mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a mobile device during an automated hotspot login process to a wireless network , the method comprising: sending , to a wireless access node , a uniform resource locator, URL, request for a local content URL; receiving , from the wireless access node, a URL response comprising a plurality of local content URLs referring to different local content for presenting at the mobile device, and an indication regarding whether presentation of the local content referred to by the plurality of local content URLs is mandatory; determining whether the mobile device has been authenticated; selecting a local content URL of the plurality of local content URLs in response to the determining; wherein if presentation of the selected local content URL is not mandatory, prompting the user to accept or reject presentation of the local content URL referred to by the selected local content URL; and, wherein if presentation of the selected local content URL is mandatory, or if presentation of the selected local content URL is not mandatory and the user accepts presentation of the selected local content URL, displaying, using an application on the mobile device the local content referred to by the selected local content URL. sending , to a wireless access node , a uniform resource locator, URL, request for a local content URL; receiving , from the wireless access node, a URL response comprising a plurality of local content URLs referring to different local content for presenting at the mobile device, and an indication regarding whether presentation of the local content referred to by the plurality of local content URLs is mandatory; determining whether the mobile device has been authenticated; selecting a local content URL of the plurality of local content URLs in response to the determining; wherein if presentation of the selected local content URL is not mandatory, prompting the user to accept or reject presentation of the local content URL referred to by the selected local content URL; and, wherein if presentation of the selected local content URL is mandatory, or if presentation of the selected local content URL is not mandatory and the user accepts presentation of the selected local content URL, displaying, using an application on the mobile device the local content referred to by the selected local content URL.
A method in a processor with a network-on-chip system including a first router and a second router, the method comprising: receiving, at the first router, a first packet and a first direction associated with the first packet ; forwarding the first packet to an output port of a plurality of output ports of the first router based on the first direction associated with the first packet ; determining a second direction associated with the first packet , the second direction based at least on an address of the first packet; and characterised in that the method further comprises: forwarding the first packet and the second direction through the output port of the first router to a second router , wherein the first direction indicates the output port of the first router and the second direction indicates an output port of a plurality of output ports of the second router. receiving, at the first router, a first packet and a first direction associated with the first packet ; forwarding the first packet to an output port of a plurality of output ports of the first router based on the first direction associated with the first packet ; determining a second direction associated with the first packet , the second direction based at least on an address of the first packet; and characterised in that the method further comprises: forwarding the first packet and the second direction through the output port of the first router to a second router , wherein the first direction indicates the output port of the first router and the second direction indicates an output port of a plurality of output ports of the second router.
A portable device for collecting and processing continuous monitoring data indicative of an analyte in a bodily fluid, comprising - a data interface device , configured to receive a stream of continuous monitoring data from a sensor device provided with a body worn sensor, the continuous monitoring data being indicative of an analyte in a bodily fluid, and - a control device , at least for data exchange, functionally connectable to the data interface device , and configured to - control a configuration mode comprising setting-up configuration parameters for a data collection and processing mode, and - process the continuous monitoring data at least during the data collection and processing mode, wherein the control device is further configured to switch from a first to a second mode of operation after finishing the first mode of operation, the first mode of operation comprising starting the configuration mode in response to receiving a start signal indicating a sensor session start of the body worn sensor, and the second mode of operation comprising the data collection and processing mode, characterized in that the second mode of operation further comprises blocking further start of the configuration mode for a remaining sensor session time after switching to the second mode of operation, thereby implementing a one-time only switching process between the first and the second mode of operation during the sensor session, the sensor session being a life cycle of the sensor starting with connecting the sensor to the portable device for the first time and ending with disconnecting the sensor from the portable device. - a data interface device , configured to receive a stream of continuous monitoring data from a sensor device provided with a body worn sensor, the continuous monitoring data being indicative of an analyte in a bodily fluid, and - a control device , at least for data exchange, functionally connectable to the data interface device , and configured to - control a configuration mode comprising setting-up configuration parameters for a data collection and processing mode, and - process the continuous monitoring data at least during the data collection and processing mode, - control a configuration mode comprising setting-up configuration parameters for a data collection and processing mode, and - process the continuous monitoring data at least during the data collection and processing mode,
A high pressure hydrogen gas tank for storing hydrogen gas of a pressure of 120 MPa or less, said high pressure hydrogen gas tank characterized in that the body and/or liner of said gas tank is made of austenitic high Mn stainless steel comprising, by mass%, C: 0.01 to 0.10%, N: 0.01 to 0.40%, Si: 0.1 to 1%, Cr: 10 to 20%, Mn: 6 to 20%, Cu: 2 to 5%, Ni: 1 to 6%, optionally Mo: 3% or less and a balance of Fe and unavoidable impurities and having an Md30 value being an indicator of an austenite stabilization degree and satisfying the following formula (A): − 120 < Md 30 < 20 , where Md30(°C): 551-462(C+N)-9.2Si-8.1Mn-13.7Cr-29(Ni+Cu)-18.2Mo.
