mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication performed by a first wireless communication device, comprising: receiving an indication of: a first set of non-adaptive physical downlink control channel, PDCCH, resources for monitoring; a first set of adaptive PDCCH resources for monitoring; a second set of non-adaptive PDCCH resources for transmitting one or more downlink control information, DCI, communications to a second wireless communication device; and a second set of adaptive PDCCH resources for transmitting the one or more DCI communications; monitoring , based at least in part on whether the first set of adaptive PDCCH resources is activated: the first set of non-adaptive PDCCH resources, or the first set of non-adaptive PDCCH resources and the first set of adaptive PDCCH resources; and transmitting , based at least in part on whether the second set of adaptive PDCCH resources is activated, the one or more DCI communications to the second wireless communication device using: the second set of non-adaptive PDCCH resources, or the second set of non-adaptive PDCCH resources and the second set of adaptive PDCCH resources. receiving an indication of: a first set of non-adaptive physical downlink control channel, PDCCH, resources for monitoring; a first set of adaptive PDCCH resources for monitoring; a second set of non-adaptive PDCCH resources for transmitting one or more downlink control information, DCI, communications to a second wireless communication device; and a second set of adaptive PDCCH resources for transmitting the one or more DCI communications; a first set of non-adaptive physical downlink control channel, PDCCH, resources for monitoring; a first set of adaptive PDCCH resources for monitoring; a second set of non-adaptive PDCCH resources for transmitting one or more downlink control information, DCI, communications to a second wireless communication device; and a second set of adaptive PDCCH resources for transmitting the one or more DCI communications; monitoring , based at least in part on whether the first set of adaptive PDCCH resources is activated: the first set of non-adaptive PDCCH resources, or the first set of non-adaptive PDCCH resources and the first set of adaptive PDCCH resources; and the first set of non-adaptive PDCCH resources, or the first set of non-adaptive PDCCH resources and the first set of adaptive PDCCH resources; and transmitting , based at least in part on whether the second set of adaptive PDCCH resources is activated, the one or more DCI communications to the second wireless communication device using: the second set of non-adaptive PDCCH resources, or the second set of non-adaptive PDCCH resources and the second set of adaptive PDCCH resources. the second set of non-adaptive PDCCH resources, or the second set of non-adaptive PDCCH resources and the second set of adaptive PDCCH resources.
A kit comprising a patellar implant and a femoral implant for articulation with the patellar implant , the femoral implant comprising: a body having an articular surface defining a trochlear groove , wherein the trochlear groove is defined by a first trochlear radius at a first location along the trochlear groove and by a second trochlear radius at a second location along the trochlear groove, the first radius being different than the second radius , wherein the first trochlear radius is measured normal to a tangent to a trochlear groove nadir path at the first location, and the second trochlear radius is measured normal to a tangent to the trochlear groove nadir path at the second location, wherein the first location is proximal to the second location along the trochlear groove and the first trochlear radius is greater than the second trochlear radius , characterized in that a rate of trochlear radius reduction from the first trochlear radius to the second trochlear radius defines a trajectory of the patellar implant over the femoral implant such that the patellar implant contacts the trochlear groove nadir path at the first location and does not contact the trochlear groove nadir path at the second location. a body having an articular surface defining a trochlear groove , wherein the trochlear groove is defined by a first trochlear radius at a first location along the trochlear groove and by a second trochlear radius at a second location along the trochlear groove, the first radius being different than the second radius , wherein the first trochlear radius is measured normal to a tangent to a trochlear groove nadir path at the first location, and the second trochlear radius is measured normal to a tangent to the trochlear groove nadir path at the second location, wherein the first location is proximal to the second location along the trochlear groove and the first trochlear radius is greater than the second trochlear radius , characterized in that a rate of trochlear radius reduction from the first trochlear radius to the second trochlear radius defines a trajectory of the patellar implant over the femoral implant such that the patellar implant contacts the trochlear groove nadir path at the first location and does not contact the trochlear groove nadir path at the second location.
