mhurhangee/ep-ind-claims huggingface dataset:
A method to be performed by a station configured to become a master station of a wireless personal area network, WPAN, characterized by comprising: detecting by the station, which is associated with a WPAN association (110;120), that an active master station of the WPAN association (110;120) leaves the association; deciding whether or not to become a new master station according to a comparison of an internal timing synchronization value with timing synchronization values of one or more other detected master stations; when deciding to become the new master station, sending one or more beacons that include a WPAN capabilities information element, IE, to notify one or more stations of the association (110;120) about the new master station connectivity parameters, wherein the WPAN capabilities information element, IE, includes a Service Set Identifier, SSID, and an Identifier, ID, value; and creating a WPAN session with the one or more stations (114;116;122;124) of the association (110;120). detecting by the station, which is associated with a WPAN association (110;120), that an active master station of the WPAN association (110;120) leaves the association; deciding whether or not to become a new master station according to a comparison of an internal timing synchronization value with timing synchronization values of one or more other detected master stations; when deciding to become the new master station, sending one or more beacons that include a WPAN capabilities information element, IE, to notify one or more stations of the association (110;120) about the new master station connectivity parameters, wherein the WPAN capabilities information element, IE, includes a Service Set Identifier, SSID, and an Identifier, ID, value; and creating a WPAN session with the one or more stations (114;116;122;124) of the association (110;120).
A lithographic apparatus comprising: a first and a second stage that are each configured to hold a substrate, each of the first and the second stage being provided with a short stroke module and a long stroke module configured to move the short stroke module of the stage; a swap bridge configured to couple the first and the second stage, wherein, in use, in a first configuration, the first and the second stage are moveable with respect to each other, and wherein, in a second configuration, the first and the second stage are coupled via the swap bridge for joint movement; a bridge holder configured to hold the swap bridge in the first configuration, wherein the bridge holder is dynamically isolated from a moveable part of the short stroke module of the first and the second stage; and a coupler configured to couple the moveable part of the short stroke module of the first and the second stage with the swap bridge such that, in use, in the second configuration, the swap bridge is only coupled with the moveable part of the short stroke module of the first and the second stage. a first and a second stage that are each configured to hold a substrate, each of the first and the second stage being provided with a short stroke module and a long stroke module configured to move the short stroke module of the stage; a swap bridge configured to couple the first and the second stage, wherein, in use, in a first configuration, the first and the second stage are moveable with respect to each other, and wherein, in a second configuration, the first and the second stage are coupled via the swap bridge for joint movement; a bridge holder configured to hold the swap bridge in the first configuration, wherein the bridge holder is dynamically isolated from a moveable part of the short stroke module of the first and the second stage; and a coupler configured to couple the moveable part of the short stroke module of the first and the second stage with the swap bridge such that, in use, in the second configuration, the swap bridge is only coupled with the moveable part of the short stroke module of the first and the second stage.
A connection apparatus for removably attaching a knife to a rotary disc element used on an agricultural mower cutterbar, the rotary disc element being rotatable about an upstanding disc axis, the connection apparatus comprising a knife connector connectable at a proximal end to the rotary disc element in one of a plurality of rotational orientations about a first axis generally parallel to and spaced apart from the disc axis, the knife connector having an intermediately disposed bearing portion to which a mounting aperture in the knife may be engaged characterized in that the knife connector further comprises a distally disposed flange portion for limiting axial movement of the knife engaged on the bearing portion, the mounting aperture sized to permit the flange portion to pass therethrough, the bearing portion being asymmetric about the first axis creating a normal contact area on the bearing portion, the flange portion being aligned on a second axis parallel to and spaced apart from the first axis; and a spring retainer connected to the rotary disc element and extending to a position proximate the distal end of the knife connector, the spring retainer having an aperture positioned to partially receive the flange portion to prevent axial disengagement of the knife from the knife connector, wherein the positioning of the aperture limits the plurality of rotational orientations to a single rotational orientation.
A solder supply device comprising: a tubular solder container housing liquid solder, the solder container being open at one end and closed at the other end; a nozzle, for ejecting solder from the solder container; and a piston; the nozzle being inserted into the open end of the solder container; the piston being provided on an outer circumferential section of the nozzle and engaged inside of the solder container from the open end of the solder container; characterized in that a demarcating member (83, 238, 72) is provided that demarcates an air chamber with at least one out of a surface of the closed end of the solder container, an adapter attached to the surface of the closed end of the solder container, and a surface of the piston facing the opening of the solder container, and the solder supply device supplies solder from the tip of the nozzle by relatively moving the solder container and the piston by the supplying of air to the air chamber. a tubular solder container housing liquid solder, the solder container being open at one end and closed at the other end; a nozzle, for ejecting solder from the solder container; and a piston; the nozzle being inserted into the open end of the solder container; the piston being provided on an outer circumferential section of the nozzle and engaged inside of the solder container from the open end of the solder container; characterized in that a demarcating member (83, 238, 72) is provided that demarcates an air chamber with at least one out of a surface of the closed end of the solder container, an adapter attached to the surface of the closed end of the solder container, and a surface of the piston facing the opening of the solder container, and the solder supply device supplies solder from the tip of the nozzle by relatively moving the solder container and the piston by the supplying of air to the air chamber.
