mhurhangee/patent-ind-claim-en huggingface dataset:
A handover method in satellite communications that uses a satellite constellation in a non-geosynchronous satellite orbit -based communications system, comprising: obtaining , by a terminal device, ephemeris information of first satellite base stations, wherein the first satellite base stations are satellite base stations that cover the terminal device; wherein the ephemeris information includes an angle of inclination of an orbital plane of the satellite, a right ascension of an ascending node, a semi-major axis of an orbital ellipse, an eccentricity of the orbital ellipse, an angular distance of a perigee, a moment at which the satellite passes the perigee; determining , by the terminal device based on the ephemeris information, a destination satellite base station to which the terminal device needs to hand over; determining , by the terminal device based on the determined destination satellite base station, a first time at which the terminal device is to hand over to the destination satellite base station; and handing over , by the terminal device based on the determined first time, to a destination cell served by the destination satellite base station. obtaining , by a terminal device, ephemeris information of first satellite base stations, wherein the first satellite base stations are satellite base stations that cover the terminal device; wherein the ephemeris information includes an angle of inclination of an orbital plane of the satellite, a right ascension of an ascending node, a semi-major axis of an orbital ellipse, an eccentricity of the orbital ellipse, an angular distance of a perigee, a moment at which the satellite passes the perigee; determining , by the terminal device based on the ephemeris information, a destination satellite base station to which the terminal device needs to hand over; determining , by the terminal device based on the determined destination satellite base station, a first time at which the terminal device is to hand over to the destination satellite base station; and handing over , by the terminal device based on the determined first time, to a destination cell served by the destination satellite base station.
An apparatus comprising: a flexible shaft comprising: a first lumen configured to receive an imaging tool; and a second lumen; an end cap attached to a distal end of the flexible shaft, the end cap comprising: a first lumen configured to receive the imaging tool; an exit port located at a proximal end of the end cap, the exit port configured to receive a medical device from the second lumen of the flexible shaft when the end cap is attached to the flexible shaft; characterized in that the end cap comprises a first slot ; and a second slot ; wherein the first slot and the second slot are located longitudinally on an outer surface of the end cap at the distal section of the end cap; and a first ultrasound reflecting material is disposed in the first slot; and a second ultrasound reflecting material is disposed in the second slot. a flexible shaft comprising: a first lumen configured to receive an imaging tool; and a second lumen; a first lumen configured to receive an imaging tool; and a second lumen; an end cap attached to a distal end of the flexible shaft, the end cap comprising: a first lumen configured to receive the imaging tool; an exit port located at a proximal end of the end cap, the exit port configured to receive a medical device from the second lumen of the flexible shaft when the end cap is attached to the flexible shaft; characterized in that the end cap comprises a first slot ; and a second slot ; wherein the first slot and the second slot are located longitudinally on an outer surface of the end cap at the distal section of the end cap; and a first ultrasound reflecting material is disposed in the first slot; and a first lumen configured to receive the imaging tool; an exit port located at a proximal end of the end cap, the exit port configured to receive a medical device from the second lumen of the flexible shaft when the end cap is attached to the flexible shaft; characterized in that the end cap comprises a first slot ; and a second slot ; wherein the first slot and the second slot are located longitudinally on an outer surface of the end cap at the distal section of the end cap; and a first ultrasound reflecting material is disposed in the first slot; and a first slot ; and a second slot ; wherein the first slot and the second slot are located longitudinally on an outer surface of the end cap at the distal section of the end cap; and a first ultrasound reflecting material is disposed in the first slot; and a second ultrasound reflecting material is disposed in the second slot.
A disinfection system for a continuous positive air pressure (CPAP) device , said CPAP device comprising a water reservoir tank , a hose , and a mask connected to the water reservoir tank by the hose , characterized in that the disinfection system comprises: an ozone device comprising an ozone compartment and a mask compartment , the ozone compartment comprising an ozone operating system configured to pull in ambient air into an air pump to create ozone; an ozone distribution line connected to the ozone device ; and a CPAP connector unit connected to the ozone distribution line , the CPAP connector unit further configured to connect to the water reservoir tank to provide ozone into the water reservoir tank and to the hose to provide ozone into the hose , wherein the hose is configured to carry the ozone into the mask compartment an ozone device comprising an ozone compartment and a mask compartment , the ozone compartment comprising an ozone operating system configured to pull in ambient air into an air pump to create ozone; an ozone distribution line connected to the ozone device ; and a CPAP connector unit connected to the ozone distribution line , the CPAP connector unit further configured to connect to the water reservoir tank to provide ozone into the water reservoir tank and to the hose to provide ozone into the hose , wherein the hose is configured to carry the ozone into the mask compartment
A method of preventing or combating Mycosphaerella fijiensis fungal infection in a plant or plant material, which method comprises applying Trichoderma atroviride SC 1 to the plant, plant material, or the locus of the plant.
