mhurhangee/ep-ind-claims huggingface dataset:
A method in a user equipment for transmitting uplink control information in time slots in a subframe over a radio channel to a radio base station, the user equipment and radio base station being comprised in a radio communications network, which radio channel is arranged to carry uplink control information, and the uplink control information being comprised in a block of bits, the method comprises: - mapping the block of bits to a sequence of complex-valued modulation symbols, - block spreading the sequence of complex-valued modulation symbols across Discrete Fourier Transform Spread - Orthogonal Frequency Division Multiplexing, DFTS-OFDM, symbols by applying a spreading sequence to the sequence of complex-valued modulation symbols, to achieve a block-spread sequence of complex-valued modulation symbols, - transforming, per DFTS-OFDM symbol, the block-spread sequence of complex-valued modulation symbols by performing an operation that corresponds to applying, for each DFTS-OFDM symbol, to a part of the block-spread sequence of complex-valued modulation symbols corresponding to that DFTS-OFDM symbol, a matrix comprising matrix elements, which matrix elements are cyclically shifted depending on a DFTS-OFDM symbol index and/or slot index, and - transmitting the block-spread sequence of complex-valued modulation symbols that has been transformed over the radio channel to the radio base station. - mapping the block of bits to a sequence of complex-valued modulation symbols, - block spreading the sequence of complex-valued modulation symbols across Discrete Fourier Transform Spread - Orthogonal Frequency Division Multiplexing, DFTS-OFDM, symbols by applying a spreading sequence to the sequence of complex-valued modulation symbols, to achieve a block-spread sequence of complex-valued modulation symbols, - transforming, per DFTS-OFDM symbol, the block-spread sequence of complex-valued modulation symbols by performing an operation that corresponds to applying, for each DFTS-OFDM symbol, to a part of the block-spread sequence of complex-valued modulation symbols corresponding to that DFTS-OFDM symbol, a matrix comprising matrix elements, which matrix elements are cyclically shifted depending on a DFTS-OFDM symbol index and/or slot index, and - transmitting the block-spread sequence of complex-valued modulation symbols that has been transformed over the radio channel to the radio base station.
Rotor group for electromechanical components comprising: a substantially cylindrical, magnetic element, defining a main axis, two bases and a side surface, and comprising a through hole substantially centred on said main axis, defining inner walls and comprising at least one groove, for the rotational constraint around said main axis of a transmission element with respect to said magnetic element on said inner walls, - the transmission element mainly positioned inside said through hole and comprising coupling tabs, in contact with said inner walls of said through hole, suitable for the rotational constraint around said main axis of said transmission element with respect to said magnetic element, - said coupling tabs presenting in situ bent free ends, in contact with at least one of said bases, suitable to constrain the translation along said main axis of said transmission element with respect to said magnetic element, the rotor group being characterized in that - said transmission element is made in polymeric material, - said transmission element comprises a base support suitable for contact with at least one of the two bases of said magnetic element, - said base support comprising radial tabs symmetrical with respect to said main axis, suitable to flex and to tighten in the direction of said main axis said transmission element, so as to tighten and align along said main axis said transmission element to said magnetic element, and - each of said radial tabs comprising a protuberance, protruding from the inner surface of said base support in the direction of said main axis and oriented towards said magnetic element, suitable to guarantee a proper tightening for axial tension. - the transmission element mainly positioned inside said through hole and comprising coupling tabs, in contact with said inner walls of said through hole, suitable for the rotational constraint around said main axis of said transmission element with respect to said magnetic element, - said coupling tabs presenting in situ bent free ends, in contact with at least one of said bases, suitable to constrain the translation along said main axis of said transmission element with respect to said magnetic element, the rotor group being characterized in that - said transmission element is made in polymeric material, - said transmission element comprises a base support suitable for contact with at least one of the two bases of said magnetic element, - said base support comprising radial tabs symmetrical with respect to said main axis, suitable to flex and to tighten in the direction of said main axis said transmission element, so as to tighten and align along said main axis said transmission element to said magnetic element, and - each of said radial tabs comprising a protuberance, protruding from the inner surface of said base support in the direction of said main axis and oriented towards said magnetic element, suitable to guarantee a proper tightening for axial tension.
