mhurhangee/ep-ind-claims huggingface dataset:
A nucleobase polymer having SEQ ID NO: 10 (GGCTTATTCA GGCT AGCTACAACGA AGATGGGG), SEQ ID NO: 20 (ATTCCTTAAA GGCTAGCTACAAC GA TTCTTGGC), or SEQ ID NO: 30 (TCTTTTCTTA GGCTAGCTACAACGA TTTGGTGC).
A method for producing fine crystal particles, comprising: a swirl flow producing step at which a swirl flow of a liquid a comprising reactant A is supplied into a cylinder having a circumferential surface partially or wholly composed of a porous membrane; and a reaction step at which a liquid b comprising reactant B, which is reactive with the reactant A, is supplied through the porous membrane to the swirl flow to effect mixing, whereby the reactants A and B are reacted to precipitate fine crystal particles. a swirl flow producing step at which a swirl flow of a liquid a comprising reactant A is supplied into a cylinder having a circumferential surface partially or wholly composed of a porous membrane; and a reaction step at which a liquid b comprising reactant B, which is reactive with the reactant A, is supplied through the porous membrane to the swirl flow to effect mixing, whereby the reactants A and B are reacted to precipitate fine crystal particles.
Latch for a motor vehicle with a locking mechanism comprising a catch with a load arm and an arresting arm, which is rotatably mounted on a catch axis and which can accommodate a locking bolt, where the distance between the internal end of the locking bolt and the position of the contact point between the locking bolt and the load arm is shorter than the distance between the contact point between the locking bolt and the load arm and the external end of the locking bolt, characterized in that the locking bolt has a cross-section in the form of a flattened circle.
Package consisting of a plastic film, covering a plurality of identical products separable into sub-batches of at least two adjacent products, the package comprising, on its visible upper portion, continuous scored lines with upper side portions, and on its lower bottom portion, continuous scored lines with lower side portions formed in the extension of the upper side portions, the upper and lower side portions (1b, 2b) being formed partially projecting on the sides of the package, characterized in that a transverse peripheral area is defined between the ends of the upper and lower side portions (1b, 2b) on the sides of the package and constitute a reinforcing strip, in that the reinforcing strip is crossed by virtual connecting lines between the ends of the upper and lower side portions (1b, 2b), and in that the plastic film constituting the package has a structure enabling a tear exclusively following the virtual connecting lines.
An oral dosage form comprising from 2 to 75 particles, each particle comprising a compressed core comprising: (i) an active agent susceptible to abuse; (ii) a gelling agent comprising polyethylene oxide; and (iii) a neutral acrylic polymer; wherein the 2 to 75 particles contain a therapeutically or prophylactically effective amount of the active agent; and wherein the viscosity resulting from mixing an intact unit dose of the dosage form with from 0.5 to 10 ml of an aqueous liquid is at least 10 mPa s (10 cP). (i) an active agent susceptible to abuse; (ii) a gelling agent comprising polyethylene oxide; and (iii) a neutral acrylic polymer;
A method for simultaneously establishing wireless communication for different services via multiple air interfaces at a user equipment, UE, (115-a - 115-g) comprising: receiving a first radio configuration for a first service on a first air interface to a first base station (105-b); receiving a second radio configuration for a second service different from the first service on a second air interface to a second base station, wherein each of the first and the second radio configuration include one or more data radio bearers as well as a measurement configuration; transmitting, based on the first radio configuration and the first measurement configuration, a first measurement report to the first base station (105-b) over the first air interface, the first measurement report comprising signal strength information of at least one of the first air interface and the second air interface; receiving a radio resource control connection reconfiguration message from the first base station in response to the first measurement report; and conducting a service-specific handover based on the first measurement report, wherein the service-specific handover migrates the first radio configuration supporting the first service from the first base station (105-b) to the second base station (140-b), and continuing running the second service on the second radio configuration with the second base station (140-b). receiving a first radio configuration for a first service on a first air interface to a first base station (105-b); receiving a second radio configuration for a second service different from the first service on a second air interface to a second base station, wherein each of the first and the second radio configuration include one or more data radio bearers as well as a measurement configuration; transmitting, based on the first radio configuration and the first measurement configuration, a first measurement report to the first base station (105-b) over the first air interface, the first measurement report comprising signal strength information of at least one of the first air interface and the second air interface; receiving a radio resource control connection reconfiguration message from the first base station in response to the first measurement report; and conducting a service-specific handover based on the first measurement report, wherein the service-specific handover migrates the first radio configuration supporting the first service from the first base station (105-b) to the second base station (140-b), and continuing running the second service on the second radio configuration with the second base station (140-b).
