mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a network node in a wireless communication network , said method comprising: receiving a setup request to establish a data session used by the user equipment to communicate with an external data network; sending responsive to the setup request, a discovery request to a network function discovery node within the wireless communication network for one or more candidate servers in the external data network; receiving from the network function discovery node , a list of one or more candidate servers in the external data network; providing to the user equipment , identities of one or more of the candidate servers from the received list of candidate servers in the external data network; and establishing the data session used by the user equipment to communicate with a selected one of the candidate servers in the external data network, wherein providing identities of one of more candidate servers from the list of the candidate servers comprises: filtering the list of candidate servers received from the network function discovery node based on one or more received filtering criteria to generate a filtered list of candidate servers; and forwarding the filtered list of candidate servers to the user equipment . receiving a setup request to establish a data session used by the user equipment to communicate with an external data network; sending responsive to the setup request, a discovery request to a network function discovery node within the wireless communication network for one or more candidate servers in the external data network; receiving from the network function discovery node , a list of one or more candidate servers in the external data network; providing to the user equipment , identities of one or more of the candidate servers from the received list of candidate servers in the external data network; and establishing the data session used by the user equipment to communicate with a selected one of the candidate servers in the external data network, filtering the list of candidate servers received from the network function discovery node based on one or more received filtering criteria to generate a filtered list of candidate servers; and forwarding the filtered list of candidate servers to the user equipment .
A combine harvester comprising threshing apparatus , a grain pan and a cleaning unit, the grain pan arranged to catch a grain/chaff stream (A, B) falling under gravity from the threshing apparatus and being driven in an oscillating manner to convey the collected grain/chaff stream rearwardly to a rear edge from where the grain/chaff stream falls under gravity into the cleaning unit , the cleaning unit comprising a fan unit with a fan housing for generating a first cleaning airstream (X) which is directed under the grain pan and through the grain/chaff stream falling from said rear edge, characterised in that the combine harvester further comprises: a pair of secondary ducts able to pass air from a pair of subsidiary vents in the fan housing up and around the sides of the grain pan , and into respective ends of a transverse air nozzle secured to the underside of a separator pan and including at least one rearward-directed vent in the form of a slot, said vent located above, and spaced from, the grain to direct a second cleaning airstream (Y) above the grain/chaff stream disposed on the grain pan and downstream of the falling grain/chaff stream (A, B) from the threshing apparatus.
Arrangement for an internal combustion engine comprising - a crank case , - a cylinder liner disposed in a cylinder of the crank case comprising a flange , and - a cylinder head disposed on an end of the cylinder delimiting a combustion zone inside the cylinder liner , wherein - the flange of the cylinder liner is braced between the cylinder head and the crank case , - a flange cooling cavity is provided, which is delimited by a circumferential surface of the flange of the cylinder liner and the cylinder head , - there is a head cooling cavity delimited by the cylinder head , - the flange cooling cavity is in fluid communication with the head cooling cavity through a second set of cooling medium passages , and - the cylinder head includes intake and exhaust ports, characterised in that there are more of the second set of cooling medium passages near the exhaust ports than near the intake ports. - a crank case , - a cylinder liner disposed in a cylinder of the crank case comprising a flange , and - a cylinder head disposed on an end of the cylinder delimiting a combustion zone inside the cylinder liner , - the flange of the cylinder liner is braced between the cylinder head and the crank case , - a flange cooling cavity is provided, which is delimited by a circumferential surface of the flange of the cylinder liner and the cylinder head , - there is a head cooling cavity delimited by the cylinder head , - the flange cooling cavity is in fluid communication with the head cooling cavity through a second set of cooling medium passages , and - the cylinder head includes intake and exhaust ports,
A method of managing phone memory operations, comprising: causing user-defined boot program code to be read from nonvolatile memory into memory controller memory; releasing a first wireless phone processor from a reset state using a first reset signal after the user-defined boot code is read into the memory controller memory; and controlling a second reset signal coupled to a second wireless phone processor using the first wireless phone processor . causing user-defined boot program code to be read from nonvolatile memory into memory controller memory; releasing a first wireless phone processor from a reset state using a first reset signal after the user-defined boot code is read into the memory controller memory; and controlling a second reset signal coupled to a second wireless phone processor using the first wireless phone processor .
An aerosol generating article comprising: a tobacco medium section ; a filter section coupled to a downstream end of the tobacco medium section ; and a plurality of flavoring capsules arranged inside at least one of the tobacco medium section and the filter section, wherein the plurality of flavoring capsules respectively include different flavor sources and respectively include susceptor materials configured to be heated at different rates as an alternating magnetic field passes through the susceptor materials . a tobacco medium section ; a filter section coupled to a downstream end of the tobacco medium section ; and a plurality of flavoring capsules arranged inside at least one of the tobacco medium section and the filter section, wherein the plurality of flavoring capsules respectively include different flavor sources and respectively include susceptor materials configured to be heated at different rates as an alternating magnetic field passes through the susceptor materials .