A shape charge case comprising: at least one conical cross sectioned portion; an inner wall; an outer wall; a first opening; and a second opening larger than the first opening; characterized in at least one vent groove positioned along the inner wall and adapted to vent gas. at least one conical cross sectioned portion; an inner wall; an outer wall; a first opening; and a second opening larger than the first opening; characterized in at least one vent groove positioned along the inner wall and adapted to vent gas.
An extravascular implantable lead comprising: a proximal end comprising a connector configured to connect the extravascular implantable lead to an implantable cardioverter-defibrillator; a distal portion configured for extravascular implantation between a ribcage and a pericardium of a patient, the distal portion comprising: a first electrode segment and a second electrode segment spaced from the first electrode segment by a distance within a range from 1 centimeter (cm) to 3 cm, wherein the first electrode segment and the second electrode segment are configured to deliver cardioversion or defibrillation shock therapy from the implantable cardioverter-defibrillator; and a first electrode (28, 28A, 42) located between the first electrode segment and the second electrode segment, wherein the first electrode is configured to sense cardiac electrical signals. a proximal end comprising a connector configured to connect the extravascular implantable lead to an implantable cardioverter-defibrillator; a distal portion configured for extravascular implantation between a ribcage and a pericardium of a patient, the distal portion comprising: a first electrode segment and a second electrode segment spaced from the first electrode segment by a distance within a range from 1 centimeter (cm) to 3 cm, wherein the first electrode segment and the second electrode segment are configured to deliver cardioversion or defibrillation shock therapy from the implantable cardioverter-defibrillator; and a first electrode (28, 28A, 42) located between the first electrode segment and the second electrode segment, wherein the first electrode is configured to sense cardiac electrical signals. a first electrode segment and a second electrode segment spaced from the first electrode segment by a distance within a range from 1 centimeter (cm) to 3 cm, wherein the first electrode segment and the second electrode segment are configured to deliver cardioversion or defibrillation shock therapy from the implantable cardioverter-defibrillator; and a first electrode (28, 28A, 42) located between the first electrode segment and the second electrode segment, wherein the first electrode is configured to sense cardiac electrical signals.
A method of preparing a high purity fluorine-containing ether comprising preparing a fluorine-containing ether by reacting, in the presence of an inorganic basic compound, a compound of the formula RfCH 2 OH wherein Rf is a fluorine-containing alkyl group, with a compound of the formula CF 2 =CXY wherein X and Y each independently is H, Cl, F or CF 3, and terminating the reaction at a stage when the conversion ratio of the fluorine-containing alkyl alcohol reaches a value in the range of 25-75%. preparing a fluorine-containing ether by reacting, in the presence of an inorganic basic compound, a compound of the formula RfCH 2 OH wherein Rf is a fluorine-containing alkyl group, with a compound of the formula CF 2 =CXY wherein X and Y each independently is H, Cl, F or CF 3, and terminating the reaction at a stage when the conversion ratio of the fluorine-containing alkyl alcohol reaches a value in the range of 25-75%.
A photolithography method, characterised in that it comprises the following steps, for a given photolithography operation on a surface to be exposed according to a desired design pattern: a first mask blank is produced that may have defects, an individual mapping of the positions of the defects of the first mask blank is established using an inspection machine; for each defect, an exclusion zone is defined around the defect and, depending on the desired design pattern and depending on the design rules, a first mask design is produced on the first mask blank, the first design comprising the desired design pattern, except in the exclusion zones, the latter being black; and a second mask design is produced on a second mask blank or on the first mask blank, the second mask design comprising a coomplementary design pattern comprising, in zones asssociated with the exclusion zones, portions of the desired design pattern, the rest of the second mask design being black; finally, on the surface to be exposed, a photolithography step is performed with the first mask design and a photolithography step is performed with the second mask design, by superposing, on the surface to be exposed, the exclusion zones of the first design and the associated zones of the second design.
An electrical device comprising: a first electrical component and a second electrical component forming an electrical joint therebetween, wherein the electrical joint comprises a contact surface between the first electrical component and the second electrical component deposited with at least one layer of a conductive solution wherein the conductive solution comprises at least a conducting carbon allotrope dispersed in a base oil, characterized in that the conductive solution has a bulk density between 0.4 g/cm 3 and 0.6 g/cm 3. a first electrical component and a second electrical component forming an electrical joint therebetween, wherein the electrical joint comprises a contact surface between the first electrical component and the second electrical component deposited with at least one layer of a conductive solution wherein the conductive solution comprises at least a conducting carbon allotrope dispersed in a base oil, characterized in that the conductive solution has a bulk density between 0.4 g/cm 3 and 0.6 g/cm 3.