A method of operating an electrochemical cell stack comprising the steps of: feeding a reactant gas to the cell stack, wherein the cell stack includes a plurality of cells, the plurality of cells including a first cell and a second cell; halting the flow of the reactant gas to the first cell; increasing the voltage applied to the first cell, wherein the step of increasing the voltage applied to the first cell includes reversing the polarity of the first cell; and initiating the flow of the reactant gas to the first cell in response to the voltage increasing above a threshold for a predetermined amount of time; halting the flow of the reactant gas to the second cell; reversing the polarity of the second cell; and initiating the flow of reactant gas to the second cell in response to the voltage being a predetermined voltage. feeding a reactant gas to the cell stack, wherein the cell stack includes a plurality of cells, the plurality of cells including a first cell and a second cell; halting the flow of the reactant gas to the first cell; increasing the voltage applied to the first cell, wherein the step of increasing the voltage applied to the first cell includes reversing the polarity of the first cell; and initiating the flow of the reactant gas to the first cell in response to the voltage increasing above a threshold for a predetermined amount of time; halting the flow of the reactant gas to the second cell; reversing the polarity of the second cell; and initiating the flow of reactant gas to the second cell in response to the voltage being a predetermined voltage.
Process for reliable detection of the top edge of the heading face of a pile of product(s) for animal feeding, from an extraction vehicle comprising a chassis supporting, at the front of the said vehicle, an extraction arm that is mobile vertically and equipped with an extraction tool, characterized in that it consists, from the vehicle also comprising at least two measurement sensors each oriented toward the front of the vehicle along a measurement axis (M1, M2) that passes alongside the extraction tool and from an electronic processing unit: - in a first phase: of positioning the vehicle in front of the heading face so that the extraction tool is facing the heading face, - in a second phase: of continuously controlling the upward motion of the extraction arm while vertically scanning the plane of the heading face with the axes of measurement (M1, M2) in a manner coordinated with the motion of the extraction arm in order to detect the top edge at the moment when the extraction tool reaches or approximately reaches the height of it and while constantly taking, according to a predetermined frequency, using each measurement sensor, a one-time measurement supplying all-or-nothing information, i.e. information indicating the presence or absence of a target (F1, P) on the corresponding axis of measurement (M1, M2), the said information indicating the absence of target corresponding to the said detection of the top edge, - in a third phase: as soon as at least one information indicating the absence of a target (F1, P) is acquired, of ordering the motion of the extraction arm to stop, - in a last phase: of controlling the actuation of the extraction tool for extraction. - in a first phase: of positioning the vehicle in front of the heading face so that the extraction tool is facing the heading face, - in a second phase: of continuously controlling the upward motion of the extraction arm while vertically scanning the plane of the heading face with the axes of measurement (M1, M2) in a manner coordinated with the motion of the extraction arm in order to detect the top edge at the moment when the extraction tool reaches or approximately reaches the height of it and while constantly taking, according to a predetermined frequency, using each measurement sensor, a one-time measurement supplying all-or-nothing information, i.e. information indicating the presence or absence of a target (F1, P) on the corresponding axis of measurement (M1, M2), the said information indicating the absence of target corresponding to the said detection of the top edge, - in a third phase: as soon as at least one information indicating the absence of a target (F1, P) is acquired, of ordering the motion of the extraction arm to stop, - in a last phase: of controlling the actuation of the extraction tool for extraction.
A multimedia playback calibration method comprising a calibration module operating on a mobile communication device for causing the mobile device to perform the actions of: introducing test data at a first end, in the mobile device, of a first playback path, the first playback path for playback of a first data stream; receiving data, played back by a first playback device at a second end of the first playback path, at a sensor integral to the mobile device; comparing the received data against the test data for determining a characteristic of the first playback path relative to a characteristic of a second playback path, the second playback path for playback of a second data stream, complementary to the first data stream; and configuring the mobile device and compensating for the characteristic of the first playback path relative to the second playback path. introducing test data at a first end, in the mobile device, of a first playback path, the first playback path for playback of a first data stream; receiving data, played back by a first playback device at a second end of the first playback path, at a sensor integral to the mobile device; comparing the received data against the test data for determining a characteristic of the first playback path relative to a characteristic of a second playback path, the second playback path for playback of a second data stream, complementary to the first data stream; and configuring the mobile device and compensating for the characteristic of the first playback path relative to the second playback path.
