mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, the method comprising: - receiving from a network node , a single physical downlink control channel, PDCCH, or a higher layer grant, wherein the PDCCH or the higher layer grant schedules at least two physical uplink shared channel, PUSCH, transmission occasions for the UE; - wherein all the scheduled PUSCH transmission occasions are associated with a same PUSCH transport block, - wherein the scheduling PDCCH or higher layer grant indicates: - at least two sounding reference signal, SRS, resources wherein each SRS resource is associated with a different SRS resource set, and wherein an SRS resource set is a higher layer configuration that comprises one or more SRS resources, - at least two transmit power control, TPC, commands, and - one or more Demodulation Reference Signal, DMRS, port(s), - and performing the scheduled PUSCH transmissions, wherein each PUSCH transmission is performed using the SRS port(s) of one of the indicated SRS resources and the indicated DMRS ports, on a set of symbols that is distinct from any other PUSCH transmission scheduled by the PDCCH or higher layer grant, and is associated with one of the indicated TPC commands. - receiving from a network node , a single physical downlink control channel, PDCCH, or a higher layer grant, wherein the PDCCH or the higher layer grant schedules at least two physical uplink shared channel, PUSCH, transmission occasions for the UE; - wherein all the scheduled PUSCH transmission occasions are associated with a same PUSCH transport block, - wherein the scheduling PDCCH or higher layer grant indicates: - at least two sounding reference signal, SRS, resources wherein each SRS resource is associated with a different SRS resource set, and wherein an SRS resource set is a higher layer configuration that comprises one or more SRS resources, - at least two transmit power control, TPC, commands, and - one or more Demodulation Reference Signal, DMRS, port(s), - at least two sounding reference signal, SRS, resources wherein each SRS resource is associated with a different SRS resource set, and wherein an SRS resource set is a higher layer configuration that comprises one or more SRS resources, - at least two transmit power control, TPC, commands, and - one or more Demodulation Reference Signal, DMRS, port(s), - and performing the scheduled PUSCH transmissions, wherein each PUSCH transmission is performed using the SRS port(s) of one of the indicated SRS resources and the indicated DMRS ports, on a set of symbols that is distinct from any other PUSCH transmission scheduled by the PDCCH or higher layer grant, and is associated with one of the indicated TPC commands.
A bipolar plate for a fuel cell, which is formed on its first plate side with a first reactant flow field , which is formed on its second plate side opposite the first plate side with a second reactant flow field , wherein the flow fields in an active area each comprise a plurality of flow channel delimited by bar for one of the two reactants participating in the fuel cell reaction, wherein in each case the active area is connected on the inlet side via a distribution area extending outside the active area in a flow-mechanical manner to a media port for one of the two reactants, and wherein in each case the active area is connected on the outlet side via a collecting area extending outside the active area to a media port on the outlet side extending from the first plate side to the second plate side, characterized in that at least one of the flow fields is formed in its active region on the inlet side with bars which have a contact surface for an adjacent layer of the fuel cell which is larger than a contact surface of the bars on the outlet side, which contact surface results from a duct division of at least some of the flow channels present in the active area .
An Fc-containing molecule having decreased affinity for at least one Fcγ receptor as compared to a wildtype Fc, comprising an antibody Fc domain with a mutated IgG constant region, wherein amino acid residues 234, 235 and 237 defined by the EU numbering system comprise AAA, and wherein the Fc domain further comprises: (a) the mutations H268A, A330S and P331S as defined by the EU numbering system, or (b) the mutations H268A or H268Q, V309L, A330S and P331S as defined by the EU numbering system. (a) the mutations H268A, A330S and P331S as defined by the EU numbering system, or (b) the mutations H268A or H268Q, V309L, A330S and P331S as defined by the EU numbering system.
