mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a first router (12C, 12F) in a network, a first advertisement originated by a second router (12A, 12B, 12E) in a first Interior Gateway Protocol level of the network, wherein the first advertisement specifies a first prefix and a segment identifier; receiving, by the first router, a second advertisement originated by a third router (12D, 12G, 12H) in a second IGP level of the network, wherein the second advertisement specifies a second prefix and the SID; based on the first advertisement and the second advertisement specifying the same SID and based on the first IGP level having less visibility than the second IGP level: selecting, by the first router, the SID to be associated with a route to the first prefix instead of the SID being associated with a route to the second prefix; and generating, by the first router, data associating the SID with the route to the first prefix; and installing, by the first router, the route to the first prefix as an active route. receiving, by a first router (12C, 12F) in a network, a first advertisement originated by a second router (12A, 12B, 12E) in a first Interior Gateway Protocol level of the network, wherein the first advertisement specifies a first prefix and a segment identifier; receiving, by the first router, a second advertisement originated by a third router (12D, 12G, 12H) in a second IGP level of the network, wherein the second advertisement specifies a second prefix and the SID; based on the first advertisement and the second advertisement specifying the same SID and based on the first IGP level having less visibility than the second IGP level: selecting, by the first router, the SID to be associated with a route to the first prefix instead of the SID being associated with a route to the second prefix; and generating, by the first router, data associating the SID with the route to the first prefix; and selecting, by the first router, the SID to be associated with a route to the first prefix instead of the SID being associated with a route to the second prefix; and generating, by the first router, data associating the SID with the route to the first prefix; and installing, by the first router, the route to the first prefix as an active route.
A screen capturing method, comprising: running (S201, S301) a target application, and displaying a first interface of the target application; receiving (S202, S302) a screen capturing instruction input by a user; adjusting, by the target application, the first interface according to the screen capturing instruction to obtain a second interface, wherein the first interface is different from the second interface; displaying the second interface; detecting a target information area selected by the user in the second interface; modifying the second interface according to the selected target information area to obtain a third interface; and generating (S204, S304) a picture that comprises at least the third interface. running (S201, S301) a target application, and displaying a first interface of the target application; receiving (S202, S302) a screen capturing instruction input by a user; adjusting, by the target application, the first interface according to the screen capturing instruction to obtain a second interface, wherein the first interface is different from the second interface; displaying the second interface; detecting a target information area selected by the user in the second interface; modifying the second interface according to the selected target information area to obtain a third interface; and generating (S204, S304) a picture that comprises at least the third interface.
A chromatography system comprising plural components (12-18; 810; 910) fluidically interconnectable by fluid tubing, said components comprising one or more ports, each port comprising a spigot (20; 280; 923;923') and a releasable coupling (100, 105, 300); wherein each port is accessible via said spigot (20; 280; 923, 923') for receiving a respective end of the fluid tubing, wherein the spigot is provided with an open end having a sealing ridge (22; 282) in close proximity to the open end, and the sealing ridge (22; 282) can create a direct seal between the tubing inner wall and the sealing ridge, wherein the first end of the fluid tubing is sealable around the spigot by said releasable coupling (100, 105, 300) external to the tubing end, the releasable coupling (100, 105, 300) comprising a cylindrical inner component in the form of a collet for accepting the fluid tubing and a cylindrical locking collar element having an internal through-aperture for slidably accepting the cylindrical inner component in the form of a collet, the releasable coupling having a releasable clamping action actuatable by sliding motion of the collar element (130, 230, 230', 330, 430) of the releasable coupling (100, 105, 300) along the end of the fluid tubing.
An agent for use in a method for treating cancer in an individual with a KRAS-mutated cancer, the method comprising administering to the individual a therapeutically-effective amount of the agent, wherein the agent is a compound that prevents or inhibits TRAIL from binding to TRAIL-R2 or disrupts a TRAIL/TRAIL-R2 complex resulting from such binding, wherein the agent is a compound selected from the list consisting of: (i) an antibody or fragment thereof that binds specifically to TRAIL-R2, neutralising its activity (ii) an antibody or fragment thereof that binds to and neutralises TRAIL; (iii) a fusion protein comprising an extracellular domain of a TRAIL-R2, or a portion thereof, fused to a human antibody Fc domain, or a portion thereof, with or without the antibody hinge region, or a portion thereof, that binds to and neutralises TRAIL. (i) an antibody or fragment thereof that binds specifically to TRAIL-R2, neutralising its activity (ii) an antibody or fragment thereof that binds to and neutralises TRAIL; (iii) a fusion protein comprising an extracellular domain of a TRAIL-R2, or a portion thereof, fused to a human antibody Fc domain, or a portion thereof, with or without the antibody hinge region, or a portion thereof, that binds to and neutralises TRAIL.
