mhurhangee/ep-ind-claims huggingface dataset:
A method for cleaning a phase plate which is designed to be disposed and irradiated in an examination chamber in the beam path of a transmission electron microscope, the method comprising the steps of etching said phase plate with an etching agent that is suitable for removing a compound that contains at least one of oxygen and carbon, said etching taking place before said phase plate is irradiated for the first time in said TEM, and furthermore, from immediately after the end of the etch process until the start of the irradiation holding said phase plate for said irradiation in said TEM in a holding atmosphere in which the portion of at least one of compounds containing oxygen and compounds containing carbon is reduced, which for said compounds containing oxygen means a molecule concentration of at most 1·10 11 /cm 3, and for said compounds containing carbon means a molecule concentration of at most 5·10 13 /cm 3. the method comprising the steps of etching said phase plate with an etching agent that is suitable for removing a compound that contains at least one of oxygen and carbon, said etching taking place before said phase plate is irradiated for the first time in said TEM, and furthermore, from immediately after the end of the etch process until the start of the irradiation holding said phase plate for said irradiation in said TEM in a holding atmosphere in which the portion of at least one of compounds containing oxygen and compounds containing carbon is reduced, which for said compounds containing oxygen means a molecule concentration of at most 1·10 11 /cm 3, and for said compounds containing carbon means a molecule concentration of at most 5·10 13 /cm 3.
Device for digitally triggering a recording of a digitized measurement signal having a superimposed noise signal, with a digital recording unit and with a digital trigger unit triggering the recording of the measurement signal in the recording unit, to each of which the measurement signal is fed, and with a low pass filter connected in front of the digital trigger unit for limiting the band of the noise signal superimposed on the measurement signal, characterised in that the bandwidth of the low pass filter is set depending on the edge steepness of the measurement signal in order to reduce the variance σ t 2 of the jitter of the digital trigger signal.
A method, in a first enhanced Node B, eNB,, for providing an interface between the first eNB and a second eNB for providing bearer management functions, the first and second eNBs comprising an anchor-assisting node relationship and being comprised in a wireless communications network, the method characterised by: establishing the interface with the second eNB; and receiving and/or sending communications from and/or to, the second eNB, respectively, on the interface for providing bearer management functions for bearers associated with a user equipment in multiple connectivity with at least the first and second eNBs. establishing the interface with the second eNB; and receiving and/or sending communications from and/or to, the second eNB, respectively, on the interface for providing bearer management functions for bearers associated with a user equipment in multiple connectivity with at least the first and second eNBs.
A method for producing sodium hydroxide and/or chlorine by electrolyzing saltwater, characterized in that the method comprises: using a two-chamber type electrolytic cell for saltwater comprising one or more unit cells equipped with an anode chamber including an anode, a cathode chamber including a gas-diffusion cathode, and an ion exchange membrane sandwiched by the anode chamber and the cathode chamber, supplying saltwater to the anode chamber, and supplying humidified oxygen-containing gas to the cathode chamber, wherein each of the unit cells further comprises a humidifying chamber generating the humidified oxygen-containing gas that is to be supplied to the cathode chamber, the humidifying chamber is adjoined to and in heat exchange relation with the anode chamber or the cathode chamber in one of the unit cells, or is adjoined to and in heat exchange relation with the anode chamber or the cathode chamber in another of the unit cells adjacent to the one of the unit cells, and the oxygen-containing gas is humidified by generating water vapor with heat from the anode chamber or the cathode chamber. using a two-chamber type electrolytic cell for saltwater comprising one or more unit cells equipped with an anode chamber including an anode, a cathode chamber including a gas-diffusion cathode, and an ion exchange membrane sandwiched by the anode chamber and the cathode chamber, supplying saltwater to the anode chamber, and supplying humidified oxygen-containing gas to the cathode chamber, wherein each of the unit cells further comprises a humidifying chamber generating the humidified oxygen-containing gas that is to be supplied to the cathode chamber, the humidifying chamber is adjoined to and in heat exchange relation with the anode chamber or the cathode chamber in one of the unit cells, or is adjoined to and in heat exchange relation with the anode chamber or the cathode chamber in another of the unit cells adjacent to the one of the unit cells, and the oxygen-containing gas is humidified by generating water vapor with heat from the anode chamber or the cathode chamber.