A PSD-95 inhibitor for use in treating a damaging effect of ischemia on the central nervous system in a subject having or at risk of ischemia wherein reperfusion therapy is performed on the subject, and the PSD-95 inhibitor and reperfusion therapy treat a damaging effect of the ischemia on the central nervous system of the subject and wherein the reperfusion therapy comprises administration of a thrombolytic agent, wherein the PSD-95 inhibitor comprises a peptide comprising SEQ ID NO:38 at the C-terminus, or comprises SEQ ID NO:68, wherein the peptide is linked to an internalization peptide or is lipidated, thereby increasing passage of the peptide across a membrane or the blood brain barrier.
A method of preserving pollen from the Poaeceae (Gramineae) family of plants comprising: (a) collecting fresh Poaeceae (Gramineae) pollen; and (b) subjecting said fresh pollen to field conditioning conditions for a period of time suitable to enhance pollen viability, including: (i) relative humidity ranging from about 50% to about 100%; (ii) temperature ranging from about -10°C to about 10°C; and (iii) air pressure ranging from about 15 kPa to about 150 kPa; and thereby to produce field conditioned pollen with enhanced pollen viability; and (c) subjecting the field conditioned pollen to a preservation step. (a) collecting fresh Poaeceae (Gramineae) pollen; and (b) subjecting said fresh pollen to field conditioning conditions for a period of time suitable to enhance pollen viability, including: (i) relative humidity ranging from about 50% to about 100%; (ii) temperature ranging from about -10°C to about 10°C; and (iii) air pressure ranging from about 15 kPa to about 150 kPa; and thereby to produce field conditioned pollen with enhanced pollen viability; and (i) relative humidity ranging from about 50% to about 100%; (ii) temperature ranging from about -10°C to about 10°C; and (iii) air pressure ranging from about 15 kPa to about 150 kPa; and (c) subjecting the field conditioned pollen to a preservation step.
A jaw set comprising: a first jaw pivotally coupled to a second jaw at a pivot axis by a pivot pin extending through the first jaw and the second jaw at the position of the pivotal connection characterized in that the jaw set further comprises at least one removable pin stub , the removable pin stub comprising: a flange portion having a first side and a second side , the flange portion having at least one through opening extending from the first side to the second side ; and a stub portion extending from the first side of the flange portion , the removable pin stub being fastened to the first jaw or the second jaw such that the stub portion protrudes from an outer surface of the jaw set , wherein the removable pin stub is positioned at the pivot axis . a first jaw pivotally coupled to a second jaw at a pivot axis by a pivot pin extending through the first jaw and the second jaw at the position of the pivotal connection characterized in that the jaw set further comprises at least one removable pin stub , the removable pin stub comprising: a flange portion having a first side and a second side , the flange portion having at least one through opening extending from the first side to the second side ; and a stub portion extending from the first side of the flange portion , the removable pin stub being fastened to the first jaw or the second jaw such that the stub portion protrudes from an outer surface of the jaw set , wherein the removable pin stub is positioned at the pivot axis . a flange portion having a first side and a second side , the flange portion having at least one through opening extending from the first side to the second side ; and a stub portion extending from the first side of the flange portion , the removable pin stub being fastened to the first jaw or the second jaw such that the stub portion protrudes from an outer surface of the jaw set , wherein the removable pin stub is positioned at the pivot axis .
An information configuration method, comprising: reporting, by a first terminal, first capability information comprising a capability value indicating that the first terminal supports all of 1T1R, 1T2R, and 2T4R type antenna switching; receiving , by the first terminal, first configuration information which is configured by a network device according to the first capability information, wherein the first configuration information is used to determine at least one Sounding Reference Signal, SRS, resource set, each SRS resource set in the at least one SRS resource set comprises at least one SRS resource, and each SRS resource in the at least one SRS resource has N SRS ports; wherein N=1, each SRS resource set comprises two SRS resources, and each SRS resource in each SRS resource set has one SRS port; or, each SRS resource set comprises one SRS resource, and each SRS resource in each SRS resource set has one SRS port; sending, by the first terminal, an SRS signal based on the first configuration information. reporting, by a first terminal, first capability information comprising a capability value indicating that the first terminal supports all of 1T1R, 1T2R, and 2T4R type antenna switching; receiving , by the first terminal, first configuration information which is configured by a network device according to the first capability information, wherein the first configuration information is used to determine at least one Sounding Reference Signal, SRS, resource set, each SRS resource set in the at least one SRS resource set comprises at least one SRS resource, and each SRS resource in the at least one SRS resource has N SRS ports; wherein N=1, each SRS resource set comprises two SRS resources, and each SRS resource in each SRS resource set has one SRS port; or, each SRS resource set comprises one SRS resource, and each SRS resource in each SRS resource set has one SRS port; sending, by the first terminal, an SRS signal based on the first configuration information.