A positive electrode for a non-aqueous electrolyte secondary battery, which contains a positive electrode active material layer including olivine-type lithium complex compound particles having a carbonaceous film formed on the surface thereof as a positive electrode active material, characterized in that the coverage factor of the carbonaceous film relative to the surface area of the olivine-type lithium complex compound particles is in the positive electrode of 95% or more, the positive electrode active material layer is generated by mixing, coating and drying a positive electrode active material layer-forming slurry including olivine-type lithium complex compound particles having a carbonaceous film formed on the surface thereof, and during a mixing period of the positive electrode active material layer-forming slurry, excessive mechanical impact energy is not allowed to act on the positive electrode active material in the slurry so that a coverage factor of the carbonaceous film to 95% or more is maintained, wherein the duration of mixing time is shortened within a range that allows obtaining of a homogeneous mixture.
A controller of a human-machine interface apparatus for a vehicle, the controller comprising: - a person position sensor interface configured to receive a current person position information, - the controller being configured to generate a positioning device control signal for adjusting the position of a human-machine interface device in accordance with the information about the current person position information, - a positioning device interface configured to send out the control signal to a positioning device , characterized in that - the controller further comprises an ambient light sensor interface configured to receive a current ambient light information, and wherein a processing unit of the controller is further configured to generate the positioning device control signal for adjusting the position of the human-machine interface device in accordance with the current ambient light information, and in that - the processing unit is further is configured to send the positioning device control signal to the positioning device for adjusting the position of the human-machine interface device in accordance with the person position information and in accordance with the contrast-viewing angle information only if the intensity or the illuminance of the ambient light on the sensor exceeds a certain threshold value. - a person position sensor interface configured to receive a current person position information, - the controller being configured to generate a positioning device control signal for adjusting the position of a human-machine interface device in accordance with the information about the current person position information, - a positioning device interface configured to send out the control signal to a positioning device , - the controller further comprises an ambient light sensor interface configured to receive a current ambient light information, and wherein a processing unit of the controller is further configured to generate the positioning device control signal for adjusting the position of the human-machine interface device in accordance with the current ambient light information, and in that - the processing unit is further is configured to send the positioning device control signal to the positioning device for adjusting the position of the human-machine interface device in accordance with the person position information and in accordance with the contrast-viewing angle information only if the intensity or the illuminance of the ambient light on the sensor exceeds a certain threshold value.
An ultrasonic imaging apparatus, comprising: an ultrasonic probe configured to irradiate a push pulse to generate a shear wave to an object, irradiate a first observation signal to the object after the push pulse is irradiated, and irradiate a second observation signal to the object before the push pulse is irradiated or after the first observation signal is irradiated; a controller configured to determine an inefficiency region of the object based on displacement data for each region of the object obtained from the irradiated second observation signal, and generate a shear wave elastic image based on the determined inefficiency region and displacement data for each region of the object obtained from the irradiated first observation signal; and a display configured to display the generated shear wave elastic image, wherein the second observation signal is irradiated for a time more than 10 milliseconds and shorter than a time than the first observation signal, wherein the first observation signal and the second observation signal include a plurality of ultrasound signals having a predetermined time interval, wherein a time interval of each of the plurality of ultrasound signals included in the second observation signal is less than or equal to 500 microseconds and longer than a time interval of each of the plurality of ultrasound signals included in the first observation signal. an ultrasonic probe configured to irradiate a push pulse to generate a shear wave to an object, irradiate a first observation signal to the object after the push pulse is irradiated, and irradiate a second observation signal to the object before the push pulse is irradiated or after the first observation signal is irradiated; a controller configured to determine an inefficiency region of the object based on displacement data for each region of the object obtained from the irradiated second observation signal, and generate a shear wave elastic image based on the determined inefficiency region and displacement data for each region of the object obtained from the irradiated first observation signal; and a display configured to display the generated shear wave elastic image, wherein the second observation signal is irradiated for a time more than 10 milliseconds and shorter than a time than the first observation signal, wherein the first observation signal and the second observation signal include a plurality of ultrasound signals having a predetermined time interval, wherein a time interval of each of the plurality of ultrasound signals included in the second observation signal is less than or equal to 500 microseconds and longer than a time interval of each of the plurality of ultrasound signals included in the first observation signal.