A method, performed by one or more computing devices , of selecting a data center to host a conference call between at least a first participant and a second participant , the method comprising: receiving a plurality of media items over a span of time prior to the conference call that pertain to interactions between at least the first participant and the second participant ; analyzing the media items to determine characteristics of the media items , to provide analysis results indicating a previous pattern of media item communications between at least the first participant and the second participant ; developing and associating, based on the analysis results, profiles to the participants including one or more weighting factors based on the received plurality of media items ; determining a weight adjusted geographic centroid using the one or more weighting factors and using the weight adjusted geographic centroid to select an initial data center for hosting the conference call; determining, based on at least the analysis results, that the first participant is more likely than the second participant to share a media item during the conference call; and, based on the determination, selecting a data center to continue hosting the conference call. receiving a plurality of media items over a span of time prior to the conference call that pertain to interactions between at least the first participant and the second participant ; analyzing the media items to determine characteristics of the media items , to provide analysis results indicating a previous pattern of media item communications between at least the first participant and the second participant ; developing and associating, based on the analysis results, profiles to the participants including one or more weighting factors based on the received plurality of media items ; determining a weight adjusted geographic centroid using the one or more weighting factors and using the weight adjusted geographic centroid to select an initial data center for hosting the conference call; determining, based on at least the analysis results, that the first participant is more likely than the second participant to share a media item during the conference call; and, based on the determination, selecting a data center to continue hosting the conference call.
A battery powered tool, comprising: a housing ; a rib created in the housing ; and a housing cover ; characterised in that the housing cover is capable of engaging the housing , the housing cover including: first and second extending walls ; and a slot created between the first and second extending walls sized to slidably receive the rib when the housing cover is engaged with the housing , the rib when received in the slot of the housing cover separates the housing cover into an upper housing zone and a lower housing zone . a housing ; a rib created in the housing ; and a housing cover ; characterised in that the housing cover is capable of engaging the housing , the housing cover including: first and second extending walls ; and a slot created between the first and second extending walls sized to slidably receive the rib when the housing cover is engaged with the housing , the rib when received in the slot of the housing cover separates the housing cover into an upper housing zone and a lower housing zone . first and second extending walls ; and a slot created between the first and second extending walls sized to slidably receive the rib when the housing cover is engaged with the housing , the rib when received in the slot of the housing cover separates the housing cover into an upper housing zone and a lower housing zone .
Device (100; 200) for processing light radiation , comprising at least two reflective optical elements defining a cavity such that each reflective optical element reflects said light radiation , one of the reflective optical elements comprising an inwardly curved reflective surface , the multi-passage cavity not comprising any intermediate optical element consisting of a lens and/or of a polarizing element, said device comprising at least one element, referred to as a correction element, having a plurality of correction locations which each reflect or transmit said light radiation and the surface of which is irregular such that the spatial phase profile of each correction location has a phase shift that is different for a plurality of different reflection/transmission points of said correction location , and at least two of the correction locations having different phase profiles, the correction element corresponding to: - one of the reflective optical elements defining the cavity, and/or - a correction element which is arranged in the cavity and different from the reflective optical elements defining said cavity; the device (100; 200) being characterized in that: - the at least two reflective optical elements define a multi-passage cavity arranged such that the light radiation travels back and forth a number of times between the at least two reflective optical elements such that each reflective optical element reflects said light radiation at least four times at different reflection locations. - one of the reflective optical elements defining the cavity, and/or - a correction element which is arranged in the cavity and different from the reflective optical elements defining said cavity; - the at least two reflective optical elements define a multi-passage cavity arranged such that the light radiation travels back and forth a number of times between the at least two reflective optical elements such that each reflective optical element reflects said light radiation at least four times at different reflection locations.
A composition comprising a bacterial strain of the genus Bariatricus, for use in therapy.
Method for producing packages having a cigarette group as package contents from a single-piece blank , forming at least a front wall , bottom wall and rear wall , comprising the following steps: a) the blank consisting of cardboard is separated from a continuous web of the package material and supplied to a first folding station , b) in the folding station , the blank is at least partly folded, specifically into an L-shaped intermediate folded position aligning the bottom wall with rear wall into a transversely directed position relative to the front wall and erecting side flaps connected to the front wall , c) the rear wall is then folded into an oblique position, namely at an acute angle to the front wall , d) the cigarette group is then introduced by being pushed into the partly finished and folded package with obliquely directed rear wall , over a free or open package front face, which is opposite the bottom wall , wherein, during the insertion operation, front wall and rear wall are directed towards each other at an acute angle, namely opened in the form of a funnel relative to the insertion side of the cigarette group , e) after that, the rear wall is folded into the position according to the package with contact with the cigarette group , and side flaps arranged on the rear wall , after the same have been folded, are connected to the side flaps of the front wall . a) the blank consisting of cardboard is separated from a continuous web of the package material and supplied to a first folding station , b) in the folding station , the blank is at least partly folded, specifically into an L-shaped intermediate folded position aligning the bottom wall with rear wall into a transversely directed position relative to the front wall and erecting side flaps connected to the front wall , c) the rear wall is then folded into an oblique position, namely at an acute angle to the front wall , d) the cigarette group is then introduced by being pushed into the partly finished and folded package with obliquely directed rear wall , over a free or open package front face, which is opposite the bottom wall , wherein, during the insertion operation, front wall and rear wall are directed towards each other at an acute angle, namely opened in the form of a funnel relative to the insertion side of the cigarette group , e) after that, the rear wall is folded into the position according to the package with contact with the cigarette group , and side flaps arranged on the rear wall , after the same have been folded, are connected to the side flaps of the front wall .
