mhurhangee/ep-ind-claims huggingface dataset:
Medical apparatus, comprising a probe having a distal segment configured for insertion into a body of a patient, the probe comprising at least one optical sensing unit, which is disposed along the distal segment and comprises: first and second radiation sources (50, 52) configured to emit optical radiation in different, respective, first and second wavelength bands toward tissue in the body in proximity to the distal segment; and an optical sensor, which is configured to receive the optical radiation in the first and second wavelength bands that is scattered from the tissue and to output first and second electrical signals responsively to an intensity of the received optical radiation; wherein the apparatus further comprises a control unit, which is coupled to make a comparison of the first and second signals and to output an indication of a condition of the tissue responsively to the comparison; wherein the distal segment of the probe comprises an ablation element configured to ablate the tissue, and wherein the indication provides an assessment of a lesion formed in the tissue by the ablation element. first and second radiation sources (50, 52) configured to emit optical radiation in different, respective, first and second wavelength bands toward tissue in the body in proximity to the distal segment; and an optical sensor, which is configured to receive the optical radiation in the first and second wavelength bands that is scattered from the tissue and to output first and second electrical signals responsively to an intensity of the received optical radiation; wherein the apparatus further comprises a control unit, which is coupled to make a comparison of the first and second signals and to output an indication of a condition of the tissue responsively to the comparison; wherein the distal segment of the probe comprises an ablation element configured to ablate the tissue, and wherein the indication provides an assessment of a lesion formed in the tissue by the ablation element.
An electrical connector housing (1, 21) for an electrical connector (10, 20), the electrical connector (10, 20) having a plurality of contact modules (5, 25), each contact module (5, 25) comprising a plurality of first mating contacts (2, 22) for mating with second mating contacts (22, 2) of a corresponding electrical connector (20, 10), the electrical connector housing (1, 21) comprising: a contact module insertion face configured to insert said plurality of contact modules (5, 25) into the electrical connector housing (1, 21), thereby forming the electrical connector (10, 20), and a mating face configured to introduce said plurality of second mating contacts (22, 2) of said corresponding electrical connector (20, 10) into said electrical connector housing (1, 21), thereby allowing said first mating contacts (2, 22) and second mating contacts (22, 2) to mate with each other, characterized by a plurality of electrically insulating plates (6, 26) that are formed integrally with the electrical connector housing (1, 21) and substantially perpendicular to a plane of insertion of the contact modules (5, 25), the plurality of electrically insulating plates (6, 26) being adapted to support said first mating contacts (2, 22), and wherein at least one of the plurality of electrically insulating plates (6, 26) is adapted to support two adjacent first mating contacts (2, 22) of two adjacent contact modules (5, 25). a contact module insertion face configured to insert said plurality of contact modules (5, 25) into the electrical connector housing (1, 21), thereby forming the electrical connector (10, 20), and a mating face configured to introduce said plurality of second mating contacts (22, 2) of said corresponding electrical connector (20, 10) into said electrical connector housing (1, 21), thereby allowing said first mating contacts (2, 22) and second mating contacts (22, 2) to mate with each other, characterized by a plurality of electrically insulating plates (6, 26) that are formed integrally with the electrical connector housing (1, 21) and substantially perpendicular to a plane of insertion of the contact modules (5, 25), the plurality of electrically insulating plates (6, 26) being adapted to support said first mating contacts (2, 22), and wherein at least one of the plurality of electrically insulating plates (6, 26) is adapted to support two adjacent first mating contacts (2, 22) of two adjacent contact modules (5, 25).
A pharmaceutical composition comprising 7-hydroxy-cannabidol (7-OH-CBD) and a pharmaceutically acceptable carrier for use in the treatment of non-alcoholic fatty liver disease (NAFLD).
A method for monitoring the structural health of a structure that supports guided propagation modes of elastic waves, implemented passively, comprising the following steps: a) acquiring an ambient noise propagating through the structure by means of at least one pair of non-collocated elastic-wave sensors (CA, CB); b) estimating, from the ambient noise acquired in step a), a function representative of an impulse response of the structure for elastic propagation between the constituent sensors of said pair; characterised in that it further comprises the following steps: c) extracting at least one dispersion curve of the elastic propagation in the structure by time-frequency analysis of the function representative of an impulse response obtained in step b); and d) estimating at least one parameter indicative of a mechanical property of a constituent material of the structure from the dispersion curve obtained in step c). a) acquiring an ambient noise propagating through the structure by means of at least one pair of non-collocated elastic-wave sensors (CA, CB); b) estimating, from the ambient noise acquired in step a), a function representative of an impulse response of the structure for elastic propagation between the constituent sensors of said pair; characterised in that it further comprises the following steps: c) extracting at least one dispersion curve of the elastic propagation in the structure by time-frequency analysis of the function representative of an impulse response obtained in step b); and d) estimating at least one parameter indicative of a mechanical property of a constituent material of the structure from the dispersion curve obtained in step c). c) extracting at least one dispersion curve of the elastic propagation in the structure by time-frequency analysis of the function representative of an impulse response obtained in step b); and d) estimating at least one parameter indicative of a mechanical property of a constituent material of the structure from the dispersion curve obtained in step c).