A container handling apparatus comprising: - a cooling station having an inlet portion for receiving a plurality of filled and closed containers, a cooling tunnel, an outlet portion for releasing a plurality of cooled containers and transportation means for advancing said containers inside said cooling tunnel; and - a deforming station for deforming a base of each container inwardly of the container so as to reduce the internal volume thereof, said deforming station comprising a carousel provided with a plurality of receiving units for respective containers, each receiving unit comprising one plunger movable transversally to the base of the container to deform; characterized in that said deforming station is arranged at the outlet portion of said cooling station and at least partially housed inside said outlet portion of said cooling station, so that the containers are transferred from said cooling station to said deforming station without any intermediate conveyor located therebetween, whereby the deforming operation is started while the cooling operation is being completed. - a cooling station having an inlet portion for receiving a plurality of filled and closed containers, a cooling tunnel, an outlet portion for releasing a plurality of cooled containers and transportation means for advancing said containers inside said cooling tunnel; and - a deforming station for deforming a base of each container inwardly of the container so as to reduce the internal volume thereof, said deforming station comprising a carousel provided with a plurality of receiving units for respective containers, each receiving unit comprising one plunger movable transversally to the base of the container to deform;
A method comprising: storing electrical data (18; 58; 88; 170) representing electrical activity measured non-invasively at a plurality of surface measurement locations on a patient's body; storing geometry data (20; 56; 86; 172) representing the surface measurement locations and geometry of patient anatomy including an anatomic envelope within the patient's body; analyzing supplemental information associated with at least one selected location associated with the anatomic envelope within the patient's body, the supplemental information including a pre-recorded electrical signal (128; 159) that has been applied or measured invasively within the patient's body; determining a validity of the supplemental information for use as at least one boundary condition depending on at least one of a value and/or associated location of the electrical signal (128; 159); selecting the at least one boundary condition to include the electrical signal (128; 159) based on the analysis of the supplemental information determining that the electrical signal (128; 159) is valid for use as the at least one boundary condition; and computing reconstructed electrical activity for a plurality of locations residing on the anatomic envelope within the patient's body based on each selected at least one boundary condition, the electrical data (18; 58; 88; 170) and the geometry data (20; 56; 86; 172), the at least one boundary condition being imposed to improve the computing of the reconstructed electrical activity. storing electrical data (18; 58; 88; 170) representing electrical activity measured non-invasively at a plurality of surface measurement locations on a patient's body; storing geometry data (20; 56; 86; 172) representing the surface measurement locations and geometry of patient anatomy including an anatomic envelope within the patient's body; analyzing supplemental information associated with at least one selected location associated with the anatomic envelope within the patient's body, the supplemental information including a pre-recorded electrical signal (128; 159) that has been applied or measured invasively within the patient's body; determining a validity of the supplemental information for use as at least one boundary condition depending on at least one of a value and/or associated location of the electrical signal (128; 159); selecting the at least one boundary condition to include the electrical signal (128; 159) based on the analysis of the supplemental information determining that the electrical signal (128; 159) is valid for use as the at least one boundary condition; and computing reconstructed electrical activity for a plurality of locations residing on the anatomic envelope within the patient's body based on each selected at least one boundary condition, the electrical data (18; 58; 88; 170) and the geometry data (20; 56; 86; 172), the at least one boundary condition being imposed to improve the computing of the reconstructed electrical activity.
A method for operating a large diesel engine, in particular a dual-fuel large diesel engine, which can be operated in a liquid mode in which mode a liquid fuel is introduced into a cylinder for combustion and which dual-fuel large diesel engine can also be operated in a gas mode in which mode a gas is introduced as fuel into a cylinder, in which method scavenging air is supplied to a cylinder of the large diesel engine for producing an air-fuel mixture, which scavenging air is provided by a turbocharger with a charging pressure, wherein the turbocharger is driven by exhaust gases from the large diesel engine and wherein the turbocharger sucks in ambient air for providing the scavenging air, wherein the power of the turbocharger can be changed by means of an exhaust valve, with which the mass flow of the exhaust gas driving the turbocharger is adjusted, characterized in that a control parameter is determined during operation of the large diesel engine, which control parameter is characteristic of the humidity of the ambient air, and that the value of the control parameter is used to adjust the exhaust valve, so that the power of the turbocharger is changed depending on the humidity of the ambient air, and wherein an outlet valve of the cylinder is closed at a predeterminable closing time to complete the scavenging of the cylinder, wherein the value of the control parameter is used to determine the closing time.
