mhurhangee/ep-ind-claims huggingface dataset:
A biosignal acquiring tool (101,102,103,104,105,106, 301), comprising: a textile structure (3,3A,3B,3C) in which a non-slip textile (33,33A,33B) is disposed; an electrode (4,4A,313) positioned on a back side of the textile structure(3,3A,3B,3C); a connector (2,2A,312) configured to connect an electronic device configured to acquire a signal from the electrode (4,4A,313); and an elastic belt (1,1A,1B,311) capable of being stretched independently of the textile structure (3,3A,3B,3C), the elastic belt (1,1A,1B,311) being disposed in parallel with the textile structure (3,3A,3B,3C) to face a front side of the textile structure (3,3A,3B,3C) that is different from a back side on which the electrode (4,4A,313) is positioned, the elastic belt (1,1A,1B,311) being coupled to the textile structure (3,3A,3B,3C) at a portion different from a portion at which the electrode (4,4A,313) is positioned and at a portion different from surroundings of the portion, wherein the textile structure (3,3A,3B,3C) is capable of being displaced within a range of 2 mm or more and 10 mm or less in a width direction of the elastic belt (1,1A,1B,311), and wherein the back side corresponds to a side closer to a wearer's skin in use. a textile structure (3,3A,3B,3C) in which a non-slip textile (33,33A,33B) is disposed; an electrode (4,4A,313) positioned on a back side of the textile structure(3,3A,3B,3C); a connector (2,2A,312) configured to connect an electronic device configured to acquire a signal from the electrode (4,4A,313); and an elastic belt (1,1A,1B,311) capable of being stretched independently of the textile structure (3,3A,3B,3C), the elastic belt (1,1A,1B,311) being disposed in parallel with the textile structure (3,3A,3B,3C) to face a front side of the textile structure (3,3A,3B,3C) that is different from a back side on which the electrode (4,4A,313) is positioned, the elastic belt (1,1A,1B,311) being coupled to the textile structure (3,3A,3B,3C) at a portion different from a portion at which the electrode (4,4A,313) is positioned and at a portion different from surroundings of the portion, wherein the textile structure (3,3A,3B,3C) is capable of being displaced within a range of 2 mm or more and 10 mm or less in a width direction of the elastic belt (1,1A,1B,311), and wherein the back side corresponds to a side closer to a wearer's skin in use.
A pipette, comprising: a capillary opened in a first end and a second end which form two ends in a longitudinal direction; a pressure chamber opened into an internal portion of the capillary through the second end of an internal portion of the capillary; a driving part being an actuator configured to deform according to an electrical signal output by a control part and thereby change a volume of the pressure chamber; and the control part which is configured to control the driving part, wherein the control part is configured to output an electrical first signal driving the driving part so that the volume of the pressure chamber increases and a first liquid is suctioned from the first end, the first signal includes a suction signal driving the driving part so that the volume of the pressure chamber increases from a first pre-suction volume before suction of the first liquid to a first post-suction volume by a first increase amount, characterized in that the first signal further includes a brake signal driving the driving part so that the volume of the pressure chamber is reduced, by the driving part, from the first post-suction volume to a post-braking volume by a reduction amount having a smaller absolute value than the first increase amount, the brake signal being output following the suction signal, and the control part is configured to generate the first signal so that the larger the first increase amount, the larger the absolute value of the reduction amount. a capillary opened in a first end and a second end which form two ends in a longitudinal direction; a pressure chamber opened into an internal portion of the capillary through the second end of an internal portion of the capillary; a driving part being an actuator configured to deform according to an electrical signal output by a control part and thereby change a volume of the pressure chamber; and the control part which is configured to control the driving part, wherein the control part is configured to output an electrical first signal driving the driving part so that the volume of the pressure chamber increases and a first liquid is suctioned from the first end, the first signal includes a suction signal driving the driving part so that the volume of the pressure chamber increases from a first pre-suction volume before suction of the first liquid to a first post-suction volume by a first increase amount, characterized in that the first signal further includes a brake signal driving the driving part so that the volume of the pressure chamber is reduced, by the driving part, from the first post-suction volume to a post-braking volume by a reduction amount having a smaller absolute value than the first increase amount, the brake signal being output following the suction signal, and the control part is configured to generate the first signal so that the larger the first increase amount, the larger the absolute value of the reduction amount.
