mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, in a 3GPP wireless communication system, the method comprising: receiving, from a base station, through a high layer signaling, configuration information including information associated with a plurality of resources of physical uplink control channel, PUCCH, format 0, wherein the PUCCH format 0 is used to carry one bit or two bits of uplink control information, UCI; identifying a set of initial cyclic offsets for a PUCCH sequence associated with the plurality of resources of the PUCCH format 0 wherein the set of initial cyclic offsets includes only 4j where j=0, 1 and 2; and transmitting, to the base station, UCI including hybrid automatic repeat request-acknowledgement, HARQ-ACK, via the PUCCH format 0 according to a cyclic offset determined based on the set of initial cyclic offsets for the PUCCH sequence associated with the plurality of resources of the PUCCH format 0, wherein for the two bits of UCI being a negative ACK, NACK, and NACK the sequence cyclic offset is 0, wherein for the two bits of UCI being a NACK, and an ACK the sequence cyclic offset is 3, wherein for the two bits of UCI being an ACK and an ACK the sequence cyclic offset is 6, wherein for the two bits of UCI being an ACK and a NACK the sequence cyclic offset is 9, wherein for one-bit only UCI being a NACK the sequence cyclic offset is 0, wherein for one-bit only UCI being an ACK the sequence cyclic offset is 6, and the cyclic offset is determined as a sum of one of the set of initial cyclic offsets and the sequence cyclic offset. receiving, from a base station, through a high layer signaling, configuration information including information associated with a plurality of resources of physical uplink control channel, PUCCH, format 0, wherein the PUCCH format 0 is used to carry one bit or two bits of uplink control information, UCI; identifying a set of initial cyclic offsets for a PUCCH sequence associated with the plurality of resources of the PUCCH format 0 wherein the set of initial cyclic offsets includes only 4j where j=0, 1 and 2; and transmitting, to the base station, UCI including hybrid automatic repeat request-acknowledgement, HARQ-ACK, via the PUCCH format 0 according to a cyclic offset determined based on the set of initial cyclic offsets for the PUCCH sequence associated with the plurality of resources of the PUCCH format 0, wherein for the two bits of UCI being a negative ACK, NACK, and NACK the sequence cyclic offset is 0, wherein for the two bits of UCI being a NACK, and an ACK the sequence cyclic offset is 3, wherein for the two bits of UCI being an ACK and an ACK the sequence cyclic offset is 6, wherein for the two bits of UCI being an ACK and a NACK the sequence cyclic offset is 9, wherein for one-bit only UCI being a NACK the sequence cyclic offset is 0, wherein for one-bit only UCI being an ACK the sequence cyclic offset is 6, and the cyclic offset is determined as a sum of one of the set of initial cyclic offsets and the sequence cyclic offset.
A Light Emitting Diode, LED, component comprising: a lead frame that comprises a metal anode pad , a metal cathode pad and a plastic cup comprising silicone, wherein the plastic cup is on a first face of the metal anode pad and a first face of the metal cathode pad to define an exposed portion of the metal anode pad and an exposed portion of the metal cathode pad in the plastic cup; an LED die disposed in the plastic cup, the LED die comprising first and second opposing faces, an anode contact and a cathode contact on the first face thereof; and a die attach layer that directly electrically connects an outer face of the anode contact to the exposed portion of the metal anode pad and directly electrically connects an outer face of the cathode contact to the exposed portion of the metal cathode pad, characterised in that adjacent ends of the metal anode pad and the metal cathode pad define a gap (G) therebetween and wherein the plastic cup extends in the gap and also extends beyond non-adjacent ends of the metal anode pad and the metal cathode pad by a distance that is larger than the gap. a lead frame that comprises a metal anode pad , a metal cathode pad and a plastic cup comprising silicone, wherein the plastic cup is on a first face of the metal anode pad and a first face of the metal cathode pad to define an exposed portion of the metal anode pad and an exposed portion of the metal cathode pad in the plastic cup; an LED die disposed in the plastic cup, the LED die comprising first and second opposing faces, an anode contact and a cathode contact on the first face thereof; and a die attach layer that directly electrically connects an outer face of the anode contact to the exposed portion of the metal anode pad and directly electrically connects an outer face of the cathode contact to the exposed portion of the metal cathode pad, characterised in that adjacent ends of the metal anode pad and the metal cathode pad define a gap (G) therebetween and wherein the plastic cup extends in the gap and also extends beyond non-adjacent ends of the metal anode pad and the metal cathode pad by a distance that is larger than the gap.
