mhurhangee/patent-ind-claim-en huggingface dataset:
Device for bringing a gas and a liquid into contact comprising an enclosure (E), first means for introducing into said enclosure and circulating therein a gas stream (G), second means for introducing into said enclosure and circulating therein a liquid stream (L) that circulates inside the enclosure (E) in the same direction as the gas stream (G) , said enclosure (E) comprising at least a first portion in which the gas stream (G) and the liquid stream (L) descend, said device comprising means for mixing (4A; 4B; 4C; 4D) the gas stream (G) and the liquid stream (L), which are positioned inside said first portion of the enclosure (E) in the path of the gas stream and liquid stream and which are capable of locally deflecting upward, and/or of locally causing to rise, at least one portion of the gas stream and liquid stream, so as to locally create turbulences in the gas stream and in the liquid stream, and which comprise at least one static mixing element , which mixing element has a concave curved upper surface , the curvature of which makes it possible to locally deflect upward at least one portion of the descending gas stream and of the descending liquid stream, so as to locally create turbulence in the descending gas stream and in the descending liquid stream, characterized in that each mixing element is fixed inside said first portion of the enclosure (E) at or in the vicinity of one of its edges and comprises, opposite this fixing edge , a free edge which is located at a level lower than the fixing edge of the mixing element , but at a level higher than the lowest point of the curved upper face of the mixing element .
A terminal comprising: a control section adapted to determine a cyclic shift based on uplink control information including a positive scheduling request, SR, and a Hybrid Automatic Repeat reQuest- Acknowledge, HARQ-ACK, or including a negative SR and HARQ-ACK and on configuration information notified by a higher layer; and a transmission section adapted to transmit the uplink control information by using a sequence using the determined cyclic shift, wherein a cyclic shift that corresponds to a first uplink control information including a value of the HARQ-ACK and the positive SR is a sum of a constant and a cyclic shift that corresponds to a second uplink control information including a value of the HARQ-ACK and the negative SR, wherein if the uplink control information is a 2-bit HARQ-ACK, four values of cyclic shifts correspond to the four values of the HARQ-ACK and each cyclic shift is spaced apart by π/2. a control section adapted to determine a cyclic shift based on uplink control information including a positive scheduling request, SR, and a Hybrid Automatic Repeat reQuest- Acknowledge, HARQ-ACK, or including a negative SR and HARQ-ACK and on configuration information notified by a higher layer; and a transmission section adapted to transmit the uplink control information by using a sequence using the determined cyclic shift, wherein a cyclic shift that corresponds to a first uplink control information including a value of the HARQ-ACK and the positive SR is a sum of a constant and a cyclic shift that corresponds to a second uplink control information including a value of the HARQ-ACK and the negative SR, wherein if the uplink control information is a 2-bit HARQ-ACK, four values of cyclic shifts correspond to the four values of the HARQ-ACK and each cyclic shift is spaced apart by π/2.
A motion vector compression method, comprising: obtaining a 18-bit temporal motion vector; determining a 16-bit compressed motion vector using a binary representation of the obtained temporal motion vector, wherein the compressed motion vector is determined by removing 2 least significant bits, LSB, or most significant bits, MSB, depending on a value signaled in the bitstream; and performing a temporal motion vector prediction, TMVP, using the compressed motion vector. obtaining a 18-bit temporal motion vector; determining a 16-bit compressed motion vector using a binary representation of the obtained temporal motion vector, wherein the compressed motion vector is determined by removing 2 least significant bits, LSB, or most significant bits, MSB, depending on a value signaled in the bitstream; and performing a temporal motion vector prediction, TMVP, using the compressed motion vector.
An apparatus being a User Equipment, UE, or part thereof, said apparatus comprising a transceiver configured to provide connection to network control nodes , and a processor configured to send and/or receive data to and/or from a first network control node and at least one second network control node via the transceiver by a carrier aggregation, to establish uplink scheduling information, characterized in that the processor is further configured to manage sending of the uplink scheduling information individually for the first network control node and the at least one second network control node, and to manage triggering and cancelling of the uplink scheduling information independently from each other for the first network control node and the at least one second network control node. a transceiver configured to provide connection to network control nodes , and a processor configured to send and/or receive data to and/or from a first network control node and at least one second network control node via the transceiver by a carrier aggregation, to establish uplink scheduling information, characterized in that the processor is further configured to manage sending of the uplink scheduling information individually for the first network control node and the at least one second network control node, and to manage triggering and cancelling of the uplink scheduling information independently from each other for the first network control node and the at least one second network control node.