A surgical sealant consisting of a first agent comprising a gelatin derivative, wherein the gelatin derivative (a) has a weight average molecular weight of from 10, 000 to 50, 000; (b) has a hydrophobic group bonded thereto, the hydrophobic group being an alkyl group having 6 to 18 carbon atoms; (c) has a molar ratio of imino group/amino group of the gelatin derivative ranging from 1/99 to 30/70; and (d) comprises a structure represented by the following formula: GltnNH-CHR 1 R 2 wherein "Gltn" represents a gelatin residue, R 1 is the hydrophobic group, and R 2 is a hydrogen atom or the hydrophobic group; and a second agent comprising a crosslinking agent for the gelatin derivative. a first agent comprising a gelatin derivative, wherein the gelatin derivative (a) has a weight average molecular weight of from 10, 000 to 50, 000; (b) has a hydrophobic group bonded thereto, the hydrophobic group being an alkyl group having 6 to 18 carbon atoms; (c) has a molar ratio of imino group/amino group of the gelatin derivative ranging from 1/99 to 30/70; and (d) comprises a structure represented by the following formula: GltnNH-CHR 1 R 2 wherein "Gltn" represents a gelatin residue, R 1 is the hydrophobic group, and R 2 is a hydrogen atom or the hydrophobic group; and (a) has a weight average molecular weight of from 10, 000 to 50, 000; (b) has a hydrophobic group bonded thereto, the hydrophobic group being an alkyl group having 6 to 18 carbon atoms; (c) has a molar ratio of imino group/amino group of the gelatin derivative ranging from 1/99 to 30/70; and (d) comprises a structure represented by the following formula: GltnNH-CHR 1 R 2 wherein "Gltn" represents a gelatin residue, R 1 is the hydrophobic group, and R 2 is a hydrogen atom or the hydrophobic group; and a second agent comprising a crosslinking agent for the gelatin derivative.
A method comprising: receiving, by a wireless device, one or more radio resource control, RRC, messages comprising configuration parameters, of a first cell, indicating the first cell self-schedules the first cell and cross-carrier schedules a second cell; receiving, via the first cell, a downlink control information, DCI, comprising: a carrier indicator field, CIF; and a physical downlink control channel, PDCCH, monitoring skipping indication; and in response to the PDCCH monitoring skipping indication indicating skipping PDCCH monitoring and regardless of a value of the CIF indicating self-scheduling or cross-carrier scheduling: skipping monitoring first PDCCH candidates, on the first cell, wherein the first PDCCH candidates are for self-scheduling the first cell; and skipping monitoring second PDCCH candidates, on the first cell, wherein the second PDCCH candidates are for cross-carrier scheduling the second cell. receiving, by a wireless device, one or more radio resource control, RRC, messages comprising configuration parameters, of a first cell, indicating the first cell self-schedules the first cell and cross-carrier schedules a second cell; receiving, via the first cell, a downlink control information, DCI, comprising: a carrier indicator field, CIF; and a physical downlink control channel, PDCCH, monitoring skipping indication; and a carrier indicator field, CIF; and a physical downlink control channel, PDCCH, monitoring skipping indication; and in response to the PDCCH monitoring skipping indication indicating skipping PDCCH monitoring and regardless of a value of the CIF indicating self-scheduling or cross-carrier scheduling: skipping monitoring first PDCCH candidates, on the first cell, wherein the first PDCCH candidates are for self-scheduling the first cell; and skipping monitoring second PDCCH candidates, on the first cell, wherein the second PDCCH candidates are for cross-carrier scheduling the second cell. skipping monitoring first PDCCH candidates, on the first cell, wherein the first PDCCH candidates are for self-scheduling the first cell; and skipping monitoring second PDCCH candidates, on the first cell, wherein the second PDCCH candidates are for cross-carrier scheduling the second cell.
