mhurhangee/patent-ind-claim-en huggingface dataset:
A DRX method, comprising: receiving, by a first terminal device, first sidelink control information ,SCI, sent by a second terminal device, wherein the second terminal device is a device that performs sidelink communication with the first terminal device; if the first SCI indicates at least two resources, determining, by the first terminal device, that duration of a hybrid automatic repeat request HARQ, round trip time RTT, timer of a sidelink process corresponding to the first SCI is first duration, wherein the first duration is determined based on time domain positions of the resources indicated by the first SCI; and if the first SCI indicates one resource, determining, by the first terminal device, that the duration of the HARQ RTT timer is second duration, wherein the second duration is configured by the second terminal device or a network device. receiving, by a first terminal device, first sidelink control information ,SCI, sent by a second terminal device, wherein the second terminal device is a device that performs sidelink communication with the first terminal device; if the first SCI indicates at least two resources, determining, by the first terminal device, that duration of a hybrid automatic repeat request HARQ, round trip time RTT, timer of a sidelink process corresponding to the first SCI is first duration, wherein the first duration is determined based on time domain positions of the resources indicated by the first SCI; and if the first SCI indicates one resource, determining, by the first terminal device, that the duration of the HARQ RTT timer is second duration, wherein the second duration is configured by the second terminal device or a network device.
A method for producing an antimicrobial fabric or yarn, said method comprising the steps of: (i) immersing a fabric or yarn in an aqueous solution of a metal salt whilst simultaneously subjecting said solution to ultrasonic radiation; and (ii) removing the fabric or yarn from said solution and subsequently converting the metal salt in situ in the fabric or yarn into metal oxide nanoparticles; wherein step (ii) comprises exposing the fabric or yarn, whilst still damp, to ammonia or a primary amine in gaseous form; and heating the fabric or yarn. (i) immersing a fabric or yarn in an aqueous solution of a metal salt whilst simultaneously subjecting said solution to ultrasonic radiation; and (ii) removing the fabric or yarn from said solution and subsequently converting the metal salt in situ in the fabric or yarn into metal oxide nanoparticles;
Method for testing a firmly bonded joint between a stranded wire and a contact part , comprising the steps of - Fixing a weld knot of the stranded wire by means of a fixing device , said weld knot having a plurality of individual wires connected to one another in a firmly bonded manner; - Destroying the joint by detaching the contact part from the stranded wire by means of a testing device engaging at least indirectly with the contact part , characterized in that the testing device has two clamping jaws between which the contact part is clamped at least indirectly and is subjected to a tensile force (F) at least substantially across the longitudinal direction of the stranded wire in order to detach the contact part . - Fixing a weld knot of the stranded wire by means of a fixing device , said weld knot having a plurality of individual wires connected to one another in a firmly bonded manner; - Destroying the joint by detaching the contact part from the stranded wire by means of a testing device engaging at least indirectly with the contact part , characterized in that the testing device has two clamping jaws between which the contact part is clamped at least indirectly and is subjected to a tensile force (F) at least substantially across the longitudinal direction of the stranded wire in order to detach the contact part .
Method for detecting an electric arc in a photovoltaic installation, comprising the following steps: - Measurement (E6) of voltage values at at least one site of the electrical circuit of the photovoltaic installation; - Digitization (E8) of the measured voltage values so as to form a data sampling x from the only measurement of the voltage; - Computation (E10) of a first indicator of presence of an electric arc, on the basis of a statistical computation on the data sampling x, from among the variance, a value analogous to the variance, or the interquartile range of the data sampling; the method being characterized in that it comprises the following steps - Computation (E10) of a second indicator of presence of an electric arc, on the basis of a statistical computation on the data sampling based on one or more estimations of the mean and/or of the median of the data sampling; - Comparison (E12) of the first and second indicators of presence of an electric arc with respective thresholds so as to deduce therefrom the presence or absence of an electric arc within the photovoltaic installation. - Measurement (E6) of voltage values at at least one site of the electrical circuit of the photovoltaic installation; - Digitization (E8) of the measured voltage values so as to form a data sampling x from the only measurement of the voltage; - Computation (E10) of a first indicator of presence of an electric arc, on the basis of a statistical computation on the data sampling x, from among the variance, a value analogous to the variance, or the interquartile range of the data sampling; the method being characterized in that it comprises the following steps - Computation (E10) of a second indicator of presence of an electric arc, on the basis of a statistical computation on the data sampling based on one or more estimations of the mean and/or of the median of the data sampling; - Comparison (E12) of the first and second indicators of presence of an electric arc with respective thresholds so as to deduce therefrom the presence or absence of an electric arc within the photovoltaic installation.