A method of printing into leather comprising the steps of: - applying a base coat of ink acceptor on a surface of leather; - placing ink in a selected position on the ink acceptor base coat, wherein the placing of ink is performed by inkjet technology; - coating the ink with a layer of additive; characterized in that the method further comprises: - heating the ink acceptor base coat, the ink and the additive causing them to soften and penetrate the surface of the leather, filling the pores through capillary action, whereby the ink is trapped in the ink acceptor and additive and bonded into the leather. - applying a base coat of ink acceptor on a surface of leather; - placing ink in a selected position on the ink acceptor base coat, wherein the placing of ink is performed by inkjet technology; - coating the ink with a layer of additive; - heating the ink acceptor base coat, the ink and the additive causing them to soften and penetrate the surface of the leather, filling the pores through capillary action, whereby the ink is trapped in the ink acceptor and additive and bonded into the leather.
Hose coupling for a hydrant, wherein the hose coupling comprises a backflow preventer installed in an inner conduit of the hose coupling , wherein the backflow preventer contains a non-return device comprising a closing body , a seal seat and a resetting device , wherein the resetting device is adapted to resiliently pretension the closing body into sealing engagement against the seal seat , wherein the closing body comprises two pivotally articulated substantially semicircular sealing plates which are resiliently pretensioned by the resetting device in such a way that the sealing plates can be applied at least in sections in a sealing manner against the sealing seat , wherein the resetting device comprises a torsion spring having two legs, wherein the two legs resiliently pretension each of the two sealing plates into sealing engagement against the seal seat .
A boring bar (BF) provided with a wall (P), an internal recess (LI) and a longitudinal axis (Z), characterized in that said boring bar (BF) comprises, in its internal recess (LI): - a first electrodynamic actuator comprising coil windings surrounding a moving mass provided with at least one permanent magnet as well as, on either side of the moving mass, at least one spring mounted on the moving mass, the assembly being arranged to define a first direction of actuation (X) perpendicular to the longitudinal axis (Z) of the boring bar; - a second electrodynamic actuator provided with coil windings surrounding a moving mass provided with at least one permanent magnet as well as, on either side of the moving mass, at least one spring mounted on the moving mass, the assembly being arranged so as to define a second direction of actuation (Y) which is both perpendicular to the first direction of actuation (X) and to the longitudinal axis (Z) of the boring bar. - a first electrodynamic actuator comprising coil windings surrounding a moving mass provided with at least one permanent magnet as well as, on either side of the moving mass, at least one spring mounted on the moving mass, the assembly being arranged to define a first direction of actuation (X) perpendicular to the longitudinal axis (Z) of the boring bar; - a second electrodynamic actuator provided with coil windings surrounding a moving mass provided with at least one permanent magnet as well as, on either side of the moving mass, at least one spring mounted on the moving mass, the assembly being arranged so as to define a second direction of actuation (Y) which is both perpendicular to the first direction of actuation (X) and to the longitudinal axis (Z) of the boring bar.
