mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring one or more user equipments, UEs, (160, 180) in an idle mode to report logged minimization of drive tests, MDT, measurement data, comprising: transmitting a paging message comprising a reporting indicator for configuring the one or more UEs (160, 180) in the idle mode to report the logged MDT measurement data; receiving one or more first preambles from the one or more UEs (160, 180) in the idle mode, which meet one or more reporting constraints; determining a first uplink resource to be granted to a first user equipment, UE, (160, 180) in the idle mode; transmitting a first random access response, RAR, to the first UE (160, 180) in the idle mode for indicating the first uplink resource and a dedicate indicator; receiving a second preamble from the first UE (160, 180) in the idle mode at the first uplink resource; transmitting a second RAR to the first UE (160, 180) in the idle mode for signaling a second uplink resource; receiving a request message from the first UE (160, 180) in the idle mode at the second uplink resource; transmitting a response message comprising a scheduling plan to the first UE (160, 180) in the idle mode for indicating a third uplink resource to report the logged MDT measurement data of the first UE (160, 180); and receiving the logged MDT measurement data of the first UE (160, 180) in the idle mode at the third uplink resource. transmitting a paging message comprising a reporting indicator for configuring the one or more UEs (160, 180) in the idle mode to report the logged MDT measurement data; receiving one or more first preambles from the one or more UEs (160, 180) in the idle mode, which meet one or more reporting constraints; determining a first uplink resource to be granted to a first user equipment, UE, (160, 180) in the idle mode; transmitting a first random access response, RAR, to the first UE (160, 180) in the idle mode for indicating the first uplink resource and a dedicate indicator; receiving a second preamble from the first UE (160, 180) in the idle mode at the first uplink resource; transmitting a second RAR to the first UE (160, 180) in the idle mode for signaling a second uplink resource; receiving a request message from the first UE (160, 180) in the idle mode at the second uplink resource; transmitting a response message comprising a scheduling plan to the first UE (160, 180) in the idle mode for indicating a third uplink resource to report the logged MDT measurement data of the first UE (160, 180); and receiving the logged MDT measurement data of the first UE (160, 180) in the idle mode at the third uplink resource.
A medical sensor system, which comprises: - at least one sensor lead, which can be implanted in a human or animal body and has two end portions (3, 3') configured to be routed through two artificial body openings on the body surface, wherein the sensor lead, between the two end portions, has at least one sensor for detecting a biological measured variable, - at least one fixing element (9, 9', 9"; 13; 18), which is disposed on the body surface and which can be connected to the end portions (3, 3') routed through the body openings in order to fix the implanted sensor lead, wherein the at least one fixing element (9, 9', 9"; 13; 18) has a device for processing sensor signals and an energy source for supplying the sensor system with electrical energy, wherein said medical sensor system comprises a single fixing element for fixing the implanted sensor lead, and the fixing element is connected to one of the two end portions such that it can be moved relative to the sensor lead and can be connected to the other end portion, and characterised in that said medical sensor system has a carrier made of a flexible material, wherein the device for processing sensor signals and the energy source for supplying the sensor system with electrical energy are fastened to the carrier, and wherein the sensor lead is formed as a reinforced structure of the carrier. - at least one sensor lead, which can be implanted in a human or animal body and has two end portions (3, 3') configured to be routed through two artificial body openings on the body surface, wherein the sensor lead, between the two end portions, has at least one sensor for detecting a biological measured variable, - at least one fixing element (9, 9', 9"; 13; 18), which is disposed on the body surface and which can be connected to the end portions (3, 3') routed through the body openings in order to fix the implanted sensor lead, wherein the at least one fixing element (9, 9', 9"; 13; 18) has a device for processing sensor signals and an energy source for supplying the sensor system with electrical energy,
Vehicle door handle assembly comprising a bracket and a handle, said handle comprising a first extremity and a second extremity opposed to the first extremity, the first extremity of the handle being connected to a first extremity of a first lever, said first lever being designed to be connected to an opening lever to open a latch of the vehicle door, said first lever being designed to rotate between a rest position where the first extremity of the handle is in a rest position, a deployed position where the first extremity of the handle is in a deployed position outside the bracket and an opening position where the first lever actuates the opening lever, the second extremity of the handle being connected to a first extremity of a second lever, said second lever being designed to rotate between a rest position where the second extremity of the handle is in a rest position and a deployed position where the second extremity of the handle is in a deployed position outside the bracket, at least one of the first or second lever being connected to its respective first or second extremity of the handle by a pivot-slide connection, wherein the vehicle door handle assembly also comprises a dumper positioned into one of the first or second extremity of the handle in order to dampen the sliding of the extremity of the first or second lever in its pivot-slide connection with the handle when the first extremity of the handle moves from its opening position to its deployed position. the first extremity of the handle being connected to a first extremity of a first lever, said first lever being designed to be connected to an opening lever to open a latch of the vehicle door, said first lever being designed to rotate between a rest position where the first extremity of the handle is in a rest position, a deployed position where the first extremity of the handle is in a deployed position outside the bracket and an opening position where the first lever actuates the opening lever, the second extremity of the handle being connected to a first extremity of a second lever, said second lever being designed to rotate between a rest position where the second extremity of the handle is in a rest position and a deployed position where the second extremity of the handle is in a deployed position outside the bracket, at least one of the first or second lever being connected to its respective first or second extremity of the handle by a pivot-slide connection, wherein the vehicle door handle assembly also comprises a dumper positioned into one of the first or second extremity of the handle in order to dampen the sliding of the extremity of the first or second lever in its pivot-slide connection with the handle when the first extremity of the handle moves from its opening position to its deployed position.