A measurement method, comprising: sending, by a base station, a switch message for a narrow bandwidth reception mode to a terminal to instruct the terminal to switch to a designated narrow bandwidth to receive information, wherein a width of the narrow bandwidth is less than a width of a system bandwidth; and scheduling, by the base station, the terminal to switch to the system bandwidth to measure a downlink reference signal when channel state information of a downlink channel needs to be measured; wherein the scheduling, by the base station, the terminal to switch to the system bandwidth to measure the downlink reference signal when the channel state information of the downlink channel needs to be measured, comprises: configuring, by the base station, measurement parameters for the terminal to measure the downlink reference signal and sending the measurement parameters to the terminal, wherein the measurement parameters comprise a cycle for the terminal to measure the downlink reference signal and information of a time period for the terminal to measure the downlink reference signal in the cycle; and scheduling the terminal to switch to the system bandwidth to measure the downlink reference signal according to the measurement parameters. sending, by a base station, a switch message for a narrow bandwidth reception mode to a terminal to instruct the terminal to switch to a designated narrow bandwidth to receive information, wherein a width of the narrow bandwidth is less than a width of a system bandwidth; and scheduling, by the base station, the terminal to switch to the system bandwidth to measure a downlink reference signal when channel state information of a downlink channel needs to be measured; wherein the scheduling, by the base station, the terminal to switch to the system bandwidth to measure the downlink reference signal when the channel state information of the downlink channel needs to be measured, comprises: configuring, by the base station, measurement parameters for the terminal to measure the downlink reference signal and sending the measurement parameters to the terminal, wherein the measurement parameters comprise a cycle for the terminal to measure the downlink reference signal and information of a time period for the terminal to measure the downlink reference signal in the cycle; and scheduling the terminal to switch to the system bandwidth to measure the downlink reference signal according to the measurement parameters. configuring, by the base station, measurement parameters for the terminal to measure the downlink reference signal and sending the measurement parameters to the terminal, wherein the measurement parameters comprise a cycle for the terminal to measure the downlink reference signal and information of a time period for the terminal to measure the downlink reference signal in the cycle; and scheduling the terminal to switch to the system bandwidth to measure the downlink reference signal according to the measurement parameters.
Valve device for a combustion engine comprising a housing, an actuator generating a torque, a transmission unit, a translationally movable valve by which a flow cross section can be cleared or closed in a controlled manner, a transmission output member coupled to the valve such that the rotary movement of the transmission output member generates a translational movement of the valve, and a spring element serving as a return spring, characterized in that the spring element is arranged such that, on the one hand, a pinion or a rotary shaft of the transmission unit and, on the other hand, the valve is loaded in the closing direction of the valve, wherein the spring element is a helical spring having two spring legs (42, 48) of which the first spring leg engages the valve in a pre-tensioned manner and the second spring leg engages, in a pre-tensioned manner, a rotary shaft, on which an upstream pinion is arranged for rotation therewith, or the upstream pinion, wherein a helical portion of the helical spring surrounds the rotary shaft.
A method for producing a computer-aided virtual articulator for dentistry, comprising: recording and collating body-related data from a plurality of persons to form a data collection; generating a model of a masticatory apparatus from the data collection by means of statistical methods; characterized in that the model is used to supplement body-related data recorded from a single patient to provide an individual movement model of the masticatory apparatus of the patient and to simulate a movement of the masticatory apparatus, wherein recorded movement phases from single patients are supplemented by means of movement phases from other patients which differ therefrom in order to form a complete set of movement phases. recording and collating body-related data from a plurality of persons to form a data collection; generating a model of a masticatory apparatus from the data collection by means of statistical methods; characterized in that the model is used to supplement body-related data recorded from a single patient to provide an individual movement model of the masticatory apparatus of the patient and to simulate a movement of the masticatory apparatus, wherein recorded movement phases from single patients are supplemented by means of movement phases from other patients which differ therefrom in order to form a complete set of movement phases.
A receptacle for minimizing evaporation of a fluid, comprising: a single-piece body comprising: a first chamber having a first chamber volume and a first chamber opening, the first chamber containing a first portion of a fluid, a second chamber having a second chamber volume, a second chamber opening separate from the first chamber opening, the second chamber containing a second portion of the fluid, and a conduit configured to allow fluid communication between the first chamber and the second chamber; one or more fluid-tight seals affixed to a surface of the body, the surface of the body defining the first and second chamber openings, wherein at least a portion of the one or more fluid-tight seals covers the first chamber opening and is frangible; a penetrable septum covering the first chamber opening and the portion of the one or more fluid-tight seals; and a lid having an opening axially aligned with the first chamber opening and coupled to the body such that at least a portion of the septum is disposed between the lid and the one or more fluid-tight seals, wherein the septum comprises at least one slit forming flaps. a first chamber having a first chamber volume and a first chamber opening, the first chamber containing a first portion of a fluid, a second chamber having a second chamber volume, a second chamber opening separate from the first chamber opening, the second chamber containing a second portion of the fluid, and a conduit configured to allow fluid communication between the first chamber and the second chamber; one or more fluid-tight seals affixed to a surface of the body, the surface of the body defining the first and second chamber openings, wherein at least a portion of the one or more fluid-tight seals covers the first chamber opening and is frangible; a penetrable septum covering the first chamber opening and the portion of the one or more fluid-tight seals; and a lid having an opening axially aligned with the first chamber opening and coupled to the body such that at least a portion of the septum is disposed between the lid and the one or more fluid-tight seals, wherein the septum comprises at least one slit forming flaps.