A rack positioning system for positioning a consumable rack (10, 10', 10") in an automated in vitro diagnostic system , the rack positioning system comprising: - a consumable rack (10, 10', 10") comprising an upper surface , the upper surface comprising a plurality of consumable holding positions , - a rack receiving compartment comprising a fixedly mounted chassis of substantially rectangular shape, comprising a front side , a rear side and two lateral sides , the rack receiving compartment further comprising a rack holding structure movably coupled to the chassis such as to be movable between at least a first position (X) and a second position (X-Δ) relative to the chassis , wherein the consumable rack (10, 10', 10") has a substantially squared shape with the upper surface having a substantially squared shape and a center , the consumable rack (10, 10', 10") further comprising sidewalls on respective sides of the rack (10, 10', 10"), characterized in that at least three rack sidewalls each comprise a rack alignment element substantially aligned with the center of the upper surface and therefore centrally located with respect to the respective sidewalls , wherein the chassis comprises three chassis alignment elements , each arranged at a fixed position of the rear side and each of the two lateral sides respectively, and wherein the consumable rack holding structure comprises a rack push element arranged at a corner between the chassis front side and a chassis lateral side such as to push against a side edge of the rack (10, 10', 10") between two rack sidewalls when the rack holding structure is moved from the first position (X) towards the second position (X-Δ), thereby forcing each of three rack alignment elements against a respective chassis alignment element and laterally holding the consumable rack (10, 10', 10") in a fixed position delimited by the three chassis alignment elements . - a consumable rack (10, 10', 10") comprising an upper surface , the upper surface comprising a plurality of consumable holding positions , - a rack receiving compartment comprising a fixedly mounted chassis of substantially rectangular shape, comprising a front side , a rear side and two lateral sides , the rack receiving compartment further comprising a rack holding structure movably coupled to the chassis such as to be movable between at least a first position (X) and a second position (X-Δ) relative to the chassis ,
A display device, comprising: a substrate which includes an active area (AA) including a plurality of sub pixels and a non-active (NA) including a gate driver, the substrate formed of one of a transparent conducting oxide layer and an oxide semiconductor layer and including a plurality of substrate patterns ; a film member disposed below the substrate ; an insulating layer (IN) disposed on the substrate ; and an airgap (H2) disposed between the insulating layer (IN) and the film member; further comprises a plurality of first wiring lines (L1) disposed on a plurality of substrate patterns of the substrate in the non-active area (NA), and a plurality of second wiring lines (L2) disposed on the plurality of substrate patterns in the non-active area (NA); wherein in the non-active area (NA), the plurality of substrate patterns are disposed in an area overlapping the first wiring lines (L1) or the second wiring lines (L2), and the air gap (H2) is disposed in a remaining area. a substrate which includes an active area (AA) including a plurality of sub pixels and a non-active (NA) including a gate driver, the substrate formed of one of a transparent conducting oxide layer and an oxide semiconductor layer and including a plurality of substrate patterns ; a film member disposed below the substrate ; an insulating layer (IN) disposed on the substrate ; and an airgap (H2) disposed between the insulating layer (IN) and the film member; further comprises a plurality of first wiring lines (L1) disposed on a plurality of substrate patterns of the substrate in the non-active area (NA), and a plurality of second wiring lines (L2) disposed on the plurality of substrate patterns in the non-active area (NA); wherein in the non-active area (NA), the plurality of substrate patterns are disposed in an area overlapping the first wiring lines (L1) or the second wiring lines (L2), and the air gap (H2) is disposed in a remaining area.
A method for optically scanning a field, comprising: producing electromagnetic radiation; and using an optical scanning system to visit points in a field along a scanning path , using at least one scanning element , the field being illuminated by the electromagnetic radiation, the field having an area having a first span with respect to a first axis, and a second span with respect to a second axis, the scanning path including consecutive passes , the passes corresponding to time-shifted instances of a same scan pattern, the scan pattern associated with an individual pass including repeated sweeps back and forth across the first span at a first rate, and movement across the second span at a second rate, the first rate being greater than the second rate, and the plural passes visiting different sets of points within the field , to provide different respective sparse traversals of the field captured at different times, characterised by the method further comprising: determining presence of motion affecting the optical scanning system ; and in response to said determining, dynamically adjusting at least one operational parameter of the optical scanning system such that the plural passes, taken together, evenly distribute motion artifacts over the field upon occurrence of motion. producing electromagnetic radiation; and using an optical scanning system to visit points in a field along a scanning path , using at least one scanning element , the field being illuminated by the electromagnetic radiation, the field having an area having a first span with respect to a first axis, and a second span with respect to a second axis, the scanning path including consecutive passes , the passes corresponding to time-shifted instances of a same scan pattern, the scan pattern associated with an individual pass including repeated sweeps back and forth across the first span at a first rate, and movement across the second span at a second rate, the first rate being greater than the second rate, and the plural passes visiting different sets of points within the field , to provide different respective sparse traversals of the field captured at different times, characterised by the method further comprising: determining presence of motion affecting the optical scanning system ; and in response to said determining, dynamically adjusting at least one operational parameter of the optical scanning system such that the plural passes, taken together, evenly distribute motion artifacts over the field upon occurrence of motion. determining presence of motion affecting the optical scanning system ; and in response to said determining, dynamically adjusting at least one operational parameter of the optical scanning system such that the plural passes, taken together, evenly distribute motion artifacts over the field upon occurrence of motion.