An apparatus for collecting blood in a container, comprising: a main body (21.1) including a collection cavity (21.2) adapted and configured to receive therein an end of a separable container; a sliding member guided to slide along a path within the collection cavity (21.2) from a first position to a second position and including a cover defining an aperture ; a first retractable hollow needle coupled to said main body (21.1) and having a first sharp tip , wherein in the first position the first tip is extended for insertion into a blood vessel and in the second position the first tip is protected within said main body (21.1); a second hollow needle attached to said main body (21.1) and having a second sharp tip extending through the aperture in the first position into the collection cavity (21.2); and a catheter having a hollow lumen and receiving said first needle within the lumen when said first needle is in the first position; wherein said first needle is separated from said lumen in the second position, and said cover shields said second needle within the collection cavity (21.2) in the second position. a main body (21.1) including a collection cavity (21.2) adapted and configured to receive therein an end of a separable container; a sliding member guided to slide along a path within the collection cavity (21.2) from a first position to a second position and including a cover defining an aperture ; a first retractable hollow needle coupled to said main body (21.1) and having a first sharp tip , wherein in the first position the first tip is extended for insertion into a blood vessel and in the second position the first tip is protected within said main body (21.1); a second hollow needle attached to said main body (21.1) and having a second sharp tip extending through the aperture in the first position into the collection cavity (21.2); and a catheter having a hollow lumen and receiving said first needle within the lumen when said first needle is in the first position; wherein said first needle is separated from said lumen in the second position, and said cover shields said second needle within the collection cavity (21.2) in the second position.
Control apparatus for an electric drive system comprising a converter and an electric machine , wherein the control apparatus comprises: a control device , which is designed to generate control signals for driving the voltage transformer in accordance with a predetermined modulation method and to provide the control signals to the voltage transformer , wherein the control apparatus comprises a monitoring device , which is designed to ascertain a temperature in a rotor of the electric machine ; characterized in that the control device is designed to adapt the modulation method using the ascertained temperature in the rotor and to increase a switching frequency of the control signals for driving the voltage transformer if the temperature in the rotor of the electric machine exceeds a predefined limit value. a control device , which is designed to generate control signals for driving the voltage transformer in accordance with a predetermined modulation method and to provide the control signals to the voltage transformer , wherein the control apparatus comprises a monitoring device , which is designed to ascertain a temperature in a rotor of the electric machine ; characterized in that the control device is designed to adapt the modulation method using the ascertained temperature in the rotor and to increase a switching frequency of the control signals for driving the voltage transformer if the temperature in the rotor of the electric machine exceeds a predefined limit value.
An active material for a lithium secondary battery, which comprises a secondary particle formed by agglomeration of primary particles comprising a lithium titanium composite oxide represented by Formula 1 or Formula 2, wherein the secondary particle has a pore volume of 0.001 cm 3 /g to 0.05 cm 3 /g: [Formula 1] Li (4-x) M x Ti 5 O 12 [Formula 2] Li 4 Ti (5-x) M x O 12 wherein, in Formula 1 or Formula 2, 0<x≤0.5, and M in Formula 1 is sodium (Na), potassium (K), or rubidium (Rb), and M in Formula 2 is zirconium (Zr), tungsten (W), magnesium (Mg), molybdenum (Mo), or tantalum (Ta), wherein the primary particles have an average particle diameter (D 50 ) of 0.05 um to 2 um, wherein an average particle diameter (D 10 ) of the primary particles is 60% to 95% of an average particle diameter (D 50 ) , and an average particle diameter (D 90 ) is 105% to 140% of the average particle diameter (D 50 ); and wherein the secondary particle has an average particle diameter (D 50 ) of 1 um to 30 um. wherein the secondary particle has a pore volume of 0.001 cm 3 /g to 0.05 cm 3 /g: [Formula 1] Li (4-x) M x Ti 5 O 12 [Formula 2] Li 4 Ti (5-x) M x O 12 wherein, in Formula 1 or Formula 2, 0<x≤0.5, and M in Formula 1 is sodium (Na), potassium (K), or rubidium (Rb), and M in Formula 2 is zirconium (Zr), tungsten (W), magnesium (Mg), molybdenum (Mo), or tantalum (Ta), wherein the primary particles have an average particle diameter (D 50 ) of 0.05 um to 2 um, wherein an average particle diameter (D 10 ) of the primary particles is 60% to 95% of an average particle diameter (D 50 ) , and an average particle diameter (D 90 ) is 105% to 140% of the average particle diameter (D 50 ); and wherein the secondary particle has an average particle diameter (D 50 ) of 1 um to 30 um.
