mhurhangee/ep-ind-claims huggingface dataset:
An electrode line for the defibrillation or for the mapping or the ablation of heart tissue, comprising a connector at a proximal end of the electrode line and one or more sensing or treatment electrodes or both at or in the vicinity of a distal end of the electrode line, and also comprising at least one electrical conductor, via which a respective sensing or treatment electrode is electrically connected to the connector, wherein the electrode line is structured to be suitable for use within the scope of magnetic resonance imaging and is also configured for attachment to an electrophysiology therapy device and has at least one defibrillation electrode or at least one sensing electrode for recording and evaluating heart tissue potentials or at least one treatment electrode for delivering high-frequency currents for tissue sclerotherapy (ablation), characterised in that the electrical conductor is formed from at least one metal electrical conductor in a longitudinal portion intended for lateral deflection and having a length shorter than a quarter of the wavelength of the magnetic alternating field of a magnetic resonance scanner, and from at least one electrical conductor formed from carbon fibres, said electrical conductors being connected to one another.
Connector housing for an electrical connector, the housing comprising at least one terminal receptacle for an electric contact element, the terminal receptacle opening into a terminal insertion direction, forming a terminal insertion opening for insertion of the electric contact element, the housing further comprising at least one terminal positioning assurance device which is formed monolithically with the housing and which is accessible from an outside of the housing, the terminal positioning assurance device having an actuator head which, in an unlocked position, is spaced apart from the rest of the housing and, in a locked position, is positively engaged with and protrudes into a lateral opening of the housing, whereby, in the locked position, a terminal locking element, which is operatively coupled to the actuator head, protrudes into at least one terminal receptacle, wherein the terminal positioning assurance device further comprises between the terminal receptacle and the actuator head, a displaceable transmission member, which, in the locked position, is elastically deflected into the terminal receptacle, the displaceable transition member comprising the terminal locking element, wherein the actuator head comprises a locking shoulder, which, in the locked position, is positively locked with a corresponding arresting portion of the housing, the arresting portion of the housing being formed by a rim of the lateral opening, characterized in that, in the locked position, the actuator head presses against the displaceable transmission member in a direction towards the terminal receptacle and the actuator head is positively locked between the displaceable transmission member and the arresting portion of the housing, wherein the displaceable transmission member is formed as a cantilever beam, which extends basically in parallel with the terminal insertion direction from a side of the housing which comprises the terminal insertion opening and extends towards a forward end of the connector housing, and wherein the terminal positioning assurance device has a base and a free end, the base being situated at the forward end of the housing.
Appliance, namely a cleaning appliance, cooker, refrigerator or washing and/or drying machine, comprising a foot actuation device, arranged in a base region of the appliance, for opening an appliance door of the appliance, the foot actuation device having an actuating surface, characterized in that the foot actuation device has a tread surface arranged below the actuating surface, and in that the actuating surface is pivotably mounted via at least one four-bar linkage, the actuating surface forming a rocker together with the tread surface.
Method for manufacturing flexible tubular bodies made of plastic by welding a strip, comprising the following steps: - shaping a strip around a welding rod, - bringing the ends (3, 4) of the strip into contact, - forming a welded zone by heating, compressing and cooling the said ends (3, 4), - heating the strip, preferably to a temperature of above 60°C, outside of the welded zone, prior to, simultaneously with or subsequent to the welding operation, during which heating the strip is heated to a temperature that is constant in the direction of travel of the strip, which is also parallel to the axis of the tube, and with a temperature profile in the direction perpendicular to the direction of travel of the strip, which is also the circumferential direction of the tube, the said method making it possible to overcome roundness defects of the flexible tubular bodies made of plastic. - shaping a strip around a welding rod, - bringing the ends (3, 4) of the strip into contact, - forming a welded zone by heating, compressing and cooling the said ends (3, 4), - heating the strip, preferably to a temperature of above 60°C, outside of the welded zone, prior to, simultaneously with or subsequent to the welding operation, during which heating the strip is heated to a temperature that is constant in the direction of travel of the strip, which is also parallel to the axis of the tube, and with a temperature profile in the direction perpendicular to the direction of travel of the strip, which is also the circumferential direction of the tube,
Closure cap for a bore, which may be inserted into the bore with a gripping device, wherein the closure cap comprises an inner diameter, wherein the closure cap is pot-shaped and comprises a base wall and a side wall moulded thereon, wherein the side wall is formed circumferential and conical, characterised in that the side wall has at least one circumferential depression in the form of a groove or slot on its inner side, wherein the circumferential depression serves for the engagement of engagement elements of the gripping device.