A method of making a reconstituted tobacco sheet, comprising: preparing a dispersion of tobacco stems or stalks in a liquid, the dispersion having a consistency of at least about 15 percent by weight; refining the tobacco stems or stalks in the dispersion to obtain a pulp suspension having a freeness (drainability) of at least about 30 degrees Schopper-Riegler and comprising tobacco stem or stalk refined fibres having a length of at least about 300 micrometres dispersed in the liquid, wherein the Schopper-Riegler index is determined as defined by the 2014 publication of ISO 5267-1; combining the pulp suspension with tobacco cast leaf material to obtain a slurry; and forming a sheet from the slurry; wherein the reconstituted tobacco sheet has a tensile strength of at least about 25 kilogram force per meter (about 245 Newtons per meter) determined as defined by the 2014 publication of ISO 1924/2. preparing a dispersion of tobacco stems or stalks in a liquid, the dispersion having a consistency of at least about 15 percent by weight; refining the tobacco stems or stalks in the dispersion to obtain a pulp suspension having a freeness (drainability) of at least about 30 degrees Schopper-Riegler and comprising tobacco stem or stalk refined fibres having a length of at least about 300 micrometres dispersed in the liquid, wherein the Schopper-Riegler index is determined as defined by the 2014 publication of ISO 5267-1; combining the pulp suspension with tobacco cast leaf material to obtain a slurry; and forming a sheet from the slurry; wherein the reconstituted tobacco sheet has a tensile strength of at least about 25 kilogram force per meter (about 245 Newtons per meter) determined as defined by the 2014 publication of ISO 1924/2.
A surgical adaptor comprising: at least one implant support including a first implant support that is engageable with a receiver of a first fastener having a shaft fixed with vertebral tissue, the first implant support including a first longitudinal member and a second longitudinal member that are relatively rotatable to capture the first fastener ; and at least one adaptor including a first adaptor extending longitudinally along and being engageable with the first implant support , the longitudinal members and the first adaptor being connected via a hinge disposed adjacent a connection with the receiver , the first adaptor being rotatable relative to the first implant support to connect the first implant support with a surgical instrument to manipulate the vertebral tissue. at least one implant support including a first implant support that is engageable with a receiver of a first fastener having a shaft fixed with vertebral tissue, the first implant support including a first longitudinal member and a second longitudinal member that are relatively rotatable to capture the first fastener ; and at least one adaptor including a first adaptor extending longitudinally along and being engageable with the first implant support , the longitudinal members and the first adaptor being connected via a hinge disposed adjacent a connection with the receiver , the first adaptor being rotatable relative to the first implant support to connect the first implant support with a surgical instrument to manipulate the vertebral tissue.
A compound selected from any one of the following formulae: or a pharmaceutically acceptable salt thereof.
A suspension system comprising: a knuckle that rotatably supports a wheel end assembly and includes: a first platform that supports a first air spring and has a toe link mount , wherein the toe link mount extends above a top side of the first platform and below a bottom side of the first platform that is disposed opposite the top side ; and a second platform that supports a second air spring and has a stabilizer bar mount . a first platform that supports a first air spring and has a toe link mount , wherein the toe link mount extends above a top side of the first platform and below a bottom side of the first platform that is disposed opposite the top side ; and a second platform that supports a second air spring and has a stabilizer bar mount .