Set of parts of a front light module of an agricultural vehicle, in particular a tractor, comprising a left light module , a right light module and an intermediate module comprising a left connection area shaped complementarily to the left light module and a right connection area shaped complementarily to the right light module for placement adjacent to the left and right light modules , characterised in that the intermediate module is interchangeable and is selected from an assortment of intermediate modules having respective different distances (d, d') between the connection regions .
Adjustable steering column for a motor vehicle, comprising a actuating unit in which a steering spindle is mounted so as to be rotatable about a longitudinal axis (L), and a support unit which has two downwardly projecting lateral side plates that are transversely opposite to the longitudinal axis (L), between which the actuating unit is disposed so as to be adjustable in the height direction (H), wherein a motorized adjustment drive has an actuating lever which, on the actuating unit and on the support unit , is in each case mounted in a joint so as to be pivotable about a pivot axis that is transverse to the longitudinal axis (L), wherein at least the joint has a joint pin which is mounted in a bearing bore of the actuating lever , characterized in that at least the joint pin has a support element which in a sliding manner is supported between and on the actuating unit and a side plate .
An information transmission method, characterized by comprising: sending , by a User plane Function, UPF, entity of a core network element, a first data packet to a terminal, the first data packet carrying first timestamp information and being used for the terminal to measure a one-way delay between the UPF entity of the core network element and the terminal, the first timestamp information being used for indicating information about a time at which the UPF entity of the core network element sends the first data packet; wherein the method comprises, before sending: adding, by the UPF entity of the core network element, information, comprising the first timestamp information and carried in the first data packet, through a first protocol layer of the UPF entity of the core network element, the first protocol layer being established between the terminal and the core network and located above a General Packet Radio Service Tunneling Protocol-User plane, GTP-U, layer. sending , by a User plane Function, UPF, entity of a core network element, a first data packet to a terminal, the first data packet carrying first timestamp information and being used for the terminal to measure a one-way delay between the UPF entity of the core network element and the terminal, the first timestamp information being used for indicating information about a time at which the UPF entity of the core network element sends the first data packet; wherein the method comprises, before sending: adding, by the UPF entity of the core network element, information, comprising the first timestamp information and carried in the first data packet, through a first protocol layer of the UPF entity of the core network element, the first protocol layer being established between the terminal and the core network and located above a General Packet Radio Service Tunneling Protocol-User plane, GTP-U, layer. adding, by the UPF entity of the core network element, information, comprising the first timestamp information and carried in the first data packet, through a first protocol layer of the UPF entity of the core network element, the first protocol layer being established between the terminal and the core network and located above a General Packet Radio Service Tunneling Protocol-User plane, GTP-U, layer.
A process for the production of a filter media for fluid filtration having antimicrobial properties comprising the steps of: a) diluting polyacrylic acid (PAA) in deionized water to form a diluted solution; b) adding lignite-based powdered activated carbon to said diluted solution and blending to form a blended solution; c) soaking said blended solution; d) mixing a copper-zinc alloy with a wet cellulose fibrillated fiber, a heavy metal removal powder adsorbent, and a CoPET/PET polyester fiber, with said blended solution to form a resultant solution; e) blending said resultant solution; f) forming a paper slurry from said resultant solution; and g) drying said paper slurry to form said filter media. a) diluting polyacrylic acid (PAA) in deionized water to form a diluted solution; b) adding lignite-based powdered activated carbon to said diluted solution and blending to form a blended solution; c) soaking said blended solution; d) mixing a copper-zinc alloy with a wet cellulose fibrillated fiber, a heavy metal removal powder adsorbent, and a CoPET/PET polyester fiber, with said blended solution to form a resultant solution; e) blending said resultant solution; f) forming a paper slurry from said resultant solution; and g) drying said paper slurry to form said filter media.