Manufacturing method of a motor vehicle bodywork part comprising at least one electrical device, the method comprising the following steps: - a main body of the bodywork part is overmolded on the electrical device, the method being characterized in that: - at least one part of the main body covering at least one electrical contact element of the electrical device is removed by breaking an area of mechanical strength lower than the rest of the main body around the part of the main body covering the electrical contact element, and - the electrical contact element is connected to a connection element of the electrical device to an energy source. - a main body of the bodywork part is overmolded on the electrical device, the method being characterized in that: - at least one part of the main body covering at least one electrical contact element of the electrical device is removed by breaking an area of mechanical strength lower than the rest of the main body around the part of the main body covering the electrical contact element, and - the electrical contact element is connected to a connection element of the electrical device to an energy source.
Method for operating a motor vehicle, wherein the motor vehicle comprises at least two electrical machines (3, 4) coupled mechanically to a respective drive train component, wherein a first of the electrical machines is connected at a first node to an electrical system of the motor vehicle and a second of the electrical machines is connected at a second node to the electrical system of the motor vehicle, wherein the first node and the second node are spaced apart spatially and are connected by at least one electrical line, wherein in a recovery mode of the first and the second electrical machine (3, 4) with connected nodes an electric power is generated by each of the electrical machines (3, 4) as a function of a power demand information, which describes at least a power demand at the first node and a power demand at the second node, wherein the power demand information is determined as a function of a current power demand and/or a predicted power demand and/or a minimum power demand and/or a maximum power demand of an electrical user (11, 13) or more electrical users (11, 13), which is or are connected respectively to the electrical system at the first node or at the second node.
Method for operating an internal combustion engine, comprising the following steps: - determining a target lambda value and measuring an actual lambda value for combustion in a combustion chamber of an internal combustion engine; - determining an opening time for an intake valve associated with the combustion chamber as a function of the target lambda value and the actual lambda value, and - opening the intake valve at the determined opening time, characterised by the following further steps: - determining a target nitrogen oxide amount for the exhaust gas of the combustion in the combustion chamber and measuring an actual nitrogen oxide amount in the exhaust gas; - determining a closing timing for the intake valve as a function of the target nitrogen oxide amount and the actual nitrogen oxide amount, and - closing the intake valve at the determined closing time, wherein - a cascaded control or a combined multi-variable control is carried out in such a way that - the lambda control is first adjusted by varying the opening time, wherein thereafter with the opening time of the intake valve held fixed - the nitrogen oxide control is then adjusted by varying the closing time of the intake valve. - determining a target lambda value and measuring an actual lambda value for combustion in a combustion chamber of an internal combustion engine; - determining an opening time for an intake valve associated with the combustion chamber as a function of the target lambda value and the actual lambda value, and - opening the intake valve at the determined opening time, - determining a target nitrogen oxide amount for the exhaust gas of the combustion in the combustion chamber and measuring an actual nitrogen oxide amount in the exhaust gas; - determining a closing timing for the intake valve as a function of the target nitrogen oxide amount and the actual nitrogen oxide amount, and - closing the intake valve at the determined closing time, wherein - a cascaded control or a combined multi-variable control is carried out in such a way that - the lambda control is first adjusted by varying the opening time, wherein thereafter with the opening time of the intake valve held fixed - the nitrogen oxide control is then adjusted by varying the closing time of the intake valve.
An actuating drive of an air passage device for an engine cooling system of a vehicle, comprising - a drive gear to be driven by an electric motor, which is rotatable about an axis of rotation, and - an output element which is operatively connected with the drive gear and is movable with the drive gear along an adjustment path, in order to shift the air passage device between an open position, in which the air passage device is opened in order to allow an air stream to pass through, and a closed position in which the air passage device is closed in order to minimize an air stream, characterized by - a transmission element arranged between the drive gear and the output element for establishing the operative connection between the drive gear and the output element, and - an actuator which cooperates with the transmission element such that in a first position of the actuator the output element is directly coupled with the drive gear for movement along the adjustment path (α) and in a second position of the actuator, at least when the output element is located in a predetermined portion (β) of the adjustment path (α), is movable relative to the drive gear, wherein the actuator comprises an electric or electromagnetic actuating element. - a drive gear to be driven by an electric motor, which is rotatable about an axis of rotation, and - an output element which is operatively connected with the drive gear and is movable with the drive gear along an adjustment path, in order to shift the air passage device between an open position, in which the air passage device is opened in order to allow an air stream to pass through, and a closed position in which the air passage device is closed in order to minimize an air stream, - a transmission element arranged between the drive gear and the output element for establishing the operative connection between the drive gear and the output element, and - an actuator which cooperates with the transmission element such that in a first position of the actuator the output element is directly coupled with the drive gear for movement along the adjustment path (α) and in a second position of the actuator, at least when the output element is located in a predetermined portion (β) of the adjustment path (α), is movable relative to the drive gear, wherein the actuator comprises an electric or electromagnetic actuating element.