Container made from plastics material, which is manufactured using the blow moulding, filling and sealing (Blow-Fill-Seal) method and where the filling of said container, which is enclosed by a container wall , is autoclavable, at least one shaping means being provided in the container wall , said shaping means ensuring, despite a high filling level, that the container collapses so as to reduce its volume when the filling material is delivered by infusion without container ventilation, said container being rectangular in terms of its basic design and comprising wall parts protruding as shaping means on two opposite container wall sides , said wall parts being inclined conically towards one another in pairs to enclose a cone angle (ifa) of less than 120°, the side shoulder face sloping obliquely downwards as a further shaping means in the form of a wall triangle in the direction of the protruding wall parts defining the cone angle (ifa) from both end faces of said container and each container wall side to which it can be assigned, characterised in that a gently sloping depression is formed on its opposite container wall sides as a further shaping means, said depression running in a centre line along the longitudinal axis, ending at a distance from the base and dividing into two end lines at this point in the direction of the adjacent end faces , said end lines together enclosing an angle of attack (Awi) of 60°-130° at the point of transition to the centre line
Central gateway controller for managing data that are transmitted via an on-board electrical system, comprising: at least one central communication server, ZKS, comprising: ― at least one central information store, ZIA, for the central storage of data that are transmitted via the on-board electrical system, ― at least one communication module for transmitting data between the ZIA and at least one bus system belonging to the on-board electrical system; characterized in that the gateway controller is configured to store the data transmitted via the communication module and converted into a uniform data format in the ZIA , wherein the data stored in the uniform data format in the ZIA and useful data present therein are able to be accessed actively and/or the useful data present in the data are able to be processed. at least one central communication server, ZKS, comprising: ― at least one central information store, ZIA, for the central storage of data that are transmitted via the on-board electrical system, ― at least one communication module for transmitting data between the ZIA and at least one bus system belonging to the on-board electrical system; ― at least one central information store, ZIA, for the central storage of data that are transmitted via the on-board electrical system, ― at least one communication module for transmitting data between the ZIA and at least one bus system belonging to the on-board electrical system; characterized in that the gateway controller is configured to store the data transmitted via the communication module and converted into a uniform data format in the ZIA , wherein the data stored in the uniform data format in the ZIA and useful data present therein are able to be accessed actively and/or the useful data present in the data are able to be processed.
A method comprising: forming a first layer of build material to be processed in object generation; selectively applying at least one print agent on to the first layer based on a print instruction for the first layer; applying energy to the first layer to cause fusion in at least a region thereof; measuring at least one temperature associated with a thermal contribution of the first layer to a subsequent layer of build material to be processed in object generation; determining, using at least one processor , if a temperature condition indicative of a departure from an anticipated thermal contribution of the first layer to a region of subsequent layer exists; and, if so, determining, using at least one processor , a print instruction for applying print agent to the region of the subsequent layer based on the temperature condition by modifying a predetermined print instruction for applying print agent to the subsequent layer. forming a first layer of build material to be processed in object generation; selectively applying at least one print agent on to the first layer based on a print instruction for the first layer; applying energy to the first layer to cause fusion in at least a region thereof; measuring at least one temperature associated with a thermal contribution of the first layer to a subsequent layer of build material to be processed in object generation; determining, using at least one processor , if a temperature condition indicative of a departure from an anticipated thermal contribution of the first layer to a region of subsequent layer exists; and, if so, determining, using at least one processor , a print instruction for applying print agent to the region of the subsequent layer based on the temperature condition by modifying a predetermined print instruction for applying print agent to the subsequent layer.
A method of manufacturing an AIMgSc-series aluminium alloy product, the method comprising the step of cooling said AIMgSc-series aluminium alloy product from a final annealing temperature to below 150°C, wherein the cooling in a first temperature range of 250°C to 200°C is at an equivalent time of more than 4 hours, and wherein the cooling in a second temperature range from 200°C to 150°C is at an equivalent time of more than 0.2 hours, and wherein the equivalent time (t( eq )) is defined as t eq = ∫ exp − 16000 / T dt exp − 16000 / T ref wherein T (in degrees Kelvin) indicates the temperature of the heat treatment, which changes over the time t (in hours) and T ref (in degrees Kelvin) is the reference temperature selected at 473K (200°C).
A bicycle grip element comprising: a mounting element for being mounted on a racing bicycle break lever holder , and a wrist rest element connected to the mounting element for supporting a wrist in a mounted state, wherein the wrist rest element is arranged relative to the driving direction on a racing bicycle hood on the respective inner side, and wherein an upper side of the wrist rest element is adapted, in a mounted state, substantially horizontal or, in driving direction , slightly inclining, and comprises a depression substantially disposed in longitudinal direction and an edge increase facing the mounting element , characterized in that the mounting element is connected to and particularly integrally formed with the racing bicycle hood. a mounting element for being mounted on a racing bicycle break lever holder , and a wrist rest element connected to the mounting element for supporting a wrist in a mounted state, wherein the wrist rest element is arranged relative to the driving direction on a racing bicycle hood on the respective inner side, and wherein an upper side of the wrist rest element is adapted, in a mounted state, substantially horizontal or, in driving direction , slightly inclining, and comprises a depression substantially disposed in longitudinal direction and an edge increase facing the mounting element , characterized in that the mounting element is connected to and particularly integrally formed with the racing bicycle hood.