A power tool , comprising: a power module comprising a motor , wherein the motor is configured to drive an output unit to output power to an outside; a direct current interface configured to be capable of being connected to an external power supply device; and a two-way control module connected in series between the direct current interface and the power module , wherein the two-way control module is configured to adjust electric power of the external power supply device according to a control signal of the direct current interface to form an electric power input adapted to a cell and/or the motor when said direct current interface is connected to said external power supply device, so that the external power supply device supplies power to the cell and/or the motor , wherein said cell supplies electric power to said motor ; characterized in that said power module comprises said cell ; said direct current interface is configured to be selectively connectable to said external power supply device or an external power consumption device; wherein the two-way control module is configured to match a discharge voltage of the cell with a power supply voltage required by the external power consumption device according to the control signal of the direct current interface when said direct current interface is connected to said external power consumption device, so that the external power consumption device is powered. a power module comprising a motor , wherein the motor is configured to drive an output unit to output power to an outside; a direct current interface configured to be capable of being connected to an external power supply device; and a two-way control module connected in series between the direct current interface and the power module , wherein the two-way control module is configured to adjust electric power of the external power supply device according to a control signal of the direct current interface to form an electric power input adapted to a cell and/or the motor when said direct current interface is connected to said external power supply device, so that the external power supply device supplies power to the cell and/or the motor , wherein said cell supplies electric power to said motor ; said power module comprises said cell ; said direct current interface is configured to be selectively connectable to said external power supply device or an external power consumption device; wherein the two-way control module is configured to match a discharge voltage of the cell with a power supply voltage required by the external power consumption device according to the control signal of the direct current interface when said direct current interface is connected to said external power consumption device, so that the external power consumption device is powered.
A fluoroquinolone antibiotic for use in a method of treating a pulmonary bacterial infection, said method comprising administering a therapeutically effective amount of an aerosol of the fluoroquinolone antibiotic; wherein the fluoroquinolone antibiotic is levofloxacin, wherein the pulmonary bacterial infection comprises Pseudomonas aeruginosa bacteria growing under anaerobic conditions, and wherein the bacteria is exposed to at least 0.75 mg/L of the fluoroquinolone antibiotic.
In vitro method for predicting mortality risk among patients suffering from cardiogenic shock which comprises determining in a biological sample which has been obtained from the patient the concentration level of at least B2MG, wherein an increased level of at least the protein B2MG with respect to the concentration level determined in control survivor patients suffering from cardiogenic shock, is an indication of mortality risk.
Dry steam ejection device in the form of a tube intended to be connected, by means of a flexible hose, to the tank of a steam cleaner, said steam ejection tube comprising a first end constituting the steam inlet into said tube and being intended to be connected to said flexible hose by means of a mechanical tap, and a second end constituting an outlet nozzle for said steam, said steam circulating, in said ejection tube , from said first end toward said second end , said ejection tube is constituted by a first hollow tubular element and a second hollow tubular element arranged in the extension of each other and coaxially, each of said hollow tubular elements comprising an upstream end and a downstream end taking into account the direction of circulation of the steam in said ejection tube , said first hollow tubular element , the upstream end of which constitutes said first steam inlet end in said ejection tube , having a conical internal steam passage diameter decreasing from its upstream end toward its downstream end , which abuts and is fixedly attached to the upstream end of said second hollow tubular element , the internal steam passage diameter of which is conical and decreases from its upstream end toward its downstream end , the diameter of the downstream end of said first hollow tubular element opening in part into the diameter of the upstream end of said second hollow tubular element and being smaller than the latter, and a material-free annular empty space is provided on the outer periphery of the downstream end of said first hollow tubular element opening into the diameter of the upstream end of said second hollow tubular element .