A cable assembly comprising: a cable including a covered electrical wire for differential signal transmission in a jacket and having an exposed portion of the covered electrical wire formed therein, the exposed portion being not covered with the jacket and exposing an outer face of a covering of the covered electrical wire; and a connection module comprising: a rest portion for resting thereon the exposed portion of the covered electrical wire; a first assembly comprising the rest portion; and a second assembly having a presser portion provided therein for pressing the exposed portion rested on the rest portion against the rest portion, a presser face of the presser portion coming into contact with the exposed portion has a shape along a contour of the exposed portion and covers at least a portion of the exposed portion, wherein a position of the exposed portion is determined by combining the first assembly and the second assembly with each other, characterised in that the presser portion has springiness for pressing in an elastically-deformed state the exposed portion rested on the rest portion against the rest portion. a cable including a covered electrical wire for differential signal transmission in a jacket and having an exposed portion of the covered electrical wire formed therein, the exposed portion being not covered with the jacket and exposing an outer face of a covering of the covered electrical wire; and a connection module comprising: a rest portion for resting thereon the exposed portion of the covered electrical wire; a first assembly comprising the rest portion; and a second assembly having a presser portion provided therein for pressing the exposed portion rested on the rest portion against the rest portion, a presser face of the presser portion coming into contact with the exposed portion has a shape along a contour of the exposed portion and covers at least a portion of the exposed portion, wherein a position of the exposed portion is determined by combining the first assembly and the second assembly with each other, characterised in that the presser portion has springiness for pressing in an elastically-deformed state the exposed portion rested on the rest portion against the rest portion. a rest portion for resting thereon the exposed portion of the covered electrical wire; a first assembly comprising the rest portion; and a second assembly having a presser portion provided therein for pressing the exposed portion rested on the rest portion against the rest portion, a presser face of the presser portion coming into contact with the exposed portion has a shape along a contour of the exposed portion and covers at least a portion of the exposed portion, wherein a position of the exposed portion is determined by combining the first assembly and the second assembly with each other, characterised in that the presser portion has springiness for pressing in an elastically-deformed state the exposed portion rested on the rest portion against the rest portion.
A fluid management system for use when treating tissue in a body cavity, the fluid management system comprising: a controller; an inflow pump operated by the controller and configured to provide fluid inflow to the body cavity; and an outflow pump operated by the controller and configured to provide fluid outflow from the body cavity; wherein the controller is configured to provide at least one operating parameter selected from a group consisting of an inflow pump speed, an outflow pump speed, and a targeted pressure in the body cavity; wherein the controller is configured to provide a fluid loss warning if the inflow pump speed exceeds a predetermined level for a pre-selected time interval; wherein the controller is further configured to deactivate the inflow pump if the inflow pump speed exceeds the predetermined level for the pre-selected time interval. a controller; an inflow pump operated by the controller and configured to provide fluid inflow to the body cavity; and an outflow pump operated by the controller and configured to provide fluid outflow from the body cavity; wherein the controller is configured to provide at least one operating parameter selected from a group consisting of an inflow pump speed, an outflow pump speed, and a targeted pressure in the body cavity; wherein the controller is configured to provide a fluid loss warning if the inflow pump speed exceeds a predetermined level for a pre-selected time interval; wherein the controller is further configured to deactivate the inflow pump if the inflow pump speed exceeds the predetermined level for the pre-selected time interval.