A prosthetic valve comprising a leaflet assembly having three leaflets attached to a supporting element via a commissure, each leaflet having a free margin that can move between a first position wherein the free margin is flexed away from a closure surface to allow body fluid to flow through the valve, and a second position wherein the free margin abuts the closure surface to close the valve, wherein each leaflet acts as closure surface for the other leaflets, and wherein the leaflets can form a coaptation height in the longitudinal direction of the valve of between 1 and 15 mm along the free margin without a pulsatile load on the valve and without requiring extension of the leaflets, wherein each leaflet free margin has a total excess length factor of at least 1.07 relative to the theoretical length needed to bridge the distance between commissures via the center of the valve, and characterised in that each leaflet comprises an elastic sheet material having an elongation at break of 10% or less. wherein the leaflets can form a coaptation height in the longitudinal direction of the valve of between 1 and 15 mm along the free margin without a pulsatile load on the valve and without requiring extension of the leaflets, wherein each leaflet free margin has a total excess length factor of at least 1.07 relative to the theoretical length needed to bridge the distance between commissures via the center of the valve, and characterised in that each leaflet comprises an elastic sheet material having an elongation at break of 10% or less.
Method for screwing a bolt system to a flange connection , wherein the bolt system comprises at least one bolt , a nut and an abutment , wherein the flange connection comprises at least one first flange with at least one first flange recess and a second flange with at least one second flange recess , comprising the steps of a) Determining a bolt system-typical elongation behaviour and determination of a bolt tensioning device-typical compression behaviour , b) Aligning the first flange recess with the second flange recess , c) Inserting the bolt system into the first flange recess and the second flange recess , d) Mounting a bolt tensioning device on the bolt on one nut side of the flange connection, e) Applying a tensile force (Fb) to the bolt until a certain maximum force (Fmax) is reached, and determining an elongation value (Δl) which correlates with a bolt elongation (Δb) , a bolt tensioning device compression (Δs) and a flange compression (Δf) of the flange connection , f) Retightening the nut with a specific torque, g) Releasing the tensile force (Fb), h) Repeating steps e) to g.) at least once, and i) Evaluating the values determined for tensile force (Fb) and elongation value (Δl), determining the flange compression (Δf) and use this to determine the flange compression force (Ff). a) Determining a bolt system-typical elongation behaviour and determination of a bolt tensioning device-typical compression behaviour , b) Aligning the first flange recess with the second flange recess , c) Inserting the bolt system into the first flange recess and the second flange recess , d) Mounting a bolt tensioning device on the bolt on one nut side of the flange connection, e) Applying a tensile force (Fb) to the bolt until a certain maximum force (Fmax) is reached, and determining an elongation value (Δl) which correlates with a bolt elongation (Δb) , a bolt tensioning device compression (Δs) and a flange compression (Δf) of the flange connection , f) Retightening the nut with a specific torque, g) Releasing the tensile force (Fb), h) Repeating steps e) to g.) at least once, and i) Evaluating the values determined for tensile force (Fb) and elongation value (Δl), determining the flange compression (Δf) and use this to determine the flange compression force (Ff).
A cosmetic brush, consisting of a handling means with the longitudinal axis (LH) and a brush applicator adjacent to the handling means, wherein the brush applicator consists of a bending member with a longitudinal axis (LS), which is flexible in at least one plane and which has on its distal end a bristle covering of a plurality of integrally molded-on bristles whose longitudinal axis (LB) extends parallel to the longitudinal axis (LS), wherein the bending member is configured as a flat spatula having two planar main spatula surfaces on both sides of the longitudinal spatula axis (LS) opposing each other and two narrow surfaces also opposing each other, wherein the two main spatula surfaces and the narrow surfaces end in a peripherally extending hilt which, with its edge surfaces that, adjacent to the main spatula surfaces, rise by more than 1.25 mm in a direction perpendicular to the longitudinal axis, serves for preventing the cosmetic load of the main spatula surfaces being pushed away towards the stem in the direction of the longitudinal axis (LS), wherein the two main spatula surfaces constitute more than 70 % of the surface of the spatula, wherein the bristle surface is not included in the surface of the spatula and the thickness of the spatula perpendicular to a main spatula surface continuously decreases towards the distal end between the hilt and the bristle covering, wherein the length of said bending member in the shape of a flat spatula in the direction of the longitudinal axis (LS) is longer by a factor of at least 4 than the length (B1) of the bristles.