An efficiency increasing device of a heat and power generator with a drive unit powered by the combustion of fuels, by means of which the enthalpy of an stream of exhaust gas can be converted into mechanical energy and is usable through cogeneration, characterised in that the efficiency increasing device can be coupled to a primary exhaust gas line of drive unit carrying the stream of hot exhaust gas, wherein an expander is coupled directly to the exhaust gas line of drive unit, which is coupled to a compressor via a shaft, and can be connected to create a negative pressure in exhaust gas line, and the hot exhaust gas can be aspirated from the exhaust gas line through the expander, a connected vacuum pipe, a heat exchanger, a compressor feed line and the compressor, so that after passing through the compressor cooled exhaust gas can be either discharged from the efficiency increasing device into the atmosphere through an outlet or it may be forwarded to a heat consumer.
A method for forming an alumosilicate zeolite layer on an aluminium-containing metallic substrate of metallic aluminium or an aluminium alloy which is introduced into an alkalised aqueous reaction dispersion in which silicon and optionally aluminium are contained as network-forming elements, wherein, irrespective of whether aluminium is present in the aqueous reaction dispersion or not, the molar ratio between the aluminium in the aqueous reaction dispersion and the total of the network-forming elements contained in the aqueous reaction dispersion is below 0.5, wherein when aluminium is not present in the aqueous reaction solution the sub-stoichiometric molar ratio is 0, and the alkalised aqueous reaction dispersion which contains the aluminium-containing metallic substrate is heated and aluminium is removed from the aluminium-containing metallic substrate for the alumosilicate zeolite formation process and the layer of an alumosilicate zeolite is formed on the aluminium-containing metallic substrate by in situ crystallisation, characterised in that an aluminium complexing agent with O anchor atoms which constitutes an organic polyacid or the salt thereof is incorporated in the alkalised aqueous reaction dispersion.
A method for cleaning at least a partial area of a substrate, said method comprising the steps of: applying a liquid to at least a partial area of said substrate by flowing the liquid through a flow chamber having an outlet directed onto the substrate; generating radicals in said liquid by means of UV radiation prior to applying the same to the substrate, wherein the UV radiation is introduced into the liquid while the liquid flows along a UV radiation source which is at least partially arranged in the outlet of the flow chamber, the UV radiation source emitting radiation into the liquid in said flow chamber and said outlet so that the generation of said radicals occurs directly before applying the liquid to the substrate, such that at least a portion of the radicals reaches the substrate. applying a liquid to at least a partial area of said substrate by flowing the liquid through a flow chamber having an outlet directed onto the substrate; generating radicals in said liquid by means of UV radiation prior to applying the same to the substrate, wherein the UV radiation is introduced into the liquid while the liquid flows along a UV radiation source which is at least partially arranged in the outlet of the flow chamber, the UV radiation source emitting radiation into the liquid in said flow chamber and said outlet so that the generation of said radicals occurs directly before applying the liquid to the substrate, such that at least a portion of the radicals reaches the substrate.
An osmotic material-free article comprising a plurality of fibers wherein the article exhibits an HFS of greater than 17.0 g/g as measured according to the Horizontal Full Sheet Test Method and a Dry Thick Compression of greater than 700 as measured according to the Dry Compressive Modulus Test Method, wherein the article comprises at least one co-formed fibrous structure and at least one mono-fibrous wet-laid fibrous structure, said at least one co-formed fibrous structure exhibiting a basis weight of from 15 g/m 2 to 400 g/m 2, measured according to the Basis Weight Test Method and comprising a core component being a co-formed fibrous structure comprising a plurality of filaments and a plurality of pulp fibers with a weight ratio of filaments to pulp fibers of at least 1:10, said filaments comprising a thermoplastic polymer and said pulp fibers comprised in the core component being selected from the group consisting of softwood kraft pulp fibers, hardwood fibers, and mixtures thereof, said at least one mono-fibrous wet-laid fibrous structure comprising hardwood and softwood pulp fibers.