A method for forming networks of perfusable microvessels in vitro comprising the steps of: casting a matrix around a mandrel in a chamber of a culture perfusion device; removing the mandrel to create a channel within the matrix, wherein the mandrel is removed by extraction or by decomposing; seeding endothelial cells into at least one channel within the matrix; activating the competency of the endothelial cells for sprouting as microvessels from parent vessels, wherein the competency for sprouting is triggered by the density of seeding; perfusing the at least one channel with at least one perfusate medium to allow the cells to form at least one parent vessel; incubating and perfusing the at least one parent vessel with at least one perfusate medium to maintain viability and provide for sprouting of microvessels from the at least one parent vessel into the surrounding matrix; and growing the sprouting microvessels until the microvessels have formed networks. casting a matrix around a mandrel in a chamber of a culture perfusion device; removing the mandrel to create a channel within the matrix, wherein the mandrel is removed by extraction or by decomposing; seeding endothelial cells into at least one channel within the matrix; activating the competency of the endothelial cells for sprouting as microvessels from parent vessels, wherein the competency for sprouting is triggered by the density of seeding; perfusing the at least one channel with at least one perfusate medium to allow the cells to form at least one parent vessel; incubating and perfusing the at least one parent vessel with at least one perfusate medium to maintain viability and provide for sprouting of microvessels from the at least one parent vessel into the surrounding matrix; and growing the sprouting microvessels until the microvessels have formed networks.
Method of producing a component of a patient interface, comprising the following steps: a) providing a molding tool having a first mold part and a second mold part which are adapted to define a first mold cavity there between; b) providing, preferably injecting, a first material into the first cavity in order to provide a first part of the component; c) removing the first part from the first cavity; d) providing a third mold and a fourth mold part adapted to define a second mold cavity between them; e) inserting the first part into the second cavity; f) providing a second foamed material into the second mold cavity in order to provide a foamed second part integral with the first part, wherein the third mold part and/or a fourth mold part are provided having at least one pressure rim structure (11; 11a, 11b) and wherein the pressure rim structure(s) is/are sealingly pressed against the first part for defining a merging surface (5; 5a, 5b) on the first part and for sealingly defining the second cavity and/or wherein the first mold part and/or a second mold part are provided having at least one negative pressure rim structure and wherein the molded first part comprises at least one pressure rim structure (11; 11a, 11b) molded by the negative pressure rim structure(s) of the first and/or second part. a) providing a molding tool having a first mold part and a second mold part which are adapted to define a first mold cavity there between; b) providing, preferably injecting, a first material into the first cavity in order to provide a first part of the component; c) removing the first part from the first cavity; d) providing a third mold and a fourth mold part adapted to define a second mold cavity between them; e) inserting the first part into the second cavity; f) providing a second foamed material into the second mold cavity in order to provide a foamed second part integral with the first part, wherein the third mold part and/or a fourth mold part are provided having at least one pressure rim structure (11; 11a, 11b) and wherein the pressure rim structure(s) is/are sealingly pressed against the first part for defining a merging surface (5; 5a, 5b) on the first part and for sealingly defining the second cavity and/or wherein the first mold part and/or a second mold part are provided having at least one negative pressure rim structure and wherein the molded first part comprises at least one pressure rim structure (11; 11a, 11b) molded by the negative pressure rim structure(s) of the first and/or second part.