A battery separator, comprising: a non-woven web comprising: a plurality of glass fibers having an average diameter of greater than or equal to 1.5 microns, wherein the glass fibers are present in an amount of greater than or equal to 50 wt% of the non-woven web; and a plurality of inorganic particles, wherein the non-woven web has a largest pore size of at least 8 microns and less than or equal to 25 microns, and wherein the non-woven web has a median pore size of at least 2.5 microns and less than or equal to 6 microns. a plurality of glass fibers having an average diameter of greater than or equal to 1.5 microns, wherein the glass fibers are present in an amount of greater than or equal to 50 wt% of the non-woven web; and a plurality of inorganic particles, wherein the non-woven web has a largest pore size of at least 8 microns and less than or equal to 25 microns, and wherein the non-woven web has a median pore size of at least 2.5 microns and less than or equal to 6 microns.
A ventilator assembly for use in a ventilator circuit for administering medication to a patient, the ventilator assembly comprising: a housing defining an inhalation interior space and an exhalation interior space separate from the inhalation interior space; a ventilator port positioned at a first location of the housing , the ventilator port defining a first passageway in communication with the inhalation interior space and the exhalation interior space ; a patient port positioned at a second location of the housing , the patient port defining a second passageway in communication with the inhalation interior space and the exhalation interior space ; a one-way inhalation valve positioned in the housing adjacent one of the first or second locations to permit one-way flow from the ventilator port to the patient port through the inhalation interior space ; a one-way exhalation valve positioned in the housing adjacent the one of the first or second locations adjacent the position of the one-way inhalation valve to permit one-way flow from the patient port to the ventilator port through the exhalation interior space ; and a receptacle positioned on the housing and in communication with the inhalation interior space , the receptacle operative to receive a container comprising an aerosolized medication, characterized in that the one-way inhalation and exhalation valves are configured as flexible flaps extending in opposite directions from a base portion . a housing defining an inhalation interior space and an exhalation interior space separate from the inhalation interior space; a ventilator port positioned at a first location of the housing , the ventilator port defining a first passageway in communication with the inhalation interior space and the exhalation interior space ; a patient port positioned at a second location of the housing , the patient port defining a second passageway in communication with the inhalation interior space and the exhalation interior space ; a one-way inhalation valve positioned in the housing adjacent one of the first or second locations to permit one-way flow from the ventilator port to the patient port through the inhalation interior space ; a one-way exhalation valve positioned in the housing adjacent the one of the first or second locations adjacent the position of the one-way inhalation valve to permit one-way flow from the patient port to the ventilator port through the exhalation interior space ; and a receptacle positioned on the housing and in communication with the inhalation interior space , the receptacle operative to receive a container comprising an aerosolized medication, characterized in that the one-way inhalation and exhalation valves are configured as flexible flaps extending in opposite directions from a base portion .
A surgical drill guide device , comprising: a housing having a sleeve disposed through an aperture for maintaining slideable communication with an insertion member , the insertion member being elongated and having an aimer tip and an insertion knob for disposing the insertion member slideably through the housing along an insertion axis; an aimer arm engaging a slot in the housing for arcuate movement thereto, the aimer arm having a proximate end engaging the slot and an opposed distal end; an aimer guide coupled to the distal end of the aimer arm, the aimer arm extending in an intersecting manner with the insertion axis; and a template attached to the aimer guide, the template having a first aperture defining a drilling footprint, the drilling footprint located on the insertion axis and corresponding to a bone tunnel through which a surgical attachment may be passed, wherein the template has a flattened construction providing a low profile, the flattened construction facilitating insertion between surgical members for disposing the template in parallel alignment with a surgical landmark for defining a location of the bone tunnel, and wherein the aimer arm further comprises a director handle for manipulation by an operator, the director handle for positioning the insertion member on an opposed side of a surgical member from the template for drilling bone tunnels therethrough, characterized in that different sized templates can be interchanged on the aimer guide for identifying an appropriate size of footprint. a housing having a sleeve disposed through an aperture for maintaining slideable communication with an insertion member , the insertion member being elongated and having an aimer tip and an insertion knob for disposing the insertion member slideably through the housing along an insertion axis; an aimer arm engaging a slot in the housing for arcuate movement thereto, the aimer arm having a proximate end engaging the slot and an opposed distal end; an aimer guide coupled to the distal end of the aimer arm, the aimer arm extending in an intersecting manner with the insertion axis; and a template attached to the aimer guide, the template having a first aperture defining a drilling footprint, the drilling footprint located on the insertion axis and corresponding to a bone tunnel through which a surgical attachment may be passed, wherein the template has a flattened construction providing a low profile, the flattened construction facilitating insertion between surgical members for disposing the template in parallel alignment with a surgical landmark for defining a location of the bone tunnel, and wherein the aimer arm further comprises a director handle for manipulation by an operator, the director handle for positioning the insertion member on an opposed side of a surgical member from the template for drilling bone tunnels therethrough, characterized in that different sized templates can be interchanged on the aimer guide for identifying an appropriate size of footprint.