Fastener comprising - an anchor bolt and a nut , - wherein the nut has a nut hole and an internal thread projecting into the nut hole , - wherein the anchor bolt has an anchor portion and a threaded rod that has an external thread and that is connected to the anchor portion to transfer tensile force into the anchor portion , - wherein the nut is arranged on the threaded rod and the internal thread of the nut threadedly engages the external thread of the threaded rod , - wherein the nut comprises a rearward nut section , a forward nut section located closer to the anchor portion of the anchor bolt than the rearward nut section , and an outside shoulder for load transfer into the nut , which is located between the forward nut section and the rearward nut section and which faces the anchor portion of the anchor bolt , and - wherein the internal thread of the nut extends at least in the forward nut section and the internal thread of the nut threadedly engages the external thread of the threaded rod at least in the forward nut section , characterized in that the forward nut section is provided with at least one slot that extends from the free end of the forward nut section towards the outside shoulder. - an anchor bolt and a nut , - wherein the nut has a nut hole and an internal thread projecting into the nut hole , - wherein the anchor bolt has an anchor portion and a threaded rod that has an external thread and that is connected to the anchor portion to transfer tensile force into the anchor portion , - wherein the nut is arranged on the threaded rod and the internal thread of the nut threadedly engages the external thread of the threaded rod , - wherein the nut comprises a rearward nut section , a forward nut section located closer to the anchor portion of the anchor bolt than the rearward nut section , and an outside shoulder for load transfer into the nut , which is located between the forward nut section and the rearward nut section and which faces the anchor portion of the anchor bolt , and - wherein the internal thread of the nut extends at least in the forward nut section and the internal thread of the nut threadedly engages the external thread of the threaded rod at least in the forward nut section ,
An egesta disposal glove for hygienically handling and containing human or animal egesta, the egesta disposal glove comprising: a glove portion shaped to a user's hand, the glove portion comprising a glove body having a glove opening for enabling a user to insert their hand into the glove body ; a pouch element connected to the glove portion and having a pouch body , the pouch body being receivable around the glove portion when the glove portion is in an inverted condition around the egesta; and at least one sealing element for sealing the pouch body and/or the glove portion in the inverted condition and characterized in that the pouch element is connected to a dorsal section of the glove portion or the pouch element is connected to a ventral section of the glove portion . a glove portion shaped to a user's hand, the glove portion comprising a glove body having a glove opening for enabling a user to insert their hand into the glove body ; a pouch element connected to the glove portion and having a pouch body , the pouch body being receivable around the glove portion when the glove portion is in an inverted condition around the egesta; and at least one sealing element for sealing the pouch body and/or the glove portion in the inverted condition and characterized in that the pouch element is connected to a dorsal section of the glove portion or the pouch element is connected to a ventral section of the glove portion .
A dental X-ray imaging media holder and sheath comprising: a dental X-ray imaging media holder with a bite block , said bite block having a proximal end and a distal and one or more spring arms ; a backing plate extending from the proximal end of the bite block ; and a sheath comprising a protective cover for housing a sensor, and a strap attached thereto; wherein the strap is configured to removably affix the sheath and the sensor within the sheath to the backing plate of said holder , and wherein the one or more spring arms of the backing plate are configured to slide under the strap of said sheath to pull on the sheath to tighten the sheath around the sensor . a dental X-ray imaging media holder with a bite block , said bite block having a proximal end and a distal and one or more spring arms ; a backing plate extending from the proximal end of the bite block ; and a sheath comprising a protective cover for housing a sensor, and a strap attached thereto; wherein the strap is configured to removably affix the sheath and the sensor within the sheath to the backing plate of said holder , and wherein the one or more spring arms of the backing plate are configured to slide under the strap of said sheath to pull on the sheath to tighten the sheath around the sensor .
A heating method for a rechargeable battery, characterized by : acquiring, a state parameter of the rechargeable battery, wherein the state parameter comprises a remaining power amount; selecting, a frequency value from a frequency value interval, according to a preset correspondence between a remaining power amount interval and the frequency value interval, wherein the remaining power amount interval is an interval to which the remaining power amount belongs; determining, according to the frequency value and the remaining power amount, a current value of a pulse current; estimating, a theoretical heating rate of the rechargeable battery as heated by the pulse current of the current value; and generating, the pulse current according to the frequency value, based on a first matching condition, wherein the first matching condition is that a difference between the theoretical heating rate and a target heating rate is less than a preset first difference. acquiring, a state parameter of the rechargeable battery, wherein the state parameter comprises a remaining power amount; selecting, a frequency value from a frequency value interval, according to a preset correspondence between a remaining power amount interval and the frequency value interval, wherein the remaining power amount interval is an interval to which the remaining power amount belongs; determining, according to the frequency value and the remaining power amount, a current value of a pulse current; estimating, a theoretical heating rate of the rechargeable battery as heated by the pulse current of the current value; and generating, the pulse current according to the frequency value, based on a first matching condition, wherein the first matching condition is that a difference between the theoretical heating rate and a target heating rate is less than a preset first difference.
