mhurhangee/ep-ind-claims huggingface dataset:
A drive train, having: an internal combustion engine affected by torsional vibrations with a crankshaft, a gearbox with a gear input shaft, a torsional vibration damping operatively connected to the crankshaft and containing at least one operating point of low vibration isolation of the torsional vibrations, with a primary centrifugal mass associated with the crankshaft, and a secondary centrifugal mass associated with a gear input shaft and being rotatable contrary to said primary centrifugal mass relative to and to a limited extent against the action of a spring device, and an electric motor with a rotating mass operatively connected to the gearbox input shaft and a control unit, wherein the electric motor can be regulated by means of the control unit to a compensation torque (T harm), which compensates for a disturbance torque (T dyn) occurring at an operating point and affected by torsional vibrations, characterised in that the spring device is formed by linear springs, and the secondary centrifugal mass of the torsional vibration damping is integrated in one or more parts into a rotor of the electric motor. an internal combustion engine affected by torsional vibrations with a crankshaft, a gearbox with a gear input shaft, a torsional vibration damping operatively connected to the crankshaft and containing at least one operating point of low vibration isolation of the torsional vibrations, with a primary centrifugal mass associated with the crankshaft, and a secondary centrifugal mass associated with a gear input shaft and being rotatable contrary to said primary centrifugal mass relative to and to a limited extent against the action of a spring device, and an electric motor with a rotating mass operatively connected to the gearbox input shaft and a control unit, wherein the electric motor can be regulated by means of the control unit to a compensation torque (T harm), which compensates for a disturbance torque (T dyn) occurring at an operating point and affected by torsional vibrations, characterised in that the spring device is formed by linear springs, and the secondary centrifugal mass of the torsional vibration damping is integrated in one or more parts into a rotor of the electric motor.
A device for delivering a pressurised material comprising: a tank intended to contain a material having an outlet port provided with an opening, a gas generator configured to pressurise the material contained in the tank when it is activated, and a blocking member (20; 120; 220) including a blocking element (22; 122; 222) connected to one or several locking spring elements (30, 32; 130, 132; 238), the blocking member (20; 120; 220) being moveable between a first position wherein said blocking element (22; 122; 222) blocks the opening of the outlet port and a second position wherein said blocking element (22; 122; 222) is clear from the opening of the outlet port so as to allow the discharge of the material present in the tank, characterised in that each locking spring element (30, 32; 130, 132; 238) is present in a first housing formed in an inner wall of the outlet port in said first position, in that each locking spring element is present in a second housing formed in the inner wall in said second position, and in that each locking spring element (30, 32; 130, 132; 238) is able to retract inside the blocking member (20; 120; 220) during the passage of said blocking member from the first to the second position after pressurisation of the material contained within the tank by the gas generator. a tank intended to contain a material having an outlet port provided with an opening, a gas generator configured to pressurise the material contained in the tank when it is activated, and a blocking member (20; 120; 220) including a blocking element (22; 122; 222) connected to one or several locking spring elements (30, 32; 130, 132; 238), the blocking member (20; 120; 220) being moveable between a first position wherein said blocking element (22; 122; 222) blocks the opening of the outlet port and a second position wherein said blocking element (22; 122; 222) is clear from the opening of the outlet port so as to allow the discharge of the material present in the tank, characterised in that each locking spring element (30, 32; 130, 132; 238) is present in a first housing formed in an inner wall of the outlet port in said first position, in that each locking spring element is present in a second housing formed in the inner wall in said second position, and in that each locking spring element (30, 32; 130, 132; 238) is able to retract inside the blocking member (20; 120; 220) during the passage of said blocking member from the first to the second position after pressurisation of the material contained within the tank by the gas generator.
An apparatus comprising: a chamber having an inner surface; a cylindrical guide surface defined by an axis, the cylindrical guide surface having an interior face and terminating at an edge; a port defined by the edge and at least a portion of the inner surface, the port connecting a gas inlet to the chamber; and a first reservoir configured to deliver a first liquid to the interior face of the guide surface via a gap, the first liquid delivered at a first flow rate; a first circulation mechanism included in the first reservoir, the first circulation mechanism configured to impart a velocity to the first liquid that causes the first liquid to swirl about the axis as the first liquid flows along the interior face of the cylindrical guide surface from the gap to the edge; wherein the shape of the guide surface and the first flow rate of the delivered first liquid flowing over the guide surface cause the first liquid to flow past the edge to the inner surface and form a liquid membrane, wherein the liquid membrane prevents a flow of gas through the port under a first pressure difference between the gas pressures in the chamber and the inlet. a chamber having an inner surface; a cylindrical guide surface defined by an axis, the cylindrical guide surface having an interior face and terminating at an edge; a port defined by the edge and at least a portion of the inner surface, the port connecting a gas inlet to the chamber; and a first reservoir configured to deliver a first liquid to the interior face of the guide surface via a gap, the first liquid delivered at a first flow rate; a first circulation mechanism included in the first reservoir, the first circulation mechanism configured to impart a velocity to the first liquid that causes the first liquid to swirl about the axis as the first liquid flows along the interior face of the cylindrical guide surface from the gap to the edge; wherein the shape of the guide surface and the first flow rate of the delivered first liquid flowing over the guide surface cause the first liquid to flow past the edge to the inner surface and form a liquid membrane, wherein the liquid membrane prevents a flow of gas through the port under a first pressure difference between the gas pressures in the chamber and the inlet.