An assembly comprising: a leadless pacemaker; and a set of active fixation tines attached to the leadless pacemaker; and a delivery tool interface located at a proximal end of the leadless pacemaker and configured to connect to a delivery device, wherein the active fixation tines in the set are deployable from a spring-loaded position in which distal ends of the active fixation tines point away from the leadless pacemaker to a hooked position in which the active fixation tines bend back towards the leadless pacemaker, wherein the active fixation tines are configured to secure the leadless pacemaker to a patient tissue when deployed while the distal ends of the active fixation tines are positioned adjacent to the patient tissue, wherein the set of active fixation tines consists of four active fixation tines, wherein the active fixation tines are positioned substantially equidistant from each other in a circular arrangement. a leadless pacemaker; and a set of active fixation tines attached to the leadless pacemaker; and a delivery tool interface located at a proximal end of the leadless pacemaker and configured to connect to a delivery device, wherein the active fixation tines in the set are deployable from a spring-loaded position in which distal ends of the active fixation tines point away from the leadless pacemaker to a hooked position in which the active fixation tines bend back towards the leadless pacemaker, wherein the active fixation tines are configured to secure the leadless pacemaker to a patient tissue when deployed while the distal ends of the active fixation tines are positioned adjacent to the patient tissue, wherein the set of active fixation tines consists of four active fixation tines, wherein the active fixation tines are positioned substantially equidistant from each other in a circular arrangement.
A method comprising: receiving a packet at a first network device; making, at the first network device, a forwarding decision for the packet, wherein making the forwarding decision includes determining a target pair for the packet, and wherein the target pair includes i) a target virtual port and ii) a second network device; in response to making the forwarding decision, forwarding the packet from the first network device to the second network device, wherein the packet is tagged with a tag that includes information, determined at the first network device, to be used for forwarding the packet at the second network device based on a mapping between i) the target virtual port determined at the first network device and ii) a physical interface at the second network device; mapping the target virtual port determined at the first network device to the physical interface to which the packet is to be forwarded at the second network device; and forwarding, at the second network device, the packet to the physical interface using the information, included in the tag, for forwarding the packet at the second network device based on the mapping between i) the target virtual port determined at the first network device and ii) the physical interface at the second network device. receiving a packet at a first network device; making, at the first network device, a forwarding decision for the packet, wherein making the forwarding decision includes determining a target pair for the packet, and wherein the target pair includes i) a target virtual port and ii) a second network device; in response to making the forwarding decision, forwarding the packet from the first network device to the second network device, wherein the packet is tagged with a tag that includes information, determined at the first network device, to be used for forwarding the packet at the second network device based on a mapping between i) the target virtual port determined at the first network device and ii) a physical interface at the second network device; mapping the target virtual port determined at the first network device to the physical interface to which the packet is to be forwarded at the second network device; and forwarding, at the second network device, the packet to the physical interface using the information, included in the tag, for forwarding the packet at the second network device based on the mapping between i) the target virtual port determined at the first network device and ii) the physical interface at the second network device.