A household cooking top, of the type comprising: - a first surface which houses at least one cooking point; - at least one heating element associated with said at least one cooking point; - a liner adapted to protect at least one portion of said first surface,said liner being made of a silicone-based material and comprising at least one first aperture adapted to allow a heating element to pass through; wherein the liner comprises at least one ring associated with said at least one first aperture, said ring allowing protecting the surface of the liner which is closest to the heating element, characterised in that said at least one ring is made of a metallic material, in particular steel or aluminium, or in a polymeric material characterized by high heat resistance and in that said at least one ring is associated with the liner by overmoulding or glueing or through mechanical fasteners or in that the liner is fitted with suitable reference means for properly positioning the ring and the ring is simply laid onto the liner. - a first surface which houses at least one cooking point; - at least one heating element associated with said at least one cooking point; - a liner adapted to protect at least one portion of said first surface,said liner being made of a silicone-based material and comprising at least one first aperture adapted to allow a heating element to pass through;
A method, comprising: generating a radio resource control message relating to a local service between a user equipment and a local area network access point which is connected to a wide area base station; and characterised by sending the radio resource control message over a dedicated signalling radio bearer, wherein the dedicated signalling radio bearer is secured based upon an independent security policy other than a signalling radio bearer relating to a service between the user equipment and the wide area base station. generating a radio resource control message relating to a local service between a user equipment and a local area network access point which is connected to a wide area base station; and characterised by sending the radio resource control message over a dedicated signalling radio bearer, wherein the dedicated signalling radio bearer is secured based upon an independent security policy other than a signalling radio bearer relating to a service between the user equipment and the wide area base station.
A method of forming a pattern on a substrate, comprising: forming spaced first features over a substrate, the spaced first features comprising opposing lateral sidewalls; forming material onto the opposing lateral sidewalls of the spaced first features, the material and opposing lateral sidewalls contacting one another at respective interfaces, that portion of the material received against each of the opposing lateral sidewalls being of different composition from the composition of each of the opposing lateral sidewalls; and densifying at least one of said portion of the material and the spaced first features to move the at least one laterally away from the other of the at least one to form a void space between each of the opposing lateral sidewalls and said portion of the material. forming spaced first features over a substrate, the spaced first features comprising opposing lateral sidewalls; forming material onto the opposing lateral sidewalls of the spaced first features, the material and opposing lateral sidewalls contacting one another at respective interfaces, that portion of the material received against each of the opposing lateral sidewalls being of different composition from the composition of each of the opposing lateral sidewalls; and densifying at least one of said portion of the material and the spaced first features to move the at least one laterally away from the other of the at least one to form a void space between each of the opposing lateral sidewalls and said portion of the material.