Process for synthesis of a compound according to Formula A: wherein R 1 is a substituted or unsubstituted aryl having 6 to 20 carbon atoms; preferably substituted or unsubstituted phenyl; R 2 is a straight or branched alkyl having 1 to 12 carbon atoms; and R 3 is a straight or branched alkyl having 1 to 12 carbon atoms; starting from a di-keto compound according to Formula B wherein R 3 is as shown above, which compound is converted into a ketoenamine compound according to Formula C wherein R 2 and R 3 are as shown above, which ketoenamine compound is then reduced to an amino alcohol according to Formula D, wherein R 2 and R 3 are as shown above, that is converted into a compound according to Formula A: characterized in that the ketoenamine is reduced into an amino alcohol using a nickel aluminium alloy in an aqueous solution of an inorganic base.
A machine-implemented method for enrolling an endpoint device in a secure domain, the method comprising: storing, by a delegated registrar (DR) device, an authorizing credential for interacting with a group administrator (GA) device that controls membership in the secure domain and group connectivity parameters; in response to an enrollment request originated by an enrollee device, executing, by the DR device, a trust-establishment procedure with the enrollee device to establish initial connectivity and an initial symmetric key to be shared with the enrollee device; and providing, by the DR device, limited-use credentials for group-access key establishment, and the group connectivity parameters, to the enrollee device for interacting with the GA device to perform a group-enrollment procedure, wherein the group connectivity parameters include an address of the GA device; wherein the limited-use credentials include a first token and a second token; wherein the first token is based on session data of the initial connectivity, and on the initial symmetric key; and wherein the second token is based on the session data, and on an authorizing credential that the DR device uses for interacting with the GA device. storing, by a delegated registrar (DR) device, an authorizing credential for interacting with a group administrator (GA) device that controls membership in the secure domain and group connectivity parameters; in response to an enrollment request originated by an enrollee device, executing, by the DR device, a trust-establishment procedure with the enrollee device to establish initial connectivity and an initial symmetric key to be shared with the enrollee device; and providing, by the DR device, limited-use credentials for group-access key establishment, and the group connectivity parameters, to the enrollee device for interacting with the GA device to perform a group-enrollment procedure, wherein the group connectivity parameters include an address of the GA device; wherein the limited-use credentials include a first token and a second token; wherein the first token is based on session data of the initial connectivity, and on the initial symmetric key; and wherein the second token is based on the session data, and on an authorizing credential that the DR device uses for interacting with the GA device.
A receptacle for tobacco and tobacco related articles and/or smoking articles, the receptacle comprising a body having a bottom wall and an outer side wall coupled to the bottom wall , the outer side wall encompassing the inner space of the receptacle except for an access opening in the body, the receptacle further comprising a cover for opening and closing the access opening of the receptacle, wherein the inner space of the body is divided into a plurality of compartments, comprising a first compartment and a plurality of additional compartments , by the outer side wall , an inner side wall which follows the cross-sectional shape of the outer side wall , and a plurality of intermediate walls , wherein the compartments are configured to manually retrieve a content from the compartments, wherein the first compartment is defined by the inner side wall and is arranged in the center of the body , characterized in that the plurality of additional compartments is arranged around the first compartment , wherein said additional compartments are formed between the outer side wall , the inner side wall and the intermediate walls which extend between the inner side wall and the outer side wall , so that the additional compartments are arranged between the outer side wall and the first compartment .
Air duct including: - a tube comprising a first plurality of holes for diffusing air in an environment ; - a shutter coaxial with respect to the tube comprising at least a second plurality of holes ; - an actuator configured to move the shutter with respect to the tube to align or misalign at least part of the first plurality of holes with the at least a second plurality of holes ; - two flanges arranged at the ends of the tube , characterized in that the two flanges are arranged so as to form a gap (R) together with the tube in which the shutter can move. - a tube comprising a first plurality of holes for diffusing air in an environment ; - a shutter coaxial with respect to the tube comprising at least a second plurality of holes ; - an actuator configured to move the shutter with respect to the tube to align or misalign at least part of the first plurality of holes with the at least a second plurality of holes ; - two flanges arranged at the ends of the tube , characterized in that the two flanges are arranged so as to form a gap (R) together with the tube in which the shutter can move.