A vehicle motion management system for a vehicle, the vehicle motion management system being connectable to a motion support system for communication of control signals therebetween, wherein the vehicle motion management system is configured to: - determine a desired torque for operating the vehicle at a current vehicle operating condition; - determine an offset wheel speed parameter; - obtain a signal indicative of a wheel speed for the vehicle; - determine a wheel slip limit for at least one wheel of the vehicle based on the offset wheel speed parameter when the wheel speed is below a threshold vehicle speed limit; - determine, based at least on the wheel slip limit, a wheel speed limit for the at least one wheel of the vehicle; and - transmit a control signal indicative of the desired torque and the wheel speed limit to the motion support system. - determine a desired torque for operating the vehicle at a current vehicle operating condition; - determine an offset wheel speed parameter; - obtain a signal indicative of a wheel speed for the vehicle; - determine a wheel slip limit for at least one wheel of the vehicle based on the offset wheel speed parameter when the wheel speed is below a threshold vehicle speed limit; - determine, based at least on the wheel slip limit, a wheel speed limit for the at least one wheel of the vehicle; and - transmit a control signal indicative of the desired torque and the wheel speed limit to the motion support system.
Corner adapter for surface-mounting electrical/electronic flush-mounted installation material, comprising a front panel comprising a cutout for mounting a flush-mounted device insert of an electrical/electronic installation device, which dips into a housing arranged on the rear side of the front panel, wherein the housing is designed for installation in a 90° corner and, as a result, an angle (α) is formed between the front panel (13, 17) and corner side walls (32, 33) of the corner of a room of in each case 45°, characterized in that at least one flush-mounted box is arranged on the rear side of the front panel, and in that this configuration comprising flush-mounted box and front panel forms the housing and is provided with lateral ribs, which act as wall stop for corner mounting.
A base station apparatus comprising: a processor configured to: allocate, to a mobile station, a plurality of uplink resource blocks, the plurality of uplink resource blocks being consecutive in a frequency domain, the plurality of the consecutive uplink resource blocks being respectively associated with a plurality of resources of downlink; map ACK or NACK signals respectively associated with at least two of the uplink resource blocks that are consecutive in the frequency domain in a distributed manner to different groups of frequency bands in a downlink; and map ACK or NACK signals respectively associated with uplink resource blocks that are non-consecutive in the frequency domain to a same or different group of frequency bands in the downlink; and a transmitter configured to transmit the mapped ACK or NACK signals to the mobile station on a hybrid ARQ indicator channel, HICH, and the processor is configured to map the ACK or NACK signals to the resources of downlink to which the HICH is mapped. a processor configured to: allocate, to a mobile station, a plurality of uplink resource blocks, the plurality of uplink resource blocks being consecutive in a frequency domain, the plurality of the consecutive uplink resource blocks being respectively associated with a plurality of resources of downlink; map ACK or NACK signals respectively associated with at least two of the uplink resource blocks that are consecutive in the frequency domain in a distributed manner to different groups of frequency bands in a downlink; and map ACK or NACK signals respectively associated with uplink resource blocks that are non-consecutive in the frequency domain to a same or different group of frequency bands in the downlink; and allocate, to a mobile station, a plurality of uplink resource blocks, the plurality of uplink resource blocks being consecutive in a frequency domain, the plurality of the consecutive uplink resource blocks being respectively associated with a plurality of resources of downlink; map ACK or NACK signals respectively associated with at least two of the uplink resource blocks that are consecutive in the frequency domain in a distributed manner to different groups of frequency bands in a downlink; and map ACK or NACK signals respectively associated with uplink resource blocks that are non-consecutive in the frequency domain to a same or different group of frequency bands in the downlink; and a transmitter configured to transmit the mapped ACK or NACK signals to the mobile station on a hybrid ARQ indicator channel, HICH, and the processor is configured to map the ACK or NACK signals to the resources of downlink to which the HICH is mapped.