A computer-implemented method for controlling access to a computing device, the method comprising: displaying a user-rotatable three-dimensionally rendered object on a display of the computing device, the object presenting a plurality of user-selectable visual indicia such that only a subset of the indicia are visible at any one angle of rotation, wherein each one of the indicia is a unique letter, number or symbol; receiving user input sequentially selecting a plurality of the visual indicia; and providing access to the computing device based on the user input; wherein the object comprises a plurality of independently rotatable rings that together form a generally spherical shape, and wherein each of the independently rotatable rings is formed of a plurality of mini-spheres each having its own unique visual indicium. displaying a user-rotatable three-dimensionally rendered object on a display of the computing device, the object presenting a plurality of user-selectable visual indicia such that only a subset of the indicia are visible at any one angle of rotation, wherein each one of the indicia is a unique letter, number or symbol; receiving user input sequentially selecting a plurality of the visual indicia; and providing access to the computing device based on the user input; wherein the object comprises a plurality of independently rotatable rings that together form a generally spherical shape, and wherein each of the independently rotatable rings is formed of a plurality of mini-spheres each having its own unique visual indicium.
Method for the replication of a patterned surface relief microstructure, comprising the steps of - generating a first layer on top of a second layer, wherein the first layer comprises a patterned surface relief microstructure with at least two areas which differ in their microstructure, the first layer comprising a first material and the second layer comprising a second material, wherein the thickness of the second layer is larger than 60 nm, - copying the microstructure of the first layer into the second layer, either in a single etching step or by two etching steps, which transforms the second layer into an original master, - bringing the microstructure of the original master into contact with a replica material, such that due to the contact with the replica material the microstructure of the original master is reproduced in the replica material with an inverse surface relief profile as compared to that of the original master. - generating a first layer on top of a second layer, wherein the first layer comprises a patterned surface relief microstructure with at least two areas which differ in their microstructure, the first layer comprising a first material and the second layer comprising a second material, wherein the thickness of the second layer is larger than 60 nm, - copying the microstructure of the first layer into the second layer, either in a single etching step or by two etching steps, which transforms the second layer into an original master, - bringing the microstructure of the original master into contact with a replica material, such that due to the contact with the replica material the microstructure of the original master is reproduced in the replica material with an inverse surface relief profile as compared to that of the original master.
A stop ball for a tube for fluid or energy, the stop ball comprising a singular hollow body, the hollow body comprising and being integral with: a first opening for the tube, the first opening having a first diameter; an attachment means for attaching the stop ball to the tube, the attachment means comprising a second opening for the tube; and a third opening for the tube, the third opening having a third diameter; characterised by the second opening having a second diameter, the second diameter being smaller than at least one of the first diameter and the third diameter; and wherein the third diameter is larger than each of the first diameter and the second diameter. a first opening for the tube, the first opening having a first diameter; an attachment means for attaching the stop ball to the tube, the attachment means comprising a second opening for the tube; and a third opening for the tube, the third opening having a third diameter; characterised by the second opening having a second diameter, the second diameter being smaller than at least one of the first diameter and the third diameter; and wherein the third diameter is larger than each of the first diameter and the second diameter.
A system for feeding and dosing printing ink to an inking unit of a printing machine comprising an ink feed device with a frame, on which a blade holder is detachably arranged, which in mounted state bears a single or multiple-part ink blade whose front end protrudes above the blade holder and forms a continuous or discontinuous dosing edge, wherein the blade holder can be detachably arranged in a defined location and position on the frame with the help of a stop device, wherein the stop device is configured as a stop device limiting the blade holder in a direction of movement to the dosing edge and/or to the inking roller with a stop fixed on the frame limiting the blade holder in a direction of movement to the dosing edge and/or to the inking roller, characterized in that the system further has a mounting device with a frame, on which the blade holder is detachably arranged for the assembly of the ink blade, wherein the blade holder can be detachably arranged with the help of a stop device in a defined relative location and position to a dosing edge-side blade stop on the frame of the mounting device, wherein the shape and relative position between the stop device for the mounting device and the blade stop are fixed in the manner of a mounting template such that the blade holder and the ink blade in unconnected state occupy a defined and reproducible relative position to each other, and in which they subsequently can be connected to each other, and wherein the relative position occupied in the connected state between the blade holder and the ink blade is dimensioned such that the ink blade occupies a reproducible position predetermined by the mounting device in the state inserted in the ink feed device and stopped against the stop device.