Assembly for closing a container, said assembly comprising a neck and a cap configured to close a container comprising the neck, said cap comprising: - at least one protruding element configured to cooperate with a slot situated on said neck such that the cap goes from a first position, in particular open, to a second position, in particular closed, - at least one opening situated on an upper wall of said cap, said opening(s) being aligned with the protruding elements of said cap, - a sealing element configured to impart sealing between the cap and the neck, said sealing element being radially offset relative to said protruding element, said sealing element is a sealing strip formed by an excess thicknesses of material on the inner surface of the upper wall of said cap characterized in that the sealing element is configured to cooperate with a strip seat provided on an inner surface at the upper end of said neck when said cap is in the second position, in particular closed. - at least one protruding element configured to cooperate with a slot situated on said neck such that the cap goes from a first position, in particular open, to a second position, in particular closed, - at least one opening situated on an upper wall of said cap, said opening(s) being aligned with the protruding elements of said cap, - a sealing element configured to impart sealing between the cap and the neck, said sealing element being radially offset relative to said protruding element, said sealing element is a sealing strip formed by an excess thicknesses of material on the inner surface of the upper wall of said cap characterized in that the sealing element is configured to cooperate with a strip seat provided on an inner surface at the upper end of said neck when said cap is in the second position, in particular closed.
A pumping device having a pulsator as a driving element for a main pump head that is located in a delivery line and the working space of which is provided with a check valve on the suction side and a pressure valve on the pressure side, characterized in that a working space of the pulsator is directly connected to the working space of the main pump head via a pendant line filled with pumped fluid in such a manner that the pulsator sucks in an oscillating pumped fluid from the delivery line into the working space of the main pump head or pushes it out of the working space, and the working space of the pulsator is connected to the suction side of the delivery line via a vent valve.
An introducer comprising: an introducer sheath having an elongated hollow sheath tube and a sheath hub which is provided at a proximal side of the sheath tube and provided with an insertion port through which a dilator is inserted; a first information piece which is shown on at least one of the sheath tube and the sheath hub and has an inner diameter dimension of the sheath tube as an index and is configured of at least one of a color or a figure; and a second information piece which is shown on at least one of the sheath tube and the sheath hub and has an outer diameter dimension of the sheath tube as an index and is configured of at least one of a color or a figure; the first information piece and the second information piece are different from each other. an introducer sheath having an elongated hollow sheath tube and a sheath hub which is provided at a proximal side of the sheath tube and provided with an insertion port through which a dilator is inserted; a first information piece which is shown on at least one of the sheath tube and the sheath hub and has an inner diameter dimension of the sheath tube as an index and is configured of at least one of a color or a figure; and a second information piece which is shown on at least one of the sheath tube and the sheath hub and has an outer diameter dimension of the sheath tube as an index and is configured of at least one of a color or a figure; the first information piece and the second information piece are different from each other.
A refrigerant tank, comprising: a refrigerant outlet portion configured to allow withdrawal of a first refrigerant from the refrigerant tank during a charge cycle, wherein the refrigerant outlet portion includes an outlet tube; a purge portion configured to allow purging of non-condensable from the refrigerant tank; a dip tube that has an end positioned within a section of the refrigerant tank; a liquid portion of the first refrigerant; characterized in that: a refrigerant inlet portion configured to allow a heated recovered refrigerant from a vehicle to enter the refrigerant tank via the dip tube, wherein the end of the dip tube conducts the heated recovered refrigerant into the liquid portion of the first refrigerant in order to raise the first refrigerant's temperature to an operation temperature. a refrigerant outlet portion configured to allow withdrawal of a first refrigerant from the refrigerant tank during a charge cycle, wherein the refrigerant outlet portion includes an outlet tube; a purge portion configured to allow purging of non-condensable from the refrigerant tank; a dip tube that has an end positioned within a section of the refrigerant tank; a liquid portion of the first refrigerant; characterized in that: a refrigerant inlet portion configured to allow a heated recovered refrigerant from a vehicle to enter the refrigerant tank via the dip tube, wherein the end of the dip tube conducts the heated recovered refrigerant into the liquid portion of the first refrigerant in order to raise the first refrigerant's temperature to an operation temperature.
Device for lifting axles on one side of lorry trailers, semitrailers, and similar vehicles having a longitudinal chassis rall, axles, and a pneumatic bellows which is arranged between the latter as a spring element, whereby the air bellows is connected to the central pneumatic system of the vehicle which controls the air pressure in the air bellows, characterized In that the device comprises a support, an upper suspension arranged at the upper end of the support, which can be hooked and fixed to the longitudinal chassis rail, as well as a lower receiving plate on its lower end, which is arranged approximately 90° with respect to the longitudinal axis of the support and the other end of which faces away from the support and extends below the area of the air bellows to support the alr bellows, and which the support is U-shaped, whereby the open side of the U-profile faces the air bellows and the support, the length of which corresponds approximately to the height of the air bellows in the empty, compressed stated, whereby the lower mounting plate is arranged in such a way that it can be pivoted around an axis arranged on the U profile, and with rests arranged In the U profile, which are support and thrust bearings.