Method for optical distance measurement, wherein the method comprises the performance of measurements, wherein a measurement comprises the transmission of at least one measuring pulse and, in case of a reflection of the transmitted measuring pulse on an object, the reception of the reflected measuring pulse, wherein the measurements are performed taking into consideration previous information about objects and/or free spaces within a maximum measuring range or scan measuring range, in order to measure differently relevant sub-ranges of the maximum measuring range or the scan measuring range, characterized in that the method comprises a definition of sub-ranges of the maximum measuring range or the scan measuring range, a classification of the sub-ranges according to relevance and a different measurement of differently relevant sub-ranges , wherein relevant sub-ranges are measured more intensively compared to less relevant and/or non-relevant sub-ranges, so that more measuring pulses per spatial unit are sent to relevant sub-ranges than to less and/or non-relevant sub-ranges, wherein the method comprises the definition of at least one focus area , wherein a focus area is classified as a relevant sub-range of the maximum measuring range or as a more relevant sub-range of a scan measuring range compared to the rest of the scan measuring range, wherein the method comprises the performance of basic measurements to ensure a basic performance and of focus measurements to analyse the at least one focus area in detail, wherein the focus area is measured by means of the focus measurements and the scan measuring range or the maximum measuring range is measured by means of the basic measurements, wherein the method comprises a time budget, wherein the method comprises a one-time setting and/or dynamic adjustment of a distribution of the time budget to differently relevant sub-ranges of the maximum measuring range or scan measuring range, wherein a first portion of the time budget is used for the focus measurements and a second portion of the time budget is used for the basic measurements
A method for connecting a conductor being part of an electric wire and comprising a base metal to a terminal element comprising copper, wherein the base metal is a metal which has, in the electrochemical voltage series, a standard electrode potential which is smaller than the standard electrode potential of hydrogen, and wherein the conductor and/or the terminal element is coated, at least at the weld joint , before the conductor and the terminal element are welded onto one another, characterized in that the coating is done by applying a firmly adhering layer of a copper alloy or a mixture comprising copper and at least one base metal.
A gas cooker having a cooker body with a front panel to which a control knob is mounted and a gas tap with a flow control member controlled by a gas tap shaft rotated by said control knob , wherein said control knob comprises a knob body connected to the gas tap shaft and a body housing configured to at least partly receive said knob body in a freely rotating manner and to be fixedly mounted to said front panel , characterized in said body housing having a resilient member and said knob body having ribs each of which gets into contact with said resilient member respectively at certain intervals during the rotation of the knob body and wherein a protection cap , made of a metallic material, is placed on each rib so that it resides between the resilient member and its respective rib during contact.
A stand mixer comprising a head unit capable of supporting at least one tool suspended therefrom, a receiving location comprising a bowl-supporting pedestal for a mixing bowl , support means for supporting said head unit above the pedestal, the support means comprising an upright section linking the pedestal and the head unit, such that the said at least one tool depends into said bowl location, and means including an electric motor and associated transmission means for imparting rotary motion to said at least one tool, the mixer being characterised by means for causing or permitting the at least one tool suspended from the head unit and depending into the bowl location to execute motion in a plane that is substantially orthogonal to the axis about which the at least one tool rotates, the motion having at least two degrees of freedom in said plane, whereby the at least one tool can be bodily shifted, relative to the said bowl, whilst being rotated by the motor and transmission means.