Computer implemented method of determining vessel fluid flow velocity of a fluid in a vessel segment of a body of a human or another mammal, the method comprising: obtaining a natural length model of the vessel representing a length of the vessel; obtaining a two-dimensional model of the vessel segment; dividing the two-dimensional model in vessel sections; receiving a set of images including image data of the vessel sections, each image corresponding to a different moment in time; based on the images of the set, assigning, for each image of the set, at least one intensity value to each vessel section; identifying, in a first image related to a first moment in time, a first vessel section, based on an intensity criterion; identifying, in a second image related to a second moment in time, a second vessel section, based on the intensity criterion, the second moment in time being later than the first moment in time and the second vessel section being distal to the first vessel section; obtaining a propagation length by relating the first vessel section and the second vessel section to the natural length; and determining a vessel fluid flow velocity based on the propagation length, and a difference between the first moment in time and the second moment in time. obtaining a natural length model of the vessel representing a length of the vessel; obtaining a two-dimensional model of the vessel segment; dividing the two-dimensional model in vessel sections; receiving a set of images including image data of the vessel sections, each image corresponding to a different moment in time; based on the images of the set, assigning, for each image of the set, at least one intensity value to each vessel section; identifying, in a first image related to a first moment in time, a first vessel section, based on an intensity criterion; identifying, in a second image related to a second moment in time, a second vessel section, based on the intensity criterion, the second moment in time being later than the first moment in time and the second vessel section being distal to the first vessel section; obtaining a propagation length by relating the first vessel section and the second vessel section to the natural length; and determining a vessel fluid flow velocity based on the propagation length, and a difference between the first moment in time and the second moment in time.
A core network node comprising: means for generating: first configuration data identifying a first aggregated maximum bit rate, AMBR, for communications with a relaying user device when said relaying user device does not have a relaying connection with at least one other user communication device (3-1, 3-3); and second configuration data identifying a second AMBR for communications with said relaying user device when said relaying user device does have a relaying connection with at least one other user communication device (3-1, 3-3); and transceiver circuitry for communicating said first and second configuration data to another network node for managing communications with said relaying user device. means for generating: first configuration data identifying a first aggregated maximum bit rate, AMBR, for communications with a relaying user device when said relaying user device does not have a relaying connection with at least one other user communication device (3-1, 3-3); and second configuration data identifying a second AMBR for communications with said relaying user device when said relaying user device does have a relaying connection with at least one other user communication device (3-1, 3-3); and first configuration data identifying a first aggregated maximum bit rate, AMBR, for communications with a relaying user device when said relaying user device does not have a relaying connection with at least one other user communication device (3-1, 3-3); and second configuration data identifying a second AMBR for communications with said relaying user device when said relaying user device does have a relaying connection with at least one other user communication device (3-1, 3-3); and transceiver circuitry for communicating said first and second configuration data to another network node for managing communications with said relaying user device.
Mixture characterized in that it comprises at least three poly(alkylene phosphates) corresponding to the formula in which R 1, R 2, R 3 and R 4 are a 2-methylpropyl moiety, A is a moiety of the formula -CHR 5 -CHR 6 -(O-CHR 7 -CHR 8) a -, in which a is an integer from 1 to 5 and R 5, R 6, R 7 and R 8 are mutually independently hydrogen or methyl, and n is an integer from 0 to 100, preferably from 0 to 50 and particularly preferably from 0 to 30, with the proviso that at least three of the poly(alkylene phosphates) of the formula present in the mixture differ from one another at least in the number n of the repeating units, and the weight-average value of the number of the repeating units n in the poly(alkylene phosphates) of the formula is in the range from 1.10 to 4.00. R 1, R 2, R 3 and R 4 are a 2-methylpropyl moiety, A is a moiety of the formula -CHR 5 -CHR 6 -(O-CHR 7 -CHR 8) a -, in which a is an integer from 1 to 5 and R 5, R 6, R 7 and R 8 are mutually independently hydrogen or methyl, and a is an integer from 1 to 5 and R 5, R 6, R 7 and R 8 are mutually independently hydrogen or methyl, and n is an integer from 0 to 100, preferably from 0 to 50 and particularly preferably from 0 to 30,
A feed composition for ruminants, comprising: feed matter; and an isolated or purified polyol selected from the group consisting of sorbitan, a polyglycerol which is an oligomeric and/or polymeric chain composed of monomeric glycerol HOCH 2 CH CH 2 OH bonded together by ether linkages at the hydroxyl residue of the monomeric glycerol, and combinations thereof, wherein the isolated or purified polyol comprises from 0.05% to 20% by weight of the feed composition. feed matter; and an isolated or purified polyol selected from the group consisting of sorbitan, a polyglycerol which is an oligomeric and/or polymeric chain composed of monomeric glycerol HOCH 2 CH CH 2 OH bonded together by ether linkages at the hydroxyl residue of the monomeric glycerol, and combinations thereof, wherein the isolated or purified polyol comprises from 0.05% to 20% by weight of the feed composition.