Printed directive tapered slot-type antenna comprising a substrate equipped with a ground plane in which is etched the slot according to a profile having a longitudinal axis (ss') and a feed line for the slot, the substrate comprising at least first and second parts folded according to an axis (oy) parallel to and not collinear with said longitudinal axis and forming an angle A with respect to one another, characterised in that a first part of the profile of the slot is etched in the first substrate part and a second part of the profile of the slot is etched in the second part of the substrate.
An ostomy appliance comprising: inner and outer walls of flexible sheet material joined together to define a cavity for containing a stomal output, the inner wall comprising an inlet for receiving the stomal output into the cavity; and a retractable drain being slidably movable between an extended configuration for draining the stomal output from the cavity and a retracted configuration for storage of the retractable drain; wherein the retractable drain comprises a closure portion which may be turned up to close an outlet opening of the retractable drain and a first fastener configured to fasten the closure portion in place once turned up; characterised in that in the retracted configuration the retractable drain is received in a channel arranged on an outer face of the inner wall or an outer face of the outer wall; and wherein the channel is defined by a guide panel attached to a main body portion of the inner wall or a main body portion of the outer wall. inner and outer walls of flexible sheet material joined together to define a cavity for containing a stomal output, the inner wall comprising an inlet for receiving the stomal output into the cavity; and a retractable drain being slidably movable between an extended configuration for draining the stomal output from the cavity and a retracted configuration for storage of the retractable drain; wherein the retractable drain comprises a closure portion which may be turned up to close an outlet opening of the retractable drain and a first fastener configured to fasten the closure portion in place once turned up; characterised in that in the retracted configuration the retractable drain is received in a channel arranged on an outer face of the inner wall or an outer face of the outer wall; and wherein the channel is defined by a guide panel attached to a main body portion of the inner wall or a main body portion of the outer wall.
A screen with a transparent base body which has a front side and a rear side, and an image sensor, wherein the base body comprises an input coupling region and an output coupling region spaced apart therefrom in a first direction, wherein the input coupling region comprises a diffractive structure which deflects only a portion of radiation coming from an object to be detected and impinging on the front side, such that the deflected portion propagates as coupled-in radiation in the base body as far as the output coupling region by means of reflections and impinges on the output coupling region, wherein the output coupling region deflects at least one portion of the coupled-in radiation impinging on it, such that the deflected portion emerges from the base body via the front side or the rear side in order to impinge on the image sensor, wherein the screen comprises a light-emitting layer arranged on the rear side of the base body, said light-emitting layer generating a real image. wherein the base body comprises an input coupling region and an output coupling region spaced apart therefrom in a first direction, wherein the input coupling region comprises a diffractive structure which deflects only a portion of radiation coming from an object to be detected and impinging on the front side, such that the deflected portion propagates as coupled-in radiation in the base body as far as the output coupling region by means of reflections and impinges on the output coupling region, wherein the output coupling region deflects at least one portion of the coupled-in radiation impinging on it, such that the deflected portion emerges from the base body via the front side or the rear side in order to impinge on the image sensor, wherein the screen comprises a light-emitting layer arranged on the rear side of the base body, said light-emitting layer generating a real image.
A method of inhibiting corrosion in a boiler water circuit comprising adding to boiler feedwater containing oxygen an effective amount of a composition comprising 1,2,3-trihydroxybenzene and feeding this into the boiler water circuit, in which the 1,2,3-trihydroxybenzene is generated by subjecting a solution, comprising 3,4,5-trihydroxybenzoic acid and a base to an agent in order to convert at least a portion of the 3,4,5-trihydroxybenzoic acid to said 1,2,3-trihydroxybenzene, wherein the 1,2,3-trihydroxybenzene is formed substantially immediately before it is fed into the boiler water circuit, In which the agent is heat and the amount of heat is sufficient to raise the temperature of the solution of the 3,4,5-trihydroxybenzoic acid to at least 100°C.