A linear compressor, comprising: a shell having a cylindrical shape; a compressor main body inserted into the shell; a first shell cover coupled to a rear end of the shell; a second shell cover coupled to a front end of the shell; a first support coupled to a front end of the compressor main body that supports the front end of the compressor main body; and a second support coupled a rear end of the compressor main body to the first shell cover that supports the rear end of the compressor main body, wherein the first support comprises: a support head coupled to a front center of the compressor main body; and a pair of dampers having both ends respectively coupled to the support head and an inner circumferential surface of the shell, wherein the pair of dampers is coupled to the support head in an inverted "V" shape extending at a predetermined angle in a circumferential direction of the support head. a shell having a cylindrical shape; a compressor main body inserted into the shell; a first shell cover coupled to a rear end of the shell; a second shell cover coupled to a front end of the shell; a first support coupled to a front end of the compressor main body that supports the front end of the compressor main body; and a second support coupled a rear end of the compressor main body to the first shell cover that supports the rear end of the compressor main body, wherein the first support comprises: a support head coupled to a front center of the compressor main body; and a pair of dampers having both ends respectively coupled to the support head and an inner circumferential surface of the shell, wherein the pair of dampers is coupled to the support head in an inverted "V" shape extending at a predetermined angle in a circumferential direction of the support head. a support head coupled to a front center of the compressor main body; and a pair of dampers having both ends respectively coupled to the support head and an inner circumferential surface of the shell, wherein the pair of dampers is coupled to the support head in an inverted "V" shape extending at a predetermined angle in a circumferential direction of the support head.
Stator for an, in particular direct-drive, generator of a wind turbine, comprising stator segments, which each comprise a lamination stack, and a stator support structure with support structure segments extending in an axial direction and being adjacently located in a circumferential direction to form a ring-like structure, wherein each support structure segment comprises at least one longitudinal carrier element, which extends in an axial direction and comprises a stator segment-sided lamination attachment section having through holes for lamination bolting means, in particular bolts and/or bolt extenders, for fixing the carrier element to the respective stator segment using a lamination attachment assembly, wherein the lamination attachment assembly for each carrier element comprises: - a counter bearing element to be inserted into a cavity of the lamination stack and extending at least essentially over the complete axial length of the stator segment, characterised in that the counter bearing element comprises threaded holes for receiving the lamination bolting means, - a stiffening bar to be placed inside the carrier element on the lamination attachment section, extending at least essentially over the complete axial length of the support structure segment and comprising through holes for the lamination bolting means, and - the lamination bolting means bolted through aligned sets of through holes (27, 32) and threaded hole. - a counter bearing element to be inserted into a cavity of the lamination stack and extending at least essentially over the complete axial length of the stator segment, characterised in that the counter bearing element comprises threaded holes for receiving the lamination bolting means, - a stiffening bar to be placed inside the carrier element on the lamination attachment section, extending at least essentially over the complete axial length of the support structure segment and comprising through holes for the lamination bolting means, and - the lamination bolting means bolted through aligned sets of through holes (27, 32) and threaded hole.