A door with a door leaf with a door leaf which can be moved between a closed position closing a building opening and an open position at least partially freeing the building opening and with a door drive coupled with the door leaf, wherein the door drive comprises at least one motor unit comprising an electric motor and at least one control unit spatially separated from the motor unit and connected to the motor unit by a supply line, wherein the motor unit comprises at least one sensor, and wherein the supply line comprises at least one motor line (17a, 17b, 17c) connected to the motor and at least one sensor line connected to the sensor, characterised in that the sensor is connected via a level shifter to the sensor line.
A computing device comprising: a first component; a second component; a hinge (202, 204) rotatably coupling the first component and the second component, the second component rotatable about the hinge (202, 204) between a closed position and an open position in relation to the first component; an antenna disposed at the second component; and characterized in that it further comprises a flexible conductive member disposed within the hinge (202, 204) and having a first end fixedly connected to the first component and a second end, the second end conductively contacting the antenna in the open position of the second component and not conductively contacting the antenna in the closed position of the second component. a first component; a second component; a hinge (202, 204) rotatably coupling the first component and the second component, the second component rotatable about the hinge (202, 204) between a closed position and an open position in relation to the first component; an antenna disposed at the second component; and characterized in that it further comprises a flexible conductive member disposed within the hinge (202, 204) and having a first end fixedly connected to the first component and a second end, the second end conductively contacting the antenna in the open position of the second component and not conductively contacting the antenna in the closed position of the second component.
An interdental cleaning element comprising a rod-shaped base and cleaning elements extending therefrom substantially at right angles, wherein first and second cleaning elements are secured to the base, said first cleaning element being a bristle filament consisting of stretched plastic, e.g. PA, PBT, PE and PTFE, and the second cleaning element consisting of a dental floss thread material, characterized in that the rod-shaped base comprises wire elements, which are twisted together and between which the first and second cleaning elements are clamped in position.
Method for detecting an imbalance angle variable which describes the azimuthal angular position of a wheel imbalance in a wheel of a vehicle, in which - the presence of a wheel imbalance is detected on the basis of the output signals of a wheel rotational speed sensor which is assigned to the wheel, - at least one vehicle movement dynamics variable which describes the instantaneous driving situation is determined, characterized in that - a first angular variable which describes the azimuthal angle between the wheel imbalance and the wheel rotational speed sensor is determined as a function of the vehicle movement dynamics variable, - a second angular variable which describes the azimuthal angle between the wheel rotational speed sensor and a reference point on the wheel is determined, and - an imbalance angular variable which describes the azimuthal angle between the wheel imbalance and the reference point on the wheel is determined as a function of the first angular variable and the second angular variable. - the presence of a wheel imbalance is detected on the basis of the output signals of a wheel rotational speed sensor which is assigned to the wheel, - at least one vehicle movement dynamics variable which describes the instantaneous driving situation is determined, characterized in that - a first angular variable which describes the azimuthal angle between the wheel imbalance and the wheel rotational speed sensor is determined as a function of the vehicle movement dynamics variable, - a second angular variable which describes the azimuthal angle between the wheel rotational speed sensor and a reference point on the wheel is determined, and - an imbalance angular variable which describes the azimuthal angle between the wheel imbalance and the reference point on the wheel is determined as a function of the first angular variable and the second angular variable.
An electronic device comprising a switch device, a power supply and a circuit electrically connected to the power supply through the switch device, the switch device comprising: an electric wave reception circuit adapted to receive an electric wave; a power supply circuit adapted to generate a power from the electric wave that is received by the electric wave reception circuit; a condition judging circuit adapted to judge whether or not power is supplied from the power supply circuit and to output an output signal depending on the judgement; and a control switch adapted to turn on and automatically turn off an electrical connection between the circuit and the power supply adapted for operating the circuit in accordance with the output signal. an electric wave reception circuit adapted to receive an electric wave; a power supply circuit adapted to generate a power from the electric wave that is received by the electric wave reception circuit; a condition judging circuit adapted to judge whether or not power is supplied from the power supply circuit and to output an output signal depending on the judgement; and a control switch adapted to turn on and automatically turn off an electrical connection between the circuit and the power supply adapted for operating the circuit in accordance with the output signal.