A method for quantifying immunogenic influenza hemagglutinin (HA) in a sample in a vaccine manufacturing process and/or vaccine quality control process, wherein the sample is an influenza vaccine or vaccine bulk antigen preparation and the method comprises the steps of: a) subjecting the sample to biological proteolysis, wherein inactive HA is digested and the immunogenic HA remains undigested, and wherein the biological proteolysis comprises proteolysis with a protease; b) separating the immunogenic HA from other components in the sample, wherein the undigested immunogenic HA is separated from the digested inactive HA; c) quantifying the immunogenic HA in the sample; wherein the immunogenic HA is HA in the pre-fusion state and the inactive HA is HA in the post-fusion state. a) subjecting the sample to biological proteolysis, wherein inactive HA is digested and the immunogenic HA remains undigested, and wherein the biological proteolysis comprises proteolysis with a protease; b) separating the immunogenic HA from other components in the sample, wherein the undigested immunogenic HA is separated from the digested inactive HA; c) quantifying the immunogenic HA in the sample;
A method for operating a fingerprint sensor comprising a plurality of ultrasonic transducers, the method comprising: activating a first subset of ultrasonic transducers of the fingerprint sensor, the first subset of ultrasonic transducers for detecting interaction between an object and the fingerprint sensor; and subsequent to detecting interaction between an object and the fingerprint sensor, activating a second subset of ultrasonic transducers of the fingerprint sensor, the second subset of ultrasonic transducers for determining whether the object is a human finger, wherein the second subset of ultrasonic transducers comprises a greater number of ultrasonic transducers than the first subset of ultrasonic transducers. activating a first subset of ultrasonic transducers of the fingerprint sensor, the first subset of ultrasonic transducers for detecting interaction between an object and the fingerprint sensor; and subsequent to detecting interaction between an object and the fingerprint sensor, activating a second subset of ultrasonic transducers of the fingerprint sensor, the second subset of ultrasonic transducers for determining whether the object is a human finger, wherein the second subset of ultrasonic transducers comprises a greater number of ultrasonic transducers than the first subset of ultrasonic transducers.
A traffic aggregation unit comprising: a first interface to a first LAN access device for a first LAN ; a second interface to a first WAN backhaul; a third interface to a second WAN backhaul; and wherein the traffic aggregation unit is arranged to form a logically bonded WAN interface comprising the first WAN backhaul connection and the second WAN backhaul connection , to provide the first LAN with WAN connectivity, wherein the first WAN backhaul and the second WAN backhaul are physically and logically distinct. a first interface to a first LAN access device for a first LAN ; a second interface to a first WAN backhaul; a third interface to a second WAN backhaul; and wherein the traffic aggregation unit is arranged to form a logically bonded WAN interface comprising the first WAN backhaul connection and the second WAN backhaul connection , to provide the first LAN with WAN connectivity, wherein the first WAN backhaul and the second WAN backhaul are physically and logically distinct.
A powder coating material composed of a powder of a composition comprising a fluororesin and at least one anti-staining agent selected from the following salt: a sodium dialkyl sulfosuccinate or a sodium alkyl benzene sulfonate.
A computer implemented method being performed by one or more computing devices including at least one processor and a touch screen display area, wherein the touch screen display area comprises a snap portion and a non-snap portion , the method comprising: generating a graphical user interface , GUI, comprising a collection of open elements , receiving an indication that an element has been selected and moved by a user to the snap portion or the non-snap portion of the touch screen display area, wherein the snap portion of the touch screen display area is configured to launch opening of the element and provide a view of at least the element ; in accordance with the indication that the element has been selected and moved by the user within the non-snap portion , moving the element ; and in accordance with the indication that the element has been selected and moved by the user to the snap portion , automatically launching, positioning and opening the element in a full screen view within the touch screen display area of the computing device . generating a graphical user interface , GUI, comprising a collection of open elements , receiving an indication that an element has been selected and moved by a user to the snap portion or the non-snap portion of the touch screen display area, wherein the snap portion of the touch screen display area is configured to launch opening of the element and provide a view of at least the element ; in accordance with the indication that the element has been selected and moved by the user within the non-snap portion , moving the element ; and in accordance with the indication that the element has been selected and moved by the user to the snap portion , automatically launching, positioning and opening the element in a full screen view within the touch screen display area of the computing device .