A process for making a printed circuit assembly, comprising: - forming at least one conductive track each on an upper surface and on a lower surface of a substrate , - forming a pad (304; 316) each along an edge of the planar upper surface and on the lower surface of the substrate and at an end of the at least one conductive track, which serves as a circuit connection point and a physical connection point between the substrate and a main board , such that at least two vias are positioned within the pads at a short distance away from the edge of the substrate in a manner that the vias remain intact along a cutting surface , wherein no metal is exposed along the edge of the substrate , - mounting the substrate onto the main board , wherein the pad on the lower surface of the substrate is disposed above a solder pad of the main board , such that the solder pad is arranged beneath the at least two vias and is viewable through the vias , and - visually inspecting a solder flow beneath the pad on the lower surface of the substrate by looking through at least one of the vias . - forming at least one conductive track each on an upper surface and on a lower surface of a substrate , - forming a pad (304; 316) each along an edge of the planar upper surface and on the lower surface of the substrate and at an end of the at least one conductive track, which serves as a circuit connection point and a physical connection point between the substrate and a main board , such that at least two vias are positioned within the pads at a short distance away from the edge of the substrate in a manner that the vias remain intact along a cutting surface , wherein no metal is exposed along the edge of the substrate , - mounting the substrate onto the main board , wherein the pad on the lower surface of the substrate is disposed above a solder pad of the main board , such that the solder pad is arranged beneath the at least two vias and is viewable through the vias , and - visually inspecting a solder flow beneath the pad on the lower surface of the substrate by looking through at least one of the vias .
A method by a wireless device for determining a maximum output power, the method comprising: Obtaining , by the wireless device , a first time resource for transmitting a first signal in a first cell on a first carrier; Obtaining , by the wireless device , a second time resource for transmitting a second signal in a second cell on a second carrier; determining a reference time based on at least one of the first time resource and the second time resource, wherein the reference time is determined as a function of a length of at least one of the first time resource and the second time resource, determining a maximum output power based on the reference time; based on the determined maximum output power, transmitting the first signal in the first cell and the second signal in the second cell. Obtaining , by the wireless device , a first time resource for transmitting a first signal in a first cell on a first carrier; Obtaining , by the wireless device , a second time resource for transmitting a second signal in a second cell on a second carrier; determining a reference time based on at least one of the first time resource and the second time resource, wherein the reference time is determined as a function of a length of at least one of the first time resource and the second time resource, determining a maximum output power based on the reference time; based on the determined maximum output power, transmitting the first signal in the first cell and the second signal in the second cell.
An antibody that binds to HEG1 protein having glycosylation obtained from mesothelioma, or an antigen-binding fragment thereof, wherein HEG1 protein has the amino acid sequence selected from SEQ ID NOs: 30, 31, 33, 35, and 37.
An autonomous mobile robot control system, comprising: a robot having a robot body ; a plurality of sensors physically associated with the robot body , and capable of detecting a hazardous condition in an operational environment; at least one processing system at least partially physically associated with the robot body and communicatively connected to the plurality of sensors , the at least one processing system including non-transitory computing code which, when executed by a processor of the at least one processing system , causes to occur the steps of: mapping a navigation path for the robot to traverse; detecting the hazardous condition along the navigation path based on output from the plurality of sensors ; and instructing at least one action to be performed by the robot , said at least one action being different than following the navigation path , wherein the at least one action at least partially addresses the hazardous condition, characterized in that the at least one action comprises returning to a site (X) of the hazardous condition. a robot having a robot body ; a plurality of sensors physically associated with the robot body , and capable of detecting a hazardous condition in an operational environment; at least one processing system at least partially physically associated with the robot body and communicatively connected to the plurality of sensors , the at least one processing system including non-transitory computing code which, when executed by a processor of the at least one processing system , causes to occur the steps of: mapping a navigation path for the robot to traverse; detecting the hazardous condition along the navigation path based on output from the plurality of sensors ; and instructing at least one action to be performed by the robot , said at least one action being different than following the navigation path , wherein the at least one action at least partially addresses the hazardous condition, mapping a navigation path for the robot to traverse; detecting the hazardous condition along the navigation path based on output from the plurality of sensors ; and instructing at least one action to be performed by the robot , said at least one action being different than following the navigation path , wherein the at least one action at least partially addresses the hazardous condition, characterized in that the at least one action comprises returning to a site (X) of the hazardous condition.