An integrated circuit comprising: a memory array having associated address lines and data lines, wherein each address line is coupled to a given set of memory elements; a first circuit adapted to receive parity bits and data bits from the given set of memory elements operable to detect whether errors are present in the given set of memory elements; a second circuit operable to locate and correct detected errors in the given set of memory elements; and control circuitry coupled to the first and second circuits (88, 200), wherein the control circuitry is operable to control the second circuit to locate and correct the detected errors in response to detecting errors using the first circuit; and a data register having data storage elements (d0, d1,...) and being operable to receive the data bits and the parity bits from the given set of memory elements associated with a given one of the address lines; characterized in that the first circuit comprises a plurality of trees (106, 108) of logic gates coupled to the data register, wherein each of the plurality of trees (106, 108) of logic gates is adapted to provide an output signal; and additional logic circuitry comprising a chain of logic gates operable to receive respective output signals from the plurality of trees of logic gates and having an output operable to supply an error detection signal. a memory array having associated address lines and data lines, wherein each address line is coupled to a given set of memory elements; a first circuit adapted to receive parity bits and data bits from the given set of memory elements operable to detect whether errors are present in the given set of memory elements; a second circuit operable to locate and correct detected errors in the given set of memory elements; and control circuitry coupled to the first and second circuits (88, 200), wherein the control circuitry is operable to control the second circuit to locate and correct the detected errors in response to detecting errors using the first circuit; and a data register having data storage elements (d0, d1,...) and being operable to receive the data bits and the parity bits from the given set of memory elements associated with a given one of the address lines; characterized in that the first circuit comprises a plurality of trees (106, 108) of logic gates coupled to the data register, wherein each of the plurality of trees (106, 108) of logic gates is adapted to provide an output signal; and additional logic circuitry comprising a chain of logic gates operable to receive respective output signals from the plurality of trees of logic gates and having an output operable to supply an error detection signal.
Blade assembly for a kitchen appliance, in particular for a food processor or a blender, having a coupling region for rotationally fixed coupling to a drive shaft of the kitchen appliance and having a plurality of knife blades (5, 6, 15, 16, 31, 32) which are arranged as pairs of knife blades in pairs opposite one another and which each have at least one cutting edge (9, 10, 25, 26, 33, 34) arranged forward in a rotational direction, wherein the blade assembly comprises at least six knife blades (5, 6, 15, 16, 31, 32) which are arranged offset from one another with respect to the axis of rotation, wherein the blade assembly comprises a first pair of knife blades having two knife blades (5, 6), which extend essentially in a first radial plane, a second pair of knife blades having two knife blades (15, 16), and a third pair of knife blades having two knife blades (31, 32), the cutting edges (33, 34) of which each extend in a direction upwardly aligned obliquely to the axis of rotation, wherein the cutting edges (33, 34) of the knife blades (31, 32) of the third pair of knife blades have a shorter radial extension than the cutting edges (9, 10) of the knife blades (5, 6) of the first pair of knife blades, characterised in that the knife blades (5, 6) of the first pair of knife blades are positioned obliquely to the first radial plane.
A vessel for supporting a comestible item in an oven cavity, the oven cavity having irradiation arrays that emit visible or infrared irradiation at desired narrow wavelength bands, the vessel comprising: a vessel location feature to locate the vessel in a position in the oven cavity relative to the irradiation arrays to facilitate irradiation of the comestible for cooking by the irradiation arrays, wherein the vessel is comprised of a material that is optically transmissive at the visible or infrared narrow wavelength bands of irradiation emitted by the irradiation arrays characterized in that the vessel is provided with a turn-on key to activate the oven cavity for cooking. a vessel location feature to locate the vessel in a position in the oven cavity relative to the irradiation arrays to facilitate irradiation of the comestible for cooking by the irradiation arrays, wherein the vessel is comprised of a material that is optically transmissive at the visible or infrared narrow wavelength bands of irradiation emitted by the irradiation arrays characterized in that the vessel is provided with a turn-on key to activate the oven cavity for cooking.
A doormat device, comprising: a sticky sheet configured to adhesively pick up contaminants; a first roller configured to support windings of the sticky sheet; a second roller, spaced apart from the first roller, configured to wind the sticky sheet unwound from the first roller in rotation; a case configured to enclose the first roller and the second roller and support the sticky sheet on a portion exposed between the first roller and the second roller; a drive motor configured to generate a driving force for rotating the second roller; and characterized by an alarm unit configured to warn that the drive motor is in operation. a sticky sheet configured to adhesively pick up contaminants; a first roller configured to support windings of the sticky sheet; a second roller, spaced apart from the first roller, configured to wind the sticky sheet unwound from the first roller in rotation; a case configured to enclose the first roller and the second roller and support the sticky sheet on a portion exposed between the first roller and the second roller; a drive motor configured to generate a driving force for rotating the second roller; and characterized by an alarm unit configured to warn that the drive motor is in operation.