A surgical instrument circuit for a surgical instrument connectable to a surgical energy module , the surgical energy module configured to provide a first electrical drive signal at a first frequency range for driving a first energy modality and a second electrical drive signal at a second frequency range for driving a second energy modality, the surgical instrument comprising a component configured to receive power from a direct current (DC) power source and an end effector , the surgical instrument circuit configured to: receive the first electrical drive signal from the surgical energy module ; convert the first electrical drive signal to a DC voltage; apply the DC voltage to the surgical instrument component; receive the second electrical drive signal from the surgical energy module ; and deliver the second energy modality to the end effector according to the second electrical signal; determine that the first energy modality is not delivered by the surgical instrument via a control circuit and, if the first energy modality is not delivered by the surgical instrument , convert the first drive signal to the DC output voltage by rerouting the first drive signal to a rectifier , further comprising the rectifier configured to convert the first electrical drive signal to the DC output voltage. receive the first electrical drive signal from the surgical energy module ; convert the first electrical drive signal to a DC voltage; apply the DC voltage to the surgical instrument component; receive the second electrical drive signal from the surgical energy module ; and deliver the second energy modality to the end effector according to the second electrical signal; determine that the first energy modality is not delivered by the surgical instrument via a control circuit and, if the first energy modality is not delivered by the surgical instrument , convert the first drive signal to the DC output voltage by rerouting the first drive signal to a rectifier , further comprising the rectifier configured to convert the first electrical drive signal to the DC output voltage.
Filter device with at least one first connection (A1) on a hydraulic operating circuit, to which a filter element (F1) is assigned, and with at least one further connection (A2), via which quantities of leakage oil from hydraulic components can be supplied, a control appliance (V 2 ) being provided, by means of which, if the pressure in the operating circuit falls below a pre-definable operating pressure at the first connection (A1), the quantities of leakage oil can be supplied from the further connection (A2) to the filter element (F1), the control appliance comprising a valve arrangement with at least one non-return valve (V 2 ), which connects the further connection (A2) to the first connection (A1) when the leakage oil pressure at the further connection (A2) exceeds the operating pressure at the first connection (A1), characterised in that the control appliance comprises a second non-return valve (V 4 ) directly connected to the further connection (A2), said valve opening if a desired range of leakage oil pressure levels is exceeded and connecting the further connection (A2) to a branch pipe leading to a return or tank side (T).
A carrier apparatus of a thin disk-shaped workpiece (W) for constituting a workpiece rotation supporting device for rotating and driving while positioning and supporting the circular outer circumference of the workpiece (W), in an apparatus for grinding or polishing at least one side of the workpiece while supporting and rotating the thin disk-shaped workpiece (W), comprising: an annular carrier main body having a circular inner peripheral edge able to surround the workpiece (W), and a notch trigger having a pointed end engaging part to be engaged with a cut portion (Wn) provided in the circular outer peripheral edge of the workpiece (W), wherein the notch trigger is a separate part from the carrier main body , so as to be exchangeable and joined and fixed integrally to the carrier main body , characterized in that , the carrier main body is formed in a continuous annular shape having a circular inner peripheral edge able to closely surround the whole circumference of the workpiece (W), wherein the pointed end engaging part of the notch trigger has a mounting structure projecting inward in a radial direction from a part of the circular inner peripheral edge of the carrier main body . an annular carrier main body having a circular inner peripheral edge able to surround the workpiece (W), and a notch trigger having a pointed end engaging part to be engaged with a cut portion (Wn) provided in the circular outer peripheral edge of the workpiece (W), wherein the notch trigger is a separate part from the carrier main body , so as to be exchangeable and joined and fixed integrally to the carrier main body , characterized in that , the carrier main body is formed in a continuous annular shape having a circular inner peripheral edge able to closely surround the whole circumference of the workpiece (W), wherein the pointed end engaging part of the notch trigger has a mounting structure projecting inward in a radial direction from a part of the circular inner peripheral edge of the carrier main body .