A method comprising: transmitting, from a device, at least one data block over an uplink channel during a plurality of Transmission Time Intervals TTIs measuring, by the device, noise and interference signals (10F, 10G) received on a plurality of downlink channels, for each of the plurality of downlink channels, during a measurement period, wherein the measurement period coincides with a discontinuous transmission DTX period, when no signal intended for the device is transmitted on the plurality of downlink channels, during the plurality of Transmission Time Intervals TTIs; determining, by the device, at least one threshold based upon the measured noise and interference signals (10F, 10G), for each of the plurality of downlink channels, during the plurality of Transmission Time Intervals TTIs; receiving, by the device, on the plurality of downlink channels, signals corresponding to a message intended for the device after the plurality of Transmission Time Intervals TTIs, the message comprising an indicator having a plurality of possible states; determining, by the device, a value corresponding to the indicator, for each of the plurality of downlink channels, based upon said signals; and assigning, by the device, one of the plurality of possible states to the indicator of the received message, for each of the plurality of downlink channels, based upon a comparison of the at least one threshold and the determined value. transmitting, from a device, at least one data block over an uplink channel during a plurality of Transmission Time Intervals TTIs measuring, by the device, noise and interference signals (10F, 10G) received on a plurality of downlink channels, for each of the plurality of downlink channels, during a measurement period, wherein the measurement period coincides with a discontinuous transmission DTX period, when no signal intended for the device is transmitted on the plurality of downlink channels, during the plurality of Transmission Time Intervals TTIs; determining, by the device, at least one threshold based upon the measured noise and interference signals (10F, 10G), for each of the plurality of downlink channels, during the plurality of Transmission Time Intervals TTIs; receiving, by the device, on the plurality of downlink channels, signals corresponding to a message intended for the device after the plurality of Transmission Time Intervals TTIs, the message comprising an indicator having a plurality of possible states; determining, by the device, a value corresponding to the indicator, for each of the plurality of downlink channels, based upon said signals; and assigning, by the device, one of the plurality of possible states to the indicator of the received message, for each of the plurality of downlink channels, based upon a comparison of the at least one threshold and the determined value.
A laundry detergent composition comprising methyl ester ethoxylate surfactant wherein the methyl ester ethoxylate comprises monounsaturated C18 and wherein the weight proportion of monounsaturated C18 to other C18 components is from 2.9 to 7.0, and wherein the MEE comprises at least 5% of the MEE, C16 MEE.
Sheet of paper with a duplicating coating on its front side and on its back side, and with an upper half and with a lower half and a fold line connecting the two halves (4, 5), characterised in that the duplicating coating of the upper half of the front side and of the lower half of the back side is a CF coating and the duplicating coating of the lower half of the front side and of the upper half of the back side is a CB coating.
A method of erecting a wind turbine tower having a plurality of tower segments which are tensioned by means of tensioning members, comprising the steps: providing a plurality of tensioning members, fixing a fixing unit at an end of the tensioning members, wherein fixing of the fixing unit includes the following steps: placing a multi-part wedge unit at a free end of the tensioning members which comprise a plurality of tensioning wires, fitting a sleeve over the wedge unit, and fixing a pulling tab on or at the sleeve, wherein the pulling tab has an opening, fixing a cable at the hole in the pulling tab, pulling up the cable with the fixing unit and thus the tensioning member upwardly, and fixing the fixing unit to a segment of the tower, that is to be fixed, wherein the sleeve is removed before the tensioning member is braced. providing a plurality of tensioning members, fixing a fixing unit at an end of the tensioning members, wherein fixing of the fixing unit includes the following steps: placing a multi-part wedge unit at a free end of the tensioning members which comprise a plurality of tensioning wires, fitting a sleeve over the wedge unit, and fixing a pulling tab on or at the sleeve, wherein the pulling tab has an opening, placing a multi-part wedge unit at a free end of the tensioning members which comprise a plurality of tensioning wires, fitting a sleeve over the wedge unit, and fixing a pulling tab on or at the sleeve, wherein the pulling tab has an opening, fixing a cable at the hole in the pulling tab, pulling up the cable with the fixing unit and thus the tensioning member upwardly, and fixing the fixing unit to a segment of the tower, that is to be fixed, wherein the sleeve is removed before the tensioning member is braced.
Multi-chamber hollow profile with an outer wall, comprising at least one fire protection material chamber completely or partially filled with fire protection material (20, 20a, 20b) and at least one receiving hollow chamber, for use in fire protection structures, in particular in fire resistant frames for fire protection elements, for example as an insert or slide-in element in a fire resistant glazing frame, wherein the at least one receiving hollow chamber: - is arranged inside the multi-chamber hollow profile, - is completely or predominantly surrounded by the at least one fire protection material chamber; - has at least one end face which is arranged in the region of the outer wall or the end faces of the multi-chamber hollow profile, so that the at least one receiving hollow chamber is accessible from outside the multi-chamber hollow profile; and - is separated from the at least one fire-protection material chamber, which completely or predominantly surrounds it, by a wall which is at least largely impermeable to the fire-protection material (20, 20a, 20b) characterized in that the wall of the at least one receiving hollow chamber extends perpendicularly, transversely or obliquely to the main axis of the multi-chamber hollow profile and the outer wall extends parallel to the main axis of the multi-chamber hollow profile and the end faces of the receiving hollow chamber are arranged substantially parallel to the main axis of the multi-chamber hollow profile. - is arranged inside the multi-chamber hollow profile, - is completely or predominantly surrounded by the at least one fire protection material chamber; - has at least one end face which is arranged in the region of the outer wall or the end faces of the multi-chamber hollow profile, so that the at least one receiving hollow chamber is accessible from outside the multi-chamber hollow profile; and - is separated from the at least one fire-protection material chamber, which completely or predominantly surrounds it, by a wall which is at least largely impermeable to the fire-protection material (20, 20a, 20b)
Method for filling a container to be filled with a carbonated filling product, comprising the provision of a carbonated main component and a first dosage component, mixing the filling product from the carbonated main component and the first dosage component in a filling valve and filling the container to be filled with the filling product mixed in the filling valve, wherein the first dosage component is provided as a carbonated dosage component, characterised in that the carbonated main component is mixed into the filling product with a higher proportion than the first dosage component, and the main component is provided with a degree of carbonation which is less than or equal to the degree of carbonisation of the first dosage component.