A drill bit comprising a shank and a drill bit head which are both centred on a longitudinal axis ; wherein the drill bit head has a gauge and a front face with a peripheral edge which is adjacent to the gauge , the peripheral edge having a diameter D1, the area within the peripheral edge defining the total area of the front face ; wherein the front face has a central island at its radially innermost section, a plurality of peripheral platforms at its radially outermost section adjacent to the peripheral edge and a recessed section positioned radially between the central island and the peripheral platforms ; wherein the central island and the peripheral platforms are axially raised in comparison to the recessed section ; wherein a plurality of inner front inserts are positioned on the central island and at least one outer front insert is positioned on each of the peripheral platforms ; characterized in that: the area of the recessed section is > 62% of the area of the total area of the front face . wherein the drill bit head has a gauge and a front face with a peripheral edge which is adjacent to the gauge , the peripheral edge having a diameter D1, the area within the peripheral edge defining the total area of the front face ; wherein the front face has a central island at its radially innermost section, a plurality of peripheral platforms at its radially outermost section adjacent to the peripheral edge and a recessed section positioned radially between the central island and the peripheral platforms ; wherein the central island and the peripheral platforms are axially raised in comparison to the recessed section ; wherein a plurality of inner front inserts are positioned on the central island and at least one outer front insert is positioned on each of the peripheral platforms ; characterized in that: the area of the recessed section is > 62% of the area of the total area of the front face .
A smoking article comprising: a rod of smokeable material, said rod comprising a filler and a wrapper ; said wrapper comprising: a base web ; and a banded region of add-on material applied to said base web, said banded region comprising a leading edge and a trailing edge and a plurality of add-on material-free openings between said leading edge and said trailing edge, said add-on material formed from an aqueous starch solution containing an anti-wrinkling agent, calcium carbonate and starch, said smoking article being characterised in that said plurality of add-on material-free openings establish a predetermined, nominal opened-area within said banded region in the range of about 4% to about 9% of a total nominal area of said banded region, said plurality of add-on material-free openings comprising a pattern including two or more rows of dot-like openings. a base web ; and a banded region of add-on material applied to said base web, said banded region comprising a leading edge and a trailing edge and a plurality of add-on material-free openings between said leading edge and said trailing edge, said add-on material formed from an aqueous starch solution containing an anti-wrinkling agent, calcium carbonate and starch, said smoking article being characterised in that said plurality of add-on material-free openings establish a predetermined, nominal opened-area within said banded region in the range of about 4% to about 9% of a total nominal area of said banded region, said plurality of add-on material-free openings comprising a pattern including two or more rows of dot-like openings.
Vehicle brake system piston-pump piston which is produced with a sheet-metal bent part , characterized in that the sheet-metal bent part is rolled as a tube which has a seam along its longitudinal direction.
A hose line - particularly a vent hose - for conveying a fluidic medium, with a hose wall and a fluid channel surrounded by the hose wall , wherein the hose wall has at least one foam layer on the basis of at least one polymeric plastic foam, wherein the proportion of the radial thickness (d s ) of the foam layer in the radial wall thickness (d) of the hose wall amounts to at least 60%, preferably at least 70%, and wherein the hose line has at least one reinforcing coil , which is at least sectionally embedded in the hose wall , preferably in the at least one foam layer of the hose wall , referred to its cross-sectional circumference, wherein the foam layer forms the inner surface of the hose wall , wherein the radial thickness (d w ) of the reinforcing coil is smaller than the radial wall thickness (d) of the foam layer , wherein the radial thickness (d w ) of the reinforcing coil amounts to between 2% and 30% of the radial wall thickness (d) of the foam layer , and wherein either the reinforcing coil is embedded in the hose wall or in the foam layer over its entire cross-sectional circumference or the reinforcing coil is arranged on the inner surface of the hose wall or the foam layer and only partially embedded in the hose wall or in the foam layer referred to its cross-sectional circumference. wherein the foam layer forms the inner surface of the hose wall , wherein the radial thickness (d w ) of the reinforcing coil is smaller than the radial wall thickness (d) of the foam layer , wherein the radial thickness (d w ) of the reinforcing coil amounts to between 2% and 30% of the radial wall thickness (d) of the foam layer , and wherein either the reinforcing coil is embedded in the hose wall or in the foam layer over its entire cross-sectional circumference or the reinforcing coil is arranged on the inner surface of the hose wall or the foam layer and only partially embedded in the hose wall or in the foam layer referred to its cross-sectional circumference. either the reinforcing coil is embedded in the hose wall or in the foam layer over its entire cross-sectional circumference or the reinforcing coil is arranged on the inner surface of the hose wall or the foam layer and only partially embedded in the hose wall or in the foam layer referred to its cross-sectional circumference.