A method comprising: accessing, by one or more processors, a list of tables of a database; modifying, by the one or more processors, each table of the list of tables by adding a field that indicates a blocking status of each row in the table; generating, by the one or more processors, a generic access control list, ACL, function for each table of the list of tables, the generic ACL function granting or blocking a select access to rows of the table; receiving, by the one or more processors, a select query for a first table of the list of tables, the first table including a first set of rows responsive to the select query; determining an authorization level for the select query; executing the generic ACL function for the first table, wherein based on values of the field of the first table that indicates the blocking status, and the authorization level, the generic ACL function grants or blocks a select access to the first set of rows for providing a second set of rows of the first table in response to the select query, the second set of rows being a subset of the first set of rows; and returning the second set of rows. accessing, by one or more processors, a list of tables of a database; modifying, by the one or more processors, each table of the list of tables by adding a field that indicates a blocking status of each row in the table; generating, by the one or more processors, a generic access control list, ACL, function for each table of the list of tables, the generic ACL function granting or blocking a select access to rows of the table; receiving, by the one or more processors, a select query for a first table of the list of tables, the first table including a first set of rows responsive to the select query; determining an authorization level for the select query; executing the generic ACL function for the first table, wherein based on values of the field of the first table that indicates the blocking status, and the authorization level, the generic ACL function grants or blocks a select access to the first set of rows for providing a second set of rows of the first table in response to the select query, the second set of rows being a subset of the first set of rows; and returning the second set of rows.
An antibody that specifically binds to the extracellular domain of human c-Kit consisting of the amino acid sequence as in SEQ ID NO: 20, the antibody comprising a heavy chain variable region (HCVR) and a light chain variable region (LCVR), wherein the HCVR comprises CDRH1, CDRH2, and CDRH3 amino acid sequences, and the LCVR comprises CDRL1, CDRL2, and CDRL3 amino acid sequences, wherein CDRH1 is SYWIG (SEQ ID NO: 1), CDRH2 is IIYPGDSDTRYSPSFQG (SEQ ID NO: 2), CDRH3 is HGRGYNGYEGAFDI (SEQ ID NO: 3), CDRL1 is RASQGISSALA (SEQ ID NO: 4), CDRL2 is DASSLES (SEQ ID NO: 5), and CDRL3 is CQQFNSYPLT (SEQ ID NO: 6), and wherein the HCVR amino acid sequence is SEQ ID NO: 7 and the LCVR amino acid sequence is SEQ ID NO: 13..
A method for ensuring reliability of message transmission, characterized by comprising the steps of: negotiating, by a sender, a bandwidth saving capability of an IP message with a receiver; bearing, by the sender, data in the IP message; and sending, by the sender, the IP message to the receiver; wherein the IP message comprises at least one IP sub-message which comprises a multiplex header; wherein the multiplex header comprises a source ID for indicating information of the sender and a first indication for indicating length of the IP sub-message. negotiating, by a sender, a bandwidth saving capability of an IP message with a receiver; bearing, by the sender, data in the IP message; and sending, by the sender, the IP message to the receiver; wherein the IP message comprises at least one IP sub-message which comprises a multiplex header; wherein the multiplex header comprises a source ID for indicating information of the sender and a first indication for indicating length of the IP sub-message.
An antenna system, comprising a first antenna and a second antenna, wherein the first antenna and the second antenna are connected in parallel to an antenna feeding point, and a phase-shift apparatus (31, 40) is connected in series between the first antenna and/or the second antenna and the antenna feeding point, so that an imaginary part of impedance at the antenna feeding point is canceled out near a central frequency channel number, wherein the phase-shift apparatus comprises: a transmission line, an inductor-capacitor LC oscillation circuit, or an integrated phase shifter, the antenna system being further characterized in that an input impedance Z1 of the first antenna and an input impedance Z2 of the second antenna meet that: Z1=R1+JX1, Z2=R2+JX2, and R1 ∗ X2=R2 ∗ X1, where R1 is a real part of the input impedance Z1, X1 is an imaginary part of the input impedance Z1, R2 is a real part of the input impedance Z2, and X2 is an imaginary part of the input impedance Z2.
A cutting assembly for a self-propelled harvesting machine, having a multi-component cutter bar, wherein the cutter bar comprises at least two cutter bar segments (17, 18, 19), wherein an electrical actuator is associated with each cutter bar segment (17, 18, 19), and the cutter bar segments (17, 18, 19) can be actuated in linear oscillation by means of the electrical actuator, characterized in that the cutting assembly has an alternating voltage supply system with at least two phases (27, 28, 29), wherein the alternating voltage supply system is provided and configured to be supplied with phases (27, 28, 29) from an alternating voltage source, wherein each of the phases (27, 28, 29) has a mutually phase-shifted alternating voltage, and at least one of the phases (27, 28, 29) is associated with each electrical actuator.