Method for producing a tunnel, more particularly a trafficway tunnel, in tubbing construction, wherein tubbing components are assembled in a mechanically generated cavity bore through a substrate so as to form a continuous lining, and bulk material is introduced into the interspace between the inner wall of the cavity and the outer walls of the tubbing components, the interspace more particularly being filled up with bulk material, characterized in that, in addition to the introduction of bulk material into the interspace, an acrylate composition is introduced, more particularly injected, more particularly under pressure, in order to fill out the interspace, the acrylate composition comprising less than 10% by weight of water, based on the total weight of the acrylate composition, and the acrylate composition being a radically curable acrylate composition which comprises at least one (meth)acrylate monomer R.
A chimeric polynucleotide encoding a polypeptide, wherein said chimeric polynucleotide has a sequence comprising Formula II: [A n]-L 1 -[B o] Formula II wherein each A and B independently comprises any nucleoside; n and o are, independently 10 to 1000, wherein [A n] or [B o] independently comprise an mRNA, said mRNA comprising a 5' untranslated region, 3'UTR and a coding region; and L 1 comprises the structure wherein L 1 is attached to [A n] at the 3' or 4' position of the sugar of one of the nucleosides and to [B o] at the 5' or 6' position of the sugar of one of the nucleosides. n and o are, independently 10 to 1000, wherein [A n] or [B o] independently comprise an mRNA, said mRNA comprising a 5' untranslated region, 3'UTR and a coding region; and L 1 comprises the structure wherein L 1 is attached to [A n] at the 3' or 4' position of the sugar of one of the nucleosides and to [B o] at the 5' or 6' position of the sugar of one of the nucleosides.
A vibration isolator (1001, 1030) comprising: a housing (1004, 1036); a first piston (1002, 1034) resiliently carried in the housing (1004, 1036) by elastomeric seals, the first piston (1002, 1034) being adapted for connection to a vibrating body; a stroke-amplifying second piston (1013, 1048) held in place in the housing (1004, 1036) by an elastomeric seal (1015, 1050); a first piezoceramic actuator (1009, 1044) and a second piezoceramic actuator (1011, 1046); a first fluid chamber (1017, 1052) and a second fluid chamber (1019, 1054); and a tuning fluid disposed within the first fluid chamber (1017, 1052) and the second fluid chamber (1019, 1054) for hydraulically coupling the first and second pistons (1002, 1034, 1013, 1048), characterized in that each of the first piezoceramic actuator (1009, 1044) and second piezoceramic actuator (1011, 1046) is coupled to the second piston (1013, 1048) for selectively transferring forces to the second piston (1013, 1048), wherein the first and second piezoceramic actuators (1009, 1011, 1044, 1046) are axially aligned and operate out of phase to each other; and each of the first fluid chamber (1017, 1052) and second fluid chamber (1019, 1054) being defined by the housing (1004, 1036), the first piston (1002, 1034), the second piston (1013, 1048) and the elastomeric seals (1035, 1015, 1050). a housing (1004, 1036); a first piston (1002, 1034) resiliently carried in the housing (1004, 1036) by elastomeric seals, the first piston (1002, 1034) being adapted for connection to a vibrating body; a stroke-amplifying second piston (1013, 1048) held in place in the housing (1004, 1036) by an elastomeric seal (1015, 1050); a first piezoceramic actuator (1009, 1044) and a second piezoceramic actuator (1011, 1046); a first fluid chamber (1017, 1052) and a second fluid chamber (1019, 1054); and a tuning fluid disposed within the first fluid chamber (1017, 1052) and the second fluid chamber (1019, 1054) for hydraulically coupling the first and second pistons (1002, 1034, 1013, 1048), characterized in that each of the first piezoceramic actuator (1009, 1044) and second piezoceramic actuator (1011, 1046) is coupled to the second piston (1013, 1048) for selectively transferring forces to the second piston (1013, 1048), wherein the first and second piezoceramic actuators (1009, 1011, 1044, 1046) are axially aligned and operate out of phase to each other; and each of the first fluid chamber (1017, 1052) and second fluid chamber (1019, 1054) being defined by the housing (1004, 1036), the first piston (1002, 1034), the second piston (1013, 1048) and the elastomeric seals (1035, 1015, 1050).