Method for performing a radiated two-stage method measurement on a device under test having a predefined number of antennas, comprising the following steps: a) placing the device under test on a positioner, b) establishing communication with the device under test using at least one link antenna, c) measuring the antenna pattern of the device under test using a plurality of measurement antennas, wherein the plurality of measurement antennas comprise a number of measurement antennas being larger than the number of antennas of the device under test, wherein the method is characterised by the following steps: d) generating a channel matrix using the measurements of the plurality of measurement antennas, e) inverting the channel matrix yielding more than one solution for the channel matrix inversion, and f) selecting one of the solutions, wherein the selected solution is the solution with the smallest Euclidean norm. a) placing the device under test on a positioner, b) establishing communication with the device under test using at least one link antenna, c) measuring the antenna pattern of the device under test using a plurality of measurement antennas, wherein the plurality of measurement antennas comprise a number of measurement antennas being larger than the number of antennas of the device under test, d) generating a channel matrix using the measurements of the plurality of measurement antennas, e) inverting the channel matrix yielding more than one solution for the channel matrix inversion, and f) selecting one of the solutions, wherein the selected solution is the solution with the smallest Euclidean norm.
A method of preparing a resin for a urethane-based optical material by template-polymerizing a resin composition comprising a polythiol compound and a polyisocyanate compound, wherein the resin composition has a moisture content of 350 to 3,000 ppm measured using a Karl Fischer reagent, and the polyisocyanate compound comprises at least one compound selected from the group consisting of isophorone diisocyanate and hexamethylene diisocyanate.
An electro-acoustic transducer adapted to be in contact with a fluid under pressure comprising: - a tubular body that extends in length along a longitudinal direction X, said tubular body comprising a first end portion and a second end portion, opposite to each other longitudinally, said tubular body internally having a first chamber, which ends with the first end portion and a second chamber, on one side adjacent to and in fluidic communication with said first chamber and on the other side ending with said second end portion, said first end portion being closed towards the outside by means of a membrane applied to said tubular body, said second end portion having one or more openings that put it in fluidic communication to the outside of said tubular body, said first chamber containing in its walls a plurality of electrical windings arranged in succession to each other in the longitudinal direction X; - a movable element housed in said first chamber, said movable element comprising a plurality of permanent magnets packaged and arranged in succession to each other in the longitudinal direction X, with the magnetisation alternating in the longitudinal direction X and separated from one another by discs of ferromagnetic material, said movable element being connected to said membrane; characterised by: said second chamber being filled with a liquid; said movable element being supported at the longitudinal ends by springs; and - a movable piston positioned and slidable in the second end portion. - a tubular body that extends in length along a longitudinal direction X, said tubular body comprising a first end portion and a second end portion, opposite to each other longitudinally, said tubular body internally having a first chamber, which ends with the first end portion and a second chamber, on one side adjacent to and in fluidic communication with said first chamber and on the other side ending with said second end portion, said first end portion being closed towards the outside by means of a membrane applied to said tubular body, said second end portion having one or more openings that put it in fluidic communication to the outside of said tubular body, said first chamber containing in its walls a plurality of electrical windings arranged in succession to each other in the longitudinal direction X; - a movable element housed in said first chamber, said movable element comprising a plurality of permanent magnets packaged and arranged in succession to each other in the longitudinal direction X, with the magnetisation alternating in the longitudinal direction X and separated from one another by discs of ferromagnetic material, said movable element being connected to said membrane; characterised by: said second chamber being filled with a liquid; said movable element being supported at the longitudinal ends by springs; and said second chamber being filled with a liquid; said movable element being supported at the longitudinal ends by springs; and - a movable piston positioned and slidable in the second end portion.