A system for treating an occlusion in a vessel the system comprising:- a guide catheter and a second catheter ; the guide catheter comprising a proximal end, a distal end and a lumen extending between the proximal end and the distal end , the lumen of the guide catheter further comprising a proximal segment and a distal segment; the second catheter comprising a distal end and a proximal end, a distal segment and a proximal segment , and a lumen, said lumen extending proximal of the distal end and terminating at a transfer port at the proximal end of the distal segment ; the guide catheter being configured to facilitate aspiration through the lumen; the transfer port being configured to transmit aspiration in the proximal lumen of the guide catheter into the lumen of the distal segment of the second catheter , the transfer port being formed in a funnel shape and the distal end of the second catheter being configured to receive clot into at least a portion of the lumen of the second catheter , and a flow restrictor between the guide catheter and the distal segment of the second catheter, distal of the transfer port , the flow restrictor being located on the inner surface of the guide catheter , or on the outer surface of the second catheter. the guide catheter comprising a proximal end, a distal end and a lumen extending between the proximal end and the distal end , the lumen of the guide catheter further comprising a proximal segment and a distal segment; the second catheter comprising a distal end and a proximal end, a distal segment and a proximal segment , and a lumen, said lumen extending proximal of the distal end and terminating at a transfer port at the proximal end of the distal segment ; the guide catheter being configured to facilitate aspiration through the lumen; the transfer port being configured to transmit aspiration in the proximal lumen of the guide catheter into the lumen of the distal segment of the second catheter , the transfer port being formed in a funnel shape and the distal end of the second catheter being configured to receive clot into at least a portion of the lumen of the second catheter , and a flow restrictor between the guide catheter and the distal segment of the second catheter, distal of the transfer port , the flow restrictor being located on the inner surface of the guide catheter , or on the outer surface of the second catheter.
A process for curing a liner for the rehabilitation of pipes or canals wherein the following steps are performed: a. inserting a liner comprising at least a resin-impregnated fibre tube into the pipe to be rehabilitated or the canal to be rehabilitated, b. erecting the liner by pressing the liner against the inner surface of the pipe or canal to be rehabilitated, and c. curing the resin system in the resin-impregnated fibre tube by moving a device through the erected liner wherein laser light is deflected in the device by at least one optics at an angle from 0.5 to 179 degrees such that the laser light impinges on the inner surface of the erected liner and thus can cure the resin system in the fibre tube, characterised in that the optics comprises at least one axicon that generates an annular beam profile of a laser beam impinging on the inner surface of the erected liner, wherein: the axicon is a conical lens that generates an annular beam profile. a. inserting a liner comprising at least a resin-impregnated fibre tube into the pipe to be rehabilitated or the canal to be rehabilitated, b. erecting the liner by pressing the liner against the inner surface of the pipe or canal to be rehabilitated, and c. curing the resin system in the resin-impregnated fibre tube by moving a device through the erected liner wherein laser light is deflected in the device by at least one optics at an angle from 0.5 to 179 degrees such that the laser light impinges on the inner surface of the erected liner and thus can cure the resin system in the fibre tube,
Decoder for reconstructing a sample array from a data stream , configured to derive a bi-partition of a predetermined block of the sample array into first and second partitions by determining a measure for a central tendency of reconstructed sample values of a reference block of the picture, co-located to the predetermined block , segmenting the reference block by comparing each reconstructed sample value of the reference block with a threshold globally defined for the reconstructed sample values of the reference block and depending on the measure for the central tendency to obtain a bi-segmentation of the reference block into first and predetermined partitions, and spatially transferring the bi-segmentation of the reference block of the picture onto the predetermined block of the depth/disparity map so as to obtain the first and second partitions, associate each of neighboring samples of the sample array , adjoining to the predetermined block, with a respective one of the first and second partitions so that each neighboring sample adjoins the partition with which same is associated; predict the predetermined block by assigning a mean value of values of the neighboring samples associated with the first partition to samples of the sample array positioned within the first partition and/or a mean value of values of the neighboring samples associated with the second partition to samples of the sample array positioned within the second partition.
A method for producing a hybrid structure, including: - forming, on a substrate , a layer of mineral resin including a proportion of Si and/or SiO 2 comprised between 1% and 30% by molar mass; - forming a structure including a plurality of patterns in this layer, having at least one dimension (h, I), measured parallel or perpendicular to the substrate, comprised between 50 nm and 500 pm; - forming a roughness (Ra) on at least part of the surface of the patterns, by an oxidising method comprising at least one species or gas consuming part of the mineral phase. - forming, on a substrate , a layer of mineral resin including a proportion of Si and/or SiO 2 comprised between 1% and 30% by molar mass; - forming a structure including a plurality of patterns in this layer, having at least one dimension (h, I), measured parallel or perpendicular to the substrate, comprised between 50 nm and 500 pm; - forming a roughness (Ra) on at least part of the surface of the patterns, by an oxidising method comprising at least one species or gas consuming part of the mineral phase.