A cutting insert comprising: a bottom supporting surface, a center cutting edge (14; 44; 52; 56), two secondary cutting edges (16, 18; 46; 54; 58) which are realized on both sides of the center cutting edge (14; 44; 52; 56) and are offset in relation to the center cutting edge (14; 44; 52; 56) and two transition edges (20, 22; 48; 57) which connect the center cutting edge (14; 44; 52; 56) to the secondary cutting edge adjacent in each case (16, 18; 46; 54; 58), wherein the two secondary cutting edges (16, 18; 46; 54; 58) are formed in each case vertically offset and, where applicable, also offset in depth with respect to the center cutting edge (14; 44; 52; 56), characterized in that the two secondary cutting edges (16, 18; 46; 54; 58) are in each case laterally spaced from the center cutting edge (14; 44; 52; 56) by a non-edge-overlapping region, and in that the transition edges (20, 22; 48; 57), in each case in the non-edge-overlapping region, have at least over a portion an inclination n where 2° ≤ n ≤ 20° in relation to a height direction which extends at right angles with respect to a main extension plane of the supporting surface such that the corresponding portion of the transition edge moves in use into engagement with the material of the workpiece independently of the set angle of the cutting edge of the cutting insert. a bottom supporting surface, a center cutting edge (14; 44; 52; 56), two secondary cutting edges (16, 18; 46; 54; 58) which are realized on both sides of the center cutting edge (14; 44; 52; 56) and are offset in relation to the center cutting edge (14; 44; 52; 56) and two transition edges (20, 22; 48; 57) which connect the center cutting edge (14; 44; 52; 56) to the secondary cutting edge adjacent in each case (16, 18; 46; 54; 58), wherein the two secondary cutting edges (16, 18; 46; 54; 58) are formed in each case vertically offset and, where applicable, also offset in depth with respect to the center cutting edge (14; 44; 52; 56), characterized in that the two secondary cutting edges (16, 18; 46; 54; 58) are in each case laterally spaced from the center cutting edge (14; 44; 52; 56) by a non-edge-overlapping region, and in that the transition edges (20, 22; 48; 57), in each case in the non-edge-overlapping region, have at least over a portion an inclination n where 2° ≤ n ≤ 20° in relation to a height direction which extends at right angles with respect to a main extension plane of the supporting surface such that the corresponding portion of the transition edge moves in use into engagement with the material of the workpiece independently of the set angle of the cutting edge of the cutting insert.
Wheelchair, comprising a frame with a seat and a rolling chassis, wherein the chassis comprises a wheel suspension assembly (A1, A2) on opposite sides of the frame, each with a bearing arm for a driven wheel and a support wheel arm for a support wheel, wherein the bearing arm is connected at a proximal end to the frame for pivoting about a first pivot axis lying substantially transversely of a longitudinal direction and the support wheel arm is pivotable about a second pivot axis relative to the frame, and wherein the bearing arm and the support wheel arm are provided with spring and/or damper means for thereby suspending and/or damping a pivoting movement of the bearing arm, characterized in that the support wheel arm is coupled via a bridge to the corresponding support wheel arm of the opposite wheel suspension assembly, that the bridge between the two support wheel arms is connected to the frame for pivoting about a pivot axis lying substantially along the longitudinal direction and that the support wheel arm is coupled via the spring and/or damper means to the bearing arm.
A washing and/or drying machine comprising: a main body portion; a drum (106, 206, 406, 606) for receiving one or more items to be washed and/or dried, the drum (106, 206, 406, 606) arranged for rotation within the main body portion; a controller in communication with a sensor, the sensor constructed and arranged to sense position information of the drum (106, 206, 406, 606) and to provide the position information to the controller; and an actuator (224, 624) constructed and arranged to cause movement of the drum (106, 206, 406, 606); and wherein in response to determining movement of the drum (106, 206, 406, 606) from a reference position of the drum (106, 206, 406, 606), the controller configured to send a control signal to the actuator (224, 624) so as to cause the actuator (224, 624) to cause the drum (106, 206, 406, 606) to move towards the reference position of the drum (106, 206, 406, 606), the reference position comprising an axis which coincides with a central rotational axis of the drum (106, 206, 406, 606) when the drum is at rest; and the movement of the drum (106, 206, 406, 606) from a reference position of the drum (106, 206, 406, 606) being in a direction perpendicular to the central rotational axis of the drum (106, 206, 406, 606); and characterized in that the actuator (224, 624) comprises an electromagnetic coil, the electromagnetic coil surrounding an actuator element, and wherein the electromagnetic coil comprises a first resilient coil, and the actuator element comprises a second resilient coil. a main body portion; a drum (106, 206, 406, 606) for receiving one or more items to be washed and/or dried, the drum (106, 206, 406, 606) arranged for rotation within the main body portion; a controller in communication with a sensor, the sensor constructed and arranged to sense position information of the drum (106, 206, 406, 606) and to provide the position information to the controller; and an actuator (224, 624) constructed and arranged to cause movement of the drum (106, 206, 406, 606); and wherein in response to determining movement of the drum (106, 206, 406, 606) from a reference position of the drum (106, 206, 406, 606), the controller configured to send a control signal to the actuator (224, 624) so as to cause the actuator (224, 624) to cause the drum (106, 206, 406, 606) to move towards the reference position of the drum (106, 206, 406, 606), the reference position comprising an axis which coincides with a central rotational axis of the drum (106, 206, 406, 606) when the drum is at rest; and the movement of the drum (106, 206, 406, 606) from a reference position of the drum (106, 206, 406, 606) being in a direction perpendicular to the central rotational axis of the drum (106, 206, 406, 606); and characterized in that the actuator (224, 624) comprises an electromagnetic coil, the electromagnetic coil surrounding an actuator element, and wherein the electromagnetic coil comprises a first resilient coil, and the actuator element comprises a second resilient coil.