A medical implantable paravalvular leakage occlusion device for occlusion of paravalvular leakage at a heart valve formed of a braiding of at least one thread , said braiding comprises a structural formation having a collapsed and an expanded shape, and said structural formation comprises a proximal and a distal portion , a longitudinal axis extending between said proximal and distal portion, a waist of reduced cross section between said distal and proximal portion, characterized in that said device is rotational symmetric around said longitudinal axis, and wherein at least one of said proximal and distal portion comprises a peripheral edge that comprises radially opposed edge sections that are, each, alternatingly concave and convex radially outwards in a direction substantially perpendicular to said longitudinal axis, wherein radially opposed convex edge sections having a first radius of curvature in a direction substantially perpendicular to said longitudinal axis and radially opposed concave edge sections having a second radius of curvature in a direction substantially perpendicular to said longitudinal axis, wherein said first radius of curvature is different from said second radius of curvature, wherein said peripheral edge is concave radially outwards in a direction substantially perpendicular to said longitudinal axis to follow the convex shape of a curvature of a heart valve.
Assemblable wardrobe made of a plastic material, comprising a first and at least a second module positioned one above the other, where each module comprises two side panels , a rear panel , at least a shelf and a reinforcing structure, said reinforcing structure comprising an upper cross-member and respectively a lower cross-member arranged along upper and respectively lower sides of the rear panel and a connecting upright joining said cross-members , each couple of adjacent modules being further provided with at least a shelf and with an L-shaped support having a vertical wing connected along said connecting upright of said couple of adjacent modules and a horizontal wing for supporting at least a shelf , said L-shaped support having clamping means of the upper cross-member for clamping the lower cross-member of the overlying module , characterised in that said clamping means comprises at least a grooved coupling engaged with a corresponding grooved coupling of said lower cross-member of the overlying module .
A fuel composition comprising as an additive one or more quaternary ammonium salts of formula: wherein each of R 1 , R 2 , R 3 and R 4 is independently selected from an optionally substituted alkyl , alkenyl or aryl group having less than 8 carbon atoms and R 5 is hydrogen or an optionally substituted hydrocarbyl group.
A food composition in the form of a dispersion, the composition comprising: • A water phase comprising water and modified waxy starch, • 2 to 60 wt% of vegetable oil, dispersed in the water phase, wherein water is present in an amount of from 36 to 94 wt%, based on the weight of the composition, wherein the modified waxy starch is present in an amount of from more than 4 up to 9 wt%, based on the weight of the water in the composition, wherein the starch in the composition is gelatinized modified waxy starch, wherein the composition does not comprise egg-derived emulsifier, wherein the composition does not contain a surface-active emulsifier, wherein the food composition is a salad dressing, wherein the mean droplet size D3.3 of the oil droplets is of more than 10 and up to 100 microns as measured using confocal laser scanning microscopy using the protocol in the description. • A water phase comprising water and modified waxy starch, • 2 to 60 wt% of vegetable oil, dispersed in the water phase, wherein water is present in an amount of from 36 to 94 wt%, based on the weight of the composition, wherein the modified waxy starch is present in an amount of from more than 4 up to 9 wt%, based on the weight of the water in the composition, wherein the starch in the composition is gelatinized modified waxy starch, wherein the composition does not comprise egg-derived emulsifier, wherein the composition does not contain a surface-active emulsifier, wherein the food composition is a salad dressing, wherein the mean droplet size D3.3 of the oil droplets is of more than 10 and up to 100 microns as measured using confocal laser scanning microscopy using the protocol in the description. wherein water is present in an amount of from 36 to 94 wt%, based on the weight of the composition, wherein the modified waxy starch is present in an amount of from more than 4 up to 9 wt%, based on the weight of the water in the composition, wherein the starch in the composition is gelatinized modified waxy starch, wherein the composition does not comprise egg-derived emulsifier, wherein the composition does not contain a surface-active emulsifier, wherein the food composition is a salad dressing, wherein the mean droplet size D3.3 of the oil droplets is of more than 10 and up to 100 microns as measured using confocal laser scanning microscopy using the protocol in the description.