Measuring apparatus for detecting a lesion of the anterior cruciate ligament of the knee of a patient, comprising a seat for the patient provided with an adjustable backrest, a plate for supporting the leg of the patient, movable in rotation in relation to the seat, the said plate being provided with a device for applying pressure to the calf of the patient and a sensor for detecting displacement of the anterior superior face of the tibia of the patient when the patient is sitting on the seat, means for fixing the leg to the said supporting plate, means for continuous measurement of the movement of the sensor as a function of the force exerted by the device for applying pressure to the calf and a support for the foot of the said patient freely movable in the three degrees of freedom in rotation (36, 37, 38), characterised in that the plate for supporting the leg is movable in translation in relation to the seat as a function of the angle of inclination of the plate in relation to the seat, and in that the apparatus has means for recording the curves obtained for each of the legs of a same patient giving the movement of the sensor as a function of the pressure force in the different inclinations of the supporting plate in relation to the seat, and calculating means arranged to measure the differential between these curves and deduce therefrom a partial lesion of the anterior medial ligament and/or of the posterior lateral ligament.
Cap-like closure system for containers, which comprises a crown cork as a basic body exhibiting a plurality of prong-like or tooth-like shaped ends, formed at least partially from a metallic and/or aluminium-containing material, and an inner side intended for contact with the container and an outer side, wherein the basic body of the crown cork is shaped in such a way that, after the appropriate forming process to close the mouth of the container, the shaped ends form one or more hollow spaces between the outer container surface and the shaped ends, wherein a deformable sealing material is provided on the inner side in the region of the shaped ends, which closes the hollow spaces at least in the circumference of the ends facing towards the container base, characterised in that the sealing material is one or more applications of a hot adhesive and/or melt adhesive, and is a material which can be activated in order to increase its volume.
A method for routing data in a radio access network, RAN, including a first base station, a second base station, and a logical inter-node interface between the first base station and the second base station, wherein the first base station has a pending active session to a core network, said pending active session being associated with a terminal, while the terminal is suspended from RAN connection, said method being performed by the second base station, said method comprising: receiving, from the terminal, a random access message; detecting whether an indicator is received in said random access message, wherein said indicator indicates that the amount of data to be sent does not exceed a predetermined threshold; receiving, from the terminal, a second message comprising data and a resume request message; forwarding, upon detecting that said indicator is received in said random access message, the received data to the first base station over the logical inter-node interface for transmission in the pending active session; and making, upon detecting that the indicator is not received in said random access message, a path switch from said pending active session to a second session between the second base station and the core network, said second session being associated with the terminal. receiving, from the terminal, a random access message; detecting whether an indicator is received in said random access message, wherein said indicator indicates that the amount of data to be sent does not exceed a predetermined threshold; receiving, from the terminal, a second message comprising data and a resume request message; forwarding, upon detecting that said indicator is received in said random access message, the received data to the first base station over the logical inter-node interface for transmission in the pending active session; and making, upon detecting that the indicator is not received in said random access message, a path switch from said pending active session to a second session between the second base station and the core network, said second session being associated with the terminal.
Process for the preparation of an aqueous dispersion of fructan-containing particles, comprising: a) the step of bringing fructan and water together to form a mixture; b) optionally a hydrolysis step, wherein a portion of the fructans in the mixture is hydrolysed, such that at the end of this step b) between 5 wt.% and 25 wt.% of all fructans in the mixture are essentially non-soluble at 21°C; c) optionally a purification step, wherein the mixture is brought into contact with a purification agent, followed by removal of the purification agent from the mixture; d) a concentrating step, wherein the mixture is concentrated, such that the solids content lies between 61 and 80%, whereby the aqueous dispersion is formed, wherein during or subsequent to step d) a shearing step e) is done, wherein shear is applied to the mixture. a) the step of bringing fructan and water together to form a mixture; b) optionally a hydrolysis step, wherein a portion of the fructans in the mixture is hydrolysed, such that at the end of this step b) between 5 wt.% and 25 wt.% of all fructans in the mixture are essentially non-soluble at 21°C; c) optionally a purification step, wherein the mixture is brought into contact with a purification agent, followed by removal of the purification agent from the mixture; d) a concentrating step, wherein the mixture is concentrated, such that the solids content lies between 61 and 80%, whereby the aqueous dispersion is formed,