A channel access method, applied to an access point, AP, the method comprising: configuring multiple basic service sets, BSSs, as part of a BSS set of the AP, wherein the configuring allows usage of a same channel by the multiple BSSs in the BSS set; notifying, by the AP, an integer value m corresponding to a maximum number of predefined association identifiers, AIDs, in a predefined-identifier set, wherein, among m values, one value is used for identifying all of the multiple BSSs in the BSS set of the AP and each of the remaining (m-1) values is used to indicate a respective one of the BSSs in the BSS set of the AP; sending a radio frame to a station, wherein the radio frame comprises information relating to at least one basic BSS in the BSS set of the AP, wherein the radio frame is a frame of the at least one BSS and carries at least one of: a predefined association identifier (AID) for identifying the at least one BSS in the BSS set and a predefined AID for identifying all of the multiple BSSs in the BSS set. configuring multiple basic service sets, BSSs, as part of a BSS set of the AP, wherein the configuring allows usage of a same channel by the multiple BSSs in the BSS set; notifying, by the AP, an integer value m corresponding to a maximum number of predefined association identifiers, AIDs, in a predefined-identifier set, wherein, among m values, one value is used for identifying all of the multiple BSSs in the BSS set of the AP and each of the remaining (m-1) values is used to indicate a respective one of the BSSs in the BSS set of the AP; sending a radio frame to a station, wherein the radio frame comprises information relating to at least one basic BSS in the BSS set of the AP, wherein the radio frame is a frame of the at least one BSS and carries at least one of: a predefined association identifier (AID) for identifying the at least one BSS in the BSS set and a predefined AID for identifying all of the multiple BSSs in the BSS set.
A lapping device for lapping a textile web from a card so as to form a pleated sheet of fabric, the lapping device comprising a comb drive, the comb drive comprising: a crankcase containing a comb crankshaft with multiple comb cranks ; a first servo motor to drive the comb crankshaft ; a linear comb reciprocatable by the first servo motor and spaced from the comb crankshaft ; and a comb connector assembly extending from each comb crank to the comb ; wherein the lapping device further comprises a presser bar drive, the presser bar drive comprising: a presser bar reciprocatable by a second servo motor ; a bar crankcase containing a bar crankshaft with multiple bar cranks, the presser bar spaced from the bar crankshaft; and a bar connector assembly extending from each bar crank to the presser bar , whereby the comb and presser bar assemblies respectively act in unison to reciprocate the comb and the presser bar ; and both the first and second servo motors are synchronised by a joint servo motor control . a crankcase containing a comb crankshaft with multiple comb cranks ; a first servo motor to drive the comb crankshaft ; a linear comb reciprocatable by the first servo motor and spaced from the comb crankshaft ; and a comb connector assembly extending from each comb crank to the comb ; wherein the lapping device further comprises a presser bar drive, the presser bar drive comprising: a presser bar reciprocatable by a second servo motor ; a bar crankcase containing a bar crankshaft with multiple bar cranks, the presser bar spaced from the bar crankshaft; and a bar connector assembly extending from each bar crank to the presser bar , whereby the comb and presser bar assemblies respectively act in unison to reciprocate the comb and the presser bar ; and both the first and second servo motors are synchronised by a joint servo motor control .
Method for amplification of a single copy DNA target nucleic acid from one single living eukaryotic cell of human, animal or plant origin, comprising the steps of a) transfering a liquid sample with a first volume comprising the single living cell into a well of a microtiter plate which comprises a dry composition of PCR amplification primers, either at least one labeled hybridization probe or a double strand DNA binding fluorescent compound, a thermostable DNA polymerase and dNTPs, b) adding to said vessel a PCR reaction buffer with a second volume, whereas said second volume is at least 2x as large as said first volume, and the final volume does not exceed 25 μl, c) incubating said vessel for at least 30 seconds at at least 90°C, thereby thermally activating the thermostable DNA polymerase and lysing the cell in the PCR reaction buffer without any prior addition of a specific lysis step reagent, d) amplifying said target by means of a polymerase chain reaction with the thermostable DNA polymerase without performance of an intermediate purification step, characterized in that steps a) to d) are performed within the same vessel. a) transfering a liquid sample with a first volume comprising the single living cell into a well of a microtiter plate which comprises a dry composition of PCR amplification primers, either at least one labeled hybridization probe or a double strand DNA binding fluorescent compound, a thermostable DNA polymerase and dNTPs, b) adding to said vessel a PCR reaction buffer with a second volume, whereas said second volume is at least 2x as large as said first volume, and the final volume does not exceed 25 μl, c) incubating said vessel for at least 30 seconds at at least 90°C, thereby thermally activating the thermostable DNA polymerase and lysing the cell in the PCR reaction buffer without any prior addition of a specific lysis step reagent, d) amplifying said target by means of a polymerase chain reaction with the thermostable DNA polymerase without performance of an intermediate purification step,