A spreader disc (142, 144) for an agricultural combine, the spreader disc (142, 144) having a rotational axis (146, 148) and comprising: a first radially extending paddle for moving crop residue, the first radially extending paddle having a first cross-sectional V-shape with the opening of the V-shape facing in a forward rotational direction of the spreader disc (142, 144); and characterised by a second radially extending paddle for moving crop residue, the second radially extending paddle having a second cross-sectional V-shape with the opening of the V-shape facing in a forward rotational direction of the spreader disc (142, 144), the second cross-sectional V-shape being different from the first cross-sectional V-shape. a first radially extending paddle for moving crop residue, the first radially extending paddle having a first cross-sectional V-shape with the opening of the V-shape facing in a forward rotational direction of the spreader disc (142, 144); and characterised by a second radially extending paddle for moving crop residue, the second radially extending paddle having a second cross-sectional V-shape with the opening of the V-shape facing in a forward rotational direction of the spreader disc (142, 144), the second cross-sectional V-shape being different from the first cross-sectional V-shape.
A detection device for use in a blood pressure measurement system, said device being arranged for coupling to an inflatable cuff attached to a measurement site of a body part of a patient and arranged to perform a series of blood pressure measurements, wherein, for each measurement of the series, an inflation operation is performed to inflate the cuff, the device comprising: a determining unit arranged for determining an inflation speed-dependent parameter value during each inflation operation of the series, a memory unit arranged to store the determined inflation speed-dependent parameter value; and a processor module arranged for receiving the determined inflation speed-dependent parameter values from the memory unit; and for checking whether a difference between the inflation speed-dependent parameter values determined during a first inflation operation and during a second inflation operation meets a predetermined criterion, wherein in the series of blood pressure measurements the second inflation operation is subsequent to the first inflation operation; and wherein the processor module is further arranged to stop the inflation operation if the difference between the inflation speed-dependent parameter values exceeds the predetermined criterion. a determining unit arranged for determining an inflation speed-dependent parameter value during each inflation operation of the series, a memory unit arranged to store the determined inflation speed-dependent parameter value; and a processor module arranged for receiving the determined inflation speed-dependent parameter values from the memory unit; and for checking whether a difference between the inflation speed-dependent parameter values determined during a first inflation operation and during a second inflation operation meets a predetermined criterion, wherein in the series of blood pressure measurements the second inflation operation is subsequent to the first inflation operation; and wherein the processor module is further arranged to stop the inflation operation if the difference between the inflation speed-dependent parameter values exceeds the predetermined criterion.
A titanium carbonitride powder for use as a starting material for a hard material, the titanium carbonitride powder satisfying: a D50 of from 2.5 μm to 3.5 μm; and a D10/D90 of from 0.20 to 0.50, wherein D50 is a particle size at a cumulative percentage of 50% of a particle size distribution by volume, D10 is a particle size at a cumulative percentage of 10% of the particle size distribution by volume, and D90 is a particle size at a cumulative percentage of 90% of the particle size distribution by volume. a D50 of from 2.5 μm to 3.5 μm; and a D10/D90 of from 0.20 to 0.50, wherein D50 is a particle size at a cumulative percentage of 50% of a particle size distribution by volume, D10 is a particle size at a cumulative percentage of 10% of the particle size distribution by volume, and D90 is a particle size at a cumulative percentage of 90% of the particle size distribution by volume.
A nosecone, comprising: a ring including an angled surface; a nosecone tip; a double-walled shroud portion including inner and outer dome elements (20,30), a first end that interfaces with and is constrained by the nosecone tip and a second end that is connectable to the ring to define with the angled surface a sliding, resistive interface; and a shim disposable in the double walled shroud portion to pre-load the sliding, resistive interface and to provide for separation distance between the inner and outer dome elements. a ring including an angled surface; a nosecone tip; a double-walled shroud portion including inner and outer dome elements (20,30), a first end that interfaces with and is constrained by the nosecone tip and a second end that is connectable to the ring to define with the angled surface a sliding, resistive interface; and a shim disposable in the double walled shroud portion to pre-load the sliding, resistive interface and to provide for separation distance between the inner and outer dome elements.