A method for detecting objects a person has interest in interacting with, the method comprising: receiving data points of a natural user input device adapted for tracking a movement of the person; determining multiple vectors from the data points by grouping data points into groups, wherein the multiple vectors are determined from overlapping groups of data points, wherein a data point is part of more than one group, wherein the data points of a group indicate a user movement in one direction and wherein data points are grouped into a group, when a statistical value reaches a local extremum and/or a specific value, the statistical value indicating a deviation of the data points of the group from a line representing the at least one vector; determining a map of interaction objects, such that data points are mapable to interaction objects; predicting a target area from the multiple vectors by mapping the determined multiple vectors to the map of interaction objects, wherein the multiple vectors give rise to multiple target points, which are used for identifying the target area; predicting at least one interaction object at the target area as interaction object of interest. receiving data points of a natural user input device adapted for tracking a movement of the person; determining multiple vectors from the data points by grouping data points into groups, wherein the multiple vectors are determined from overlapping groups of data points, wherein a data point is part of more than one group, wherein the data points of a group indicate a user movement in one direction and wherein data points are grouped into a group, when a statistical value reaches a local extremum and/or a specific value, the statistical value indicating a deviation of the data points of the group from a line representing the at least one vector; determining a map of interaction objects, such that data points are mapable to interaction objects; predicting a target area from the multiple vectors by mapping the determined multiple vectors to the map of interaction objects, wherein the multiple vectors give rise to multiple target points, which are used for identifying the target area; predicting at least one interaction object at the target area as interaction object of interest.
A constant potential electrolytic gas sensor comprising: a case with a case body; an electrode structure comprising at least two electrodes (31, 32, 33) provided in the case body; at least two lead wires that extend along respective surfaces of the at least two electrodes and are connected to the respective surfaces of the at least two electrodes; and at least two external electrodes (51, 52, 53) that extend from the outside of the case to the inside of the case, are provided in the case body, and are connected to the at least two lead wires, respectively, wherein the at least two external electrodes are arranged so that a connection point of the external electrode to which the lead wire is connected is located at a height corresponding to the electrode structure, and characterized in that the case body has a holding structure that can hold a predetermined amount of protective agent so as to cover the connection point, with respect to each of the at least two external electrodes, and wherein the holding structure comprises a guide that guides the lead wire along an introduction path from the outside of the case body to the electrode structure via the connection point of the external electrode. a case with a case body; an electrode structure comprising at least two electrodes (31, 32, 33) provided in the case body; at least two lead wires that extend along respective surfaces of the at least two electrodes and are connected to the respective surfaces of the at least two electrodes; and at least two external electrodes (51, 52, 53) that extend from the outside of the case to the inside of the case, are provided in the case body, and are connected to the at least two lead wires, respectively, wherein the at least two external electrodes are arranged so that a connection point of the external electrode to which the lead wire is connected is located at a height corresponding to the electrode structure, and characterized in that the case body has a holding structure that can hold a predetermined amount of protective agent so as to cover the connection point, with respect to each of the at least two external electrodes, and wherein the holding structure comprises a guide that guides the lead wire along an introduction path from the outside of the case body to the electrode structure via the connection point of the external electrode.
A laundry treating apparatus comprising: a treating chamber to accommodate laundry; and a supply device comprising an air supply device to supply air or heated air to the treating chamber and a steam generation device to supply steam to the treating chamber; characterized in that the laundry treating apparatus further comprises: a moving hanger comprising a hanger bar provided in the treating chamber and a driving part to move the hanger bar, wherein the hanger bar comprises a hanger groove formed in a width direction of the hanger bar so as to accommodate a hanging portion of a hanger, and the width of each end (C3 and C4) of the hanger groove is larger than the width of a center (C1 and C2) of the hanger groove. a treating chamber to accommodate laundry; and a supply device comprising an air supply device to supply air or heated air to the treating chamber and a steam generation device to supply steam to the treating chamber; characterized in that the laundry treating apparatus further comprises: a moving hanger comprising a hanger bar provided in the treating chamber and a driving part to move the hanger bar, wherein the hanger bar comprises a hanger groove formed in a width direction of the hanger bar so as to accommodate a hanging portion of a hanger, and the width of each end (C3 and C4) of the hanger groove is larger than the width of a center (C1 and C2) of the hanger groove. a moving hanger comprising a hanger bar provided in the treating chamber and a driving part to move the hanger bar, wherein the hanger bar comprises a hanger groove formed in a width direction of the hanger bar so as to accommodate a hanging portion of a hanger, and the width of each end (C3 and C4) of the hanger groove is larger than the width of a center (C1 and C2) of the hanger groove.