Method for recording image data of a moving, in particular cyclically moving, examination object of a patient by means of a medical imaging system, wherein a robotic device with a kinematic chain of moving components has a tactile connection with the patient in that an end effector lies on the surface of the patient, and wherein the tactile connection is maintained at least for the duration of the method by means of force and/or torque regulation by way of conjoint movement of the moving components, and wherein meanwhile the following steps are performed: • acquisition of measured values by a force and/or torque and/or position sensor system of the robotic device, • evaluation of the measured values and forwarding to the medical imaging system, wherein the evaluated measured values in particular comprise information on the movement and/or position of the examination object, and • recording of image data from the examination object by the imaging system, wherein the evaluated measured values are used to actuate the imaging system. • acquisition of measured values by a force and/or torque and/or position sensor system of the robotic device, • evaluation of the measured values and forwarding to the medical imaging system, wherein the evaluated measured values in particular comprise information on the movement and/or position of the examination object, and • recording of image data from the examination object by the imaging system,
Locking system, in particular vehicle door lock, with at least one lever, and with a position securing unit (5, 6, 7, 8) for the lever, wherein the position securing unit (5, 6, 7, 8) has at least one spring element and is configured to define at least one stable position of the lever, wherein the spring element reaches through the lever in an area of an opening, wherein the opening allows swivel movements of the lever relatively to the spring element in a predetermined swivel angle range and the opening has two contact surfaces (6, 7) for the spring element that are substantially facing each other as well as are spaced, and wherein the contact surfaces (6, 7) have a distance between each other, which amounts to a multiple of a diameter of the spring element, characterized in that the contact surfaces (6, 7) are formed on the one hand as displacement surface and on the other hand as stop surface, wherein the displacement surface lies against the spring element during all swivel movements of the lever, whereas the stop surface run against the spring element only for the defining of the stable position.
A tire comprising a tread, wherein the tread is composed of a rubber composition comprising a rubber component, wherein a ratio (G/WL) of a tire weight G, in kg, to a maximum load capacity WL, in kg, of the tire is 0.0150 or less, wherein WL is determined as detailed in the description, wherein, when an average value of static friction coefficients, determined as detailed in the description, of the rubber composition measured five times at a grounding pressure of 0.30 MPa and at a measurement temperature of 25°C on a road surface according to ISO15222 is referred to as μ, G/WL and μ satisfy the following inequality, G / WL / μ ≤ 0.0214 wherein the tread is composed of a rubber composition comprising a rubber component, wherein a ratio (G/WL) of a tire weight G, in kg, to a maximum load capacity WL, in kg, of the tire is 0.0150 or less, wherein WL is determined as detailed in the description, wherein, when an average value of static friction coefficients, determined as detailed in the description, of the rubber composition measured five times at a grounding pressure of 0.30 MPa and at a measurement temperature of 25°C on a road surface according to ISO15222 is referred to as μ, G/WL and μ satisfy the following inequality, G / WL / μ ≤ 0.0214
A method for optimizing a tolerance range of a control characteristic of an electronic mixture control for gas and a specific fuel gas using an ionization current control in a gas heater having a burner and a blower, wherein a quantity of the gas supplied to the burner via the blower and a quantity of fuel gas are regulated by means of an electronically controlled fuel gas actuator via a control unit, comprising the steps: - effecting a temporary increase in the quantity of fuel gas in order to enrich a fuel gas/gas mixture supplied to the burner during an operating point of the gas heater until an ionization signal (Io signal) detected on a burner flame of the burner reaches a maximum (Io-max), - calculating an ionization signal target value (Io target) for the specific fuel gas, - adjusting the fuel gas/gas mixture until the ionization signal target value (Io target) is reached, - assigning a fan speed of the fan to a position of the fuel gas actuator when the ionization signal target value (Io target) is reached, characterized by the steps: - determining the control characteristic on a characteristic map formed from the fan speed and the position of the fuel gas actuator, - setting the tolerance range around the determined control characteristic for the specific combustible gas. - effecting a temporary increase in the quantity of fuel gas in order to enrich a fuel gas/gas mixture supplied to the burner during an operating point of the gas heater until an ionization signal (Io signal) detected on a burner flame of the burner reaches a maximum (Io-max), - calculating an ionization signal target value (Io target) for the specific fuel gas, - adjusting the fuel gas/gas mixture until the ionization signal target value (Io target) is reached, - assigning a fan speed of the fan to a position of the fuel gas actuator when the ionization signal target value (Io target) is reached, - determining the control characteristic on a characteristic map formed from the fan speed and the position of the fuel gas actuator, - setting the tolerance range around the determined control characteristic for the specific combustible gas.