A system for determining a rotational orientation of a lead for use in electrostimulation of a body tissue, wherein the lead has a longitudinal lead axis and a marker configured to identify a rotational orientation about a longitudinal axis of the lead , the system comprising: a data input circuit configured to receive image data of at least a portion of the lead including image data of the marker ; a template receiver circuit configured to receive at least one template of the lead having a specified rotational orientation, the at least one template including a reference data cube (X R ) of the marker and a reference marker direction vector ( v R ) indicative of the specified rotational orientation of the lead about the longitudinal axis; a lead orientation estimator circuit , and an output unit configured to produce a graphical representation of the lead and at least the estimated target marker direction vector; characterized in that the lead orientation estimator circuit includes: a marker recognition circuit configured to produce a target data cube (X T ) of the marker using the image data of the marker ; a data registration circuit configured to register the reference data cube (X R ) to the target data cube (X T ) to produce a transformation operator (Φ) for transforming X R into a transformed reference data cube Φ(X R ) that matches X T within a specified margin; and an estimator circuit configured to estimate the rotational orientation of the lead using the reference marker direction vector ( v R ) and the determined transformation operator (Φ). a data input circuit configured to receive image data of at least a portion of the lead including image data of the marker ; a template receiver circuit configured to receive at least one template of the lead having a specified rotational orientation, the at least one template including a reference data cube (X R ) of the marker and a reference marker direction vector ( v R ) indicative of the specified rotational orientation of the lead about the longitudinal axis; a lead orientation estimator circuit , and an output unit configured to produce a graphical representation of the lead and at least the estimated target marker direction vector; a marker recognition circuit configured to produce a target data cube (X T ) of the marker using the image data of the marker ; a data registration circuit configured to register the reference data cube (X R ) to the target data cube (X T ) to produce a transformation operator (Φ) for transforming X R into a transformed reference data cube Φ(X R ) that matches X T within a specified margin; and an estimator circuit configured to estimate the rotational orientation of the lead using the reference marker direction vector ( v R ) and the determined transformation operator (Φ).
A low emissivity coating , comprising: a plurality of phase adjustment layers , wherein the phase adjustment layers comprise a dielectric or semiconductor material; a first metal functional layer ; and a second metal functional layer located over and spaced from the first metal functional layer , wherein the first metal functional layer has a geometric thickness in the range of 6 nm to 8 nm; wherein the second metal functional layer has a geometric thickness in the range of 8 nm to 10 nm; wherein the metal functional layers comprise a material selected from the group consisting of silver, gold, platinum, palladium, osmium, iridium, rhodium, ruthenium, copper, rhenium, aluminum, and combinations thereof; and wherein the low emissivity coating provides a reference IGU SHGC of at least 0.4 and a reference IGU U factor of no greater than 2.27 W/(m 2 ·K) (0.4 BTU/hr-ft 2 -°F). a plurality of phase adjustment layers , wherein the phase adjustment layers comprise a dielectric or semiconductor material; a first metal functional layer ; and a second metal functional layer located over and spaced from the first metal functional layer , wherein the first metal functional layer has a geometric thickness in the range of 6 nm to 8 nm; wherein the second metal functional layer has a geometric thickness in the range of 8 nm to 10 nm; wherein the metal functional layers comprise a material selected from the group consisting of silver, gold, platinum, palladium, osmium, iridium, rhodium, ruthenium, copper, rhenium, aluminum, and combinations thereof; and wherein the low emissivity coating provides a reference IGU SHGC of at least 0.4 and a reference IGU U factor of no greater than 2.27 W/(m 2 ·K) (0.4 BTU/hr-ft 2 -°F).
A method, comprising: receiving an incoming transport packet at a transport layer implemented via a computer system; de-encapsulating the incoming transport packet using a transport protocol to identify an incoming security packet and passing the incoming security packet to a security layer; and signaling , by the security layer to the transport layer in response to the security layer having received the incoming security packet, that an acknowledgement packet be suppressed by the transport layer. receiving an incoming transport packet at a transport layer implemented via a computer system; de-encapsulating the incoming transport packet using a transport protocol to identify an incoming security packet and passing the incoming security packet to a security layer; and signaling , by the security layer to the transport layer in response to the security layer having received the incoming security packet, that an acknowledgement packet be suppressed by the transport layer.