equipment, a value of the group identifier being different to a value of the unique identifier; determining whether the group identifier matches a group identifier assigned to said user equipment and whether the unique identifier matches a unique identifier assigned to said user equipment; and decoding the first data packet if the group identifier matches the assigned group identifier and the unique identifier matches the assigned unique identifier.
A method for producing a (meth)acrylic polymer having a functional group at one end comprising subjecting a monomer mixture containing a (meth)acrylic monomer to a polymerization reaction, in the presence of a metallocene catalyst and an inert gas containing 0.01% to 6.0% by volume of oxygen, by using, as an initiating species, a compound having a thiol group and a functional group wherein the functional group is at least one group selected from the group consisting of a hydroxyl group, a carboxyl group, an alkoxysilyl group, an allyl group, and an amino group.