A communication method for upgrading software by a first device of a wireless video area network, the communication method comprising: transmitting an association request message to a coordinator to request an association of the first device with the wireless video area network, the association request message including information indicating versions of one or more pieces of software used by the first device; receiving an association response message from the coordinator, the association response message including indication information indicating whether or not the first device needs to upgrade the software from the coordinator; receiving channel resource allocation information from the coordinator when the coordinator determines based on the information included in the association request message that the software needs to be upgraded, the channel resource allocation information allocating channel resources for the first device to download the software from the coordinator or a second device of the wireless video area network; and downloading the software from the coordinator or the second device using the allocated channel resources. transmitting an association request message to a coordinator to request an association of the first device with the wireless video area network, the association request message including information indicating versions of one or more pieces of software used by the first device; receiving an association response message from the coordinator, the association response message including indication information indicating whether or not the first device needs to upgrade the software from the coordinator; receiving channel resource allocation information from the coordinator when the coordinator determines based on the information included in the association request message that the software needs to be upgraded, the channel resource allocation information allocating channel resources for the first device to download the software from the coordinator or a second device of the wireless video area network; and downloading the software from the coordinator or the second device using the allocated channel resources.
A method for producing strapped multipacks wherein at least two grouped containers are combined into a multipack with at least one strap stretched horizontally around the containers in that a loose end of the strap is wrapped around the container grouping by means of a guide frame lowering over an outer side of the grouping and then fixed there while applying a pre-stress wherein the guide frame is formed by at least two subsections, which are moved in horizontal direction to each other in preparation for the band insertion, after which the strap is introduced into the guide frame and the latter is then moved apart at a distance adapted to the grouping size and lowered over the container grouping and placed against the outer side of the container grouping.
Device for separating piece goods, with a first conveyor means working in a delivery direction and having a first conveying surface for delivering piece goods, with a second conveyor means disposed adjacent to a transfer region of the first conveyor means and having a second conveying surface for receiving the piece goods delivered by the first conveyor means in a receiving region and for conveying the piece goods away from the receiving region, wherein the first conveying surface slopes downwards at a transverse angle of inclination in the transfer region transversely to the delivery direction and towards the second conveyor means relative to a horizontal plane with a guide means disposed between the transfer region of the first conveyor means and the receiving region of the second conveyor means for the controlled transfer of piece goods from the first to the second conveyor means, characterized in that the guide means has a guiding surface running along the transfer region, which projects at a height that declines in the delivery direction above an extension plane of the first conveying surface.
Apparatus (100, 200) for spudding a second borehole in the ground, which has a longitudinal axis the traverse axis of which partly intersects with an already existing first borehole, wherein the second borehole is aligned largely in parallel to the first borehole, provided with a drilling device comprising a drill head that is powered by a rotary drive around the longitudinal axis together with a drill pipe, and a guide device operatively connected to the drilling device for guiding the drilling device relative to the already existing first borehole, wherein the guide device comprises at least one first guide element, which interacts with the borehole walling of the first borehole on the side facing the second borehole, characterized in that the apparatus comprises means by which the direction in which the second borehole is made can be manipulated during the spudding, and in that the first guide element is designed in such a way that it is suitable to interact with the first borehole below the borehole bottom of the second borehole and below the drill head when viewed in the direction of advance of the second borehole.
A method for determining a weather forecast, comprising: defining a filter that limits weather forecast data to a given spatial area circumscribed by the filter; defining at least one of a qualifier and a blurb that describe the weather forecast data for the spatial area circumscribed by the filter; defining the given spatial area of the filter as a polygon associated with a predetermined region to which the weather forecast data applies; applying the filter to the weather forecast data to modify the weather forecast data over a predetermined time period to create a filtered weather forecast; characterised in that, the filter adjusts the forecast for the predetermined region by constraining the weather forecast data to be within acceptable thresholds; providing the at least one of the qualifier and the blurb to the filtered weather forecast; and publishing the filtered weather forecast. defining a filter that limits weather forecast data to a given spatial area circumscribed by the filter; defining at least one of a qualifier and a blurb that describe the weather forecast data for the spatial area circumscribed by the filter; defining the given spatial area of the filter as a polygon associated with a predetermined region to which the weather forecast data applies; applying the filter to the weather forecast data to modify the weather forecast data over a predetermined time period to create a filtered weather forecast; characterised in that, the filter adjusts the forecast for the predetermined region by constraining the weather forecast data to be within acceptable thresholds; providing the at least one of the qualifier and the blurb to the filtered weather forecast; and publishing the filtered weather forecast.