Control panel, in particular for a motor vehicle, including a cover which is provided with at least one detection zone of a tactile pressing forming a control button, in which a force sensor is arranged between the cover and a support, behind the detection zone, so as to detect the actuation of the control button to produce an electrical control signal when a user applies a determined tactile pressing force to the detection zone, in which a spacer made of elastically compressible material is mounted between the sensor and the cover so as to take up the mechanical plays between the sensor and the cover, the spacer being at least partially translucent and the control panel including at least one main light source and a light collector which permits injection of the light produced by the said main light source into the thickness of the spacer so that the spacer produces a backlighting beam directed towards a zone to be illuminated of the detection zone, the main light source being arranged on a printed circuit board which is fixed behind the support on the side opposite to the force sensor, characterised by the fact that a portion of the collector extends in a through hole formed in the thickness of the support opposite the main light source.
Cosmetic and/or dermatological composition comprising, in a physiologically acceptable medium, at least one N-acylaminoamide derivative corresponding to the following general formula: wherein: - the radical Y represents O or S, - the radical R 1 represents a methyl, ethyl, propyl or isopropyl radical, optionally substituted by a -OH or -P - 2 group where R represents methyl, ethyl, propyl or isopropyl; - the radical R 2 represents a methyl, ethyl, propyl, isopropyl, n-butyl, tert-butyl or isobutyl radical; - the radical R 3 represents a group chosen from among one of the following formulas: wherein the divalent radical A is methylene, ethylene, propylene and/or the radical B represents at least one -OR; -NHR; -CN; -COOR; -COR group, where R denotes a methyl, ethyl, propyl or isopropyl radical, or represents a hydrocarbon radical chosen from among a methyl, ethyl, propyl or isopropyl radical, substituted by one or more halogens, in particular chlorine, bromine, iodine or fluorine, and preferably totally halogenated (perhalogenated), such as perfluorinated, in particular the perfluoromethyl radical (-CF 3), and, - the radical X represents a radical chosen from among -OH, -OCH 3, -OC 2 H 5, -O-C 3 H 7 or -OC 4 H 9, and at least one C-glycoside derivative corresponding to the following general formula: wherein: - R"' represents an unsubstituted linear C 1 -C 4 alkyl radical, - X' represents a -CH - group, and - S represents D-xylose, and wherein the S-CH 2 -X' bond represents a C-anomeric bond, which may be α or β, as well as their cosmetically acceptable salts, their solvates such as hydrates, and their isomers. - the radical Y represents O or S, - the radical R 1 represents a methyl, ethyl, propyl or isopropyl radical, optionally substituted by a -OH or -P - 2 group where R represents methyl, ethyl, propyl or isopropyl; - the radical R 2 represents a methyl, ethyl, propyl, isopropyl, n-butyl, tert-butyl or isobutyl radical; - the radical R 3 represents a group chosen from among one of the following formulas: wherein the divalent radical A is methylene, ethylene, propylene and/or the radical B represents at least one -OR; -NHR; -CN; -COOR; -COR group, where R denotes a methyl, ethyl, propyl or isopropyl radical, or represents a hydrocarbon radical chosen from among a methyl, ethyl, propyl or isopropyl radical, substituted by one or more halogens, in particular chlorine, bromine, iodine or fluorine, and preferably totally halogenated (perhalogenated), such as perfluorinated, in particular the perfluoromethyl radical (-CF 3), and, - the radical X represents a radical chosen from among -OH, -OCH 3, -OC 2 H 5, -O-C 3 H 7 or -OC 4 H 9, - R"' represents an unsubstituted linear C 1 -C 4 alkyl radical, - X' represents a -CH - group, and - S represents D-xylose,
A forehead band to be attached to a head band of an interior fitting assembly of a protective helmet, wherein a strip-shaped support is provided which is provided with a holder for releasably fixing the forehead band to the head band and is coverable or covered by an overlay made of a sweat-absorbing material at least on a front side facing away from the head band, characterised in that the holder comprises tubular supporting connection pieces (51a - 51d) integrally formed on a rear face of the support of the head band which can be brought in contact with the support and are designed to non-positively or positively engage in openings of the head band.