A curable composition comprising: (a) a cure catalyst derived from a mono-amidine and trifluoroacetic acid; and (b) a fluoropolymer comprising inter-polymerized units derived from a nitrogen containing cure site monomer. (a) a cure catalyst derived from a mono-amidine and trifluoroacetic acid; and (b) a fluoropolymer comprising inter-polymerized units derived from a nitrogen containing cure site monomer.
A composition comprising spermidine and/or a pharmaceutically acceptable salt thereof for use in the prevention and/or alleviation of adverse effects on the glucose and/or insulin homeostasis caused by nicotinamide and/or a pharmaceutically acceptable salt thereof.
A silicon carbide semiconductor device comprising: a silicon carbide layer including a first layer having n type conductivity, a second layer provided on said first layer and having p type conductivity, and a third layer epitaxially formed on said second layer and having n type conductivity, assuming that ND is defined to represent a concentration of a donor type impurity in said silicon carbide layer, NA is defined to represent a concentration of an acceptor type impurity in said silicon carbide layer, and a value of NA/ND increases from 1 to 100 in a region in said second layer, said region is within 0.2 μm from an interface between said second layer and said third layer, said silicon carbide layer being provided with a gate trench extending through said third layer and said second layer to reach said first layer; a gate insulating film covering a side wall of said gate trench; and a gate electrode embedded in said gate trench with said gate insulating film interposed therebetween. a silicon carbide layer including a first layer having n type conductivity, a second layer provided on said first layer and having p type conductivity, and a third layer epitaxially formed on said second layer and having n type conductivity, assuming that ND is defined to represent a concentration of a donor type impurity in said silicon carbide layer, NA is defined to represent a concentration of an acceptor type impurity in said silicon carbide layer, and a value of NA/ND increases from 1 to 100 in a region in said second layer, said region is within 0.2 μm from an interface between said second layer and said third layer, said silicon carbide layer being provided with a gate trench extending through said third layer and said second layer to reach said first layer; a gate insulating film covering a side wall of said gate trench; and a gate electrode embedded in said gate trench with said gate insulating film interposed therebetween.
A system for assistance in a medical procedure, comprising: one or more processors; a memory coupled to the one or more processors and configured to store: a three-dimensional image of a distributed pathway system; and a pathway determination module configured to compute paths in the three-dimensional image; and a shape sensing enabled elongated device configured for insertion into the pathway system and configured to measure a shape of the elongated device in the pathway system; and characterized in that the pathway determination module is further configured to repeatedly compare the measured shape with the paths in the three-dimensional image to determine and indicate whether a given path has been selected relative to a target. one or more processors; a memory coupled to the one or more processors and configured to store: a three-dimensional image of a distributed pathway system; and a pathway determination module configured to compute paths in the three-dimensional image; and a shape sensing enabled elongated device configured for insertion into the pathway system and configured to measure a shape of the elongated device in the pathway system; and characterized in that the pathway determination module is further configured to repeatedly compare the measured shape with the paths in the three-dimensional image to determine and indicate whether a given path has been selected relative to a target. a three-dimensional image of a distributed pathway system; and a pathway determination module configured to compute paths in the three-dimensional image; and a shape sensing enabled elongated device configured for insertion into the pathway system and configured to measure a shape of the elongated device in the pathway system; and characterized in that the pathway determination module is further configured to repeatedly compare the measured shape with the paths in the three-dimensional image to determine and indicate whether a given path has been selected relative to a target.
A computer implemented method for calibrating the depth of an optical fibre in a well, characterized by comprising receiving borehole seismic wave field data acquired based on an optical fibre acoustic wave sensor; determining first arrival time information based on the borehole seismic wave field data; determining a downgoing wave first arrival amplitude based on the first arrival time information and the borehole seismic wave field data; determining an optical fibre amplitude feature point based on the downgoing wave first arrival amplitude; determining a wellhead initial position and a receiving point spacing of the optical fibre in the well based on the optical fibre amplitude feature point and logging curve feature points; and determining depth calibration information of the optical fibre in the well based on the wellhead initial position and the receiving point spacing. method for calibrating the depth of an optical fibre in a well, characterized by comprising receiving borehole seismic wave field data acquired based on an optical fibre acoustic wave sensor; determining first arrival time information based on the borehole seismic wave field data; determining a downgoing wave first arrival amplitude based on the first arrival time information and the borehole seismic wave field data; determining an optical fibre amplitude feature point based on the downgoing wave first arrival amplitude; determining a wellhead initial position and a receiving point spacing of the optical fibre in the well based on the optical fibre amplitude feature point and logging curve feature points; and determining depth calibration information of the optical fibre in the well based on the wellhead initial position and the receiving point spacing.