mhurhangee/patent-ind-claim-en huggingface dataset:
Mass spectrometer for detecting leakages via a tracer gas, said spectrometer comprising: - ionisation means intended for ionising said tracer gas; - at least one magnetic field source generating a magnetic field B dependent on the electric current I supplying said source intended for sorting ionised elements; - means for detecting said ionised tracer gas; said spectrometer comprising means for setting the magnetic field B generated by said source , said setting means being configured to allow at least two distinct settings, said settings having different sensitivities, characterised in that said setting means comprises at least two setting controls (401 and 403), a combinatorial circuit configured to combine the values of said at least two controls (401 and 403), and a servo circuit for the current I flowing in said magnetic field source . - ionisation means intended for ionising said tracer gas; - at least one magnetic field source generating a magnetic field B dependent on the electric current I supplying said source intended for sorting ionised elements; - means for detecting said ionised tracer gas;
Vehicle, wherein an exchanger element and a packing are assigned to the vehicle, in particular a passenger compartment and/or an engine bay of the vehicle, wherein the exchanger element comprises an exhaust air flow path and a supply air flow path , and wherein the exhaust air flow path and the feed air flow path are separated from one another by partition wall sections which have heat-transferring wall regions, wherein the exhaust air flow path forms a fluid connection from the interior of the vehicle, in particular from the passenger compartment or the engine bay, to the outer surroundings of the vehicle, and wherein the supply air flow path forms a fluid connection from the outer surroundings of the vehicle to a location on board the vehicle, in particular to the interior of the passenger compartment and/or the engine bay, wherein the exchanger element is embedded in a packing , whose outer surface shape is complementary to the inner dimensions of an installation space on board the vehicle, in particular in the passenger compartment and/or the engine bay, for the installation of the exchanger element .
A system for illuminated medical infusion line authentication, comprising: (i) a side scattering fiber optic cable, comprising: a fiber funnel cap with a visible color at a proximal end and a metallic plate; a protective end cap at a distal end; (ii) an electronic illuminator, comprising: a cap color detection assembly for detecting the color of said fiber funnel cap; and a fiber detection assembly for detecting the presence of said side scattering fiber optic cable. (i) a side scattering fiber optic cable, comprising: a fiber funnel cap with a visible color at a proximal end and a metallic plate; a protective end cap at a distal end; a fiber funnel cap with a visible color at a proximal end and a metallic plate; a protective end cap at a distal end; (ii) an electronic illuminator, comprising: a cap color detection assembly for detecting the color of said fiber funnel cap; and a fiber detection assembly for detecting the presence of said side scattering fiber optic cable. a cap color detection assembly for detecting the color of said fiber funnel cap; and a fiber detection assembly for detecting the presence of said side scattering fiber optic cable.
A touchless gesture-controlled display system, comprising: a display for displaying one or more virtual user representations each corresponding to a user located nearby the display , the virtual user representation mirroring the position of the user; characterized in that: the system is configured for displaying a virtual control position and further configured for displaying a visual indication for directing the user to a position from where the system can be controlled by the user which corresponds to the virtual control position . a display for displaying one or more virtual user representations each corresponding to a user located nearby the display , the virtual user representation mirroring the position of the user; characterized in that: the system is configured for displaying a virtual control position and further configured for displaying a visual indication for directing the user to a position from where the system can be controlled by the user which corresponds to the virtual control position .
A filter assembly , comprising: a frame defining a cavity and including opposing end walls , with a gasket outwardly circumscribing the frame; filter media disposed within the cavity of the frame, and having upstream and downstream flow faces and opposing side surfaces ; and a U-shaped perforated grate including a body and opposing sides , located and extending between the opposing end walls and with the body adjacent one of the upstream and downstream flow faces of the media , and with each side adjacent respective side surfaces of the filter media ; wherein opposing edges of the U-shaped perforated grate are potted within adhesive carried by the opposing end walls . a frame defining a cavity and including opposing end walls , with a gasket outwardly circumscribing the frame; filter media disposed within the cavity of the frame, and having upstream and downstream flow faces and opposing side surfaces ; and a U-shaped perforated grate including a body and opposing sides , located and extending between the opposing end walls and with the body adjacent one of the upstream and downstream flow faces of the media , and with each side adjacent respective side surfaces of the filter media ; wherein opposing edges of the U-shaped perforated grate are potted within adhesive carried by the opposing end walls .
An electronic device comprising: a plurality of radio network interfaces (131 to 139) configured to access a service provider ; and a multi-interface handler configured to: receive, via a plurality of radio network interfaces (131 to 139), contents including a plurality of parts from the service provider ; and if one part of the contents is completely received via one radio network interface among the plurality of radio network interfaces (131 to 139), receive remaining contents of the another part of the contents via the plurality of radio network interfaces (131 to 139), wherein the multi-interface handler is configured to re-divide the remaining contents of the another part of the contents based on a throughput of each of the plurality of radio network interfaces (131 to 139). a plurality of radio network interfaces (131 to 139) configured to access a service provider ; and a multi-interface handler configured to: receive, via a plurality of radio network interfaces (131 to 139), contents including a plurality of parts from the service provider ; and if one part of the contents is completely received via one radio network interface among the plurality of radio network interfaces (131 to 139), receive remaining contents of the another part of the contents via the plurality of radio network interfaces (131 to 139), receive, via a plurality of radio network interfaces (131 to 139), contents including a plurality of parts from the service provider ; and if one part of the contents is completely received via one radio network interface among the plurality of radio network interfaces (131 to 139), receive remaining contents of the another part of the contents via the plurality of radio network interfaces (131 to 139), wherein the multi-interface handler is configured to re-divide the remaining contents of the another part of the contents based on a throughput of each of the plurality of radio network interfaces (131 to 139).
A sulfanyl sulfonic acid compound represented by the following formula or a metal salt thereof: wherein m represents an integer of 2 to 7, n represents an integer of 3 to 10, and R 1 and R 2 each independently represent a hydrogen atom or an alkyl group.
A blood pump system comprising: an implantable axial flow blood pump including: a housing having an inlet and an outlet opposite the inlet , the housing defining a housing axis (A) extending from the inlet to the outlet ; an impeller suspended within the housing and being rotational around the housing axis (A); and a motor for rotating the impeller ; and controller including a control circuit , the control circuit being in communication with the blood pump and characterised by being configured to detect a pressure across the pump when the pressure crosses a pressure threshold, and, in response to the pressure crossing the pressure threshold, the controller being configured to displace the impeller from a first position to a second position different than the first position using a vector control method. a housing having an inlet and an outlet opposite the inlet , the housing defining a housing axis (A) extending from the inlet to the outlet ; an impeller suspended within the housing and being rotational around the housing axis (A); and a motor for rotating the impeller ; and controller including a control circuit , the control circuit being in communication with the blood pump and characterised by being configured to detect a pressure across the pump when the pressure crosses a pressure threshold, and, in response to the pressure crossing the pressure threshold, the controller being configured to displace the impeller from a first position to a second position different than the first position using a vector control method.
Insect-proof door comprising a rectangular leaf frame made from a plurality of frame profiles , wherein a horizontally running rail profile extends between two vertical frame profiles , wherein the rail profile has on at least one side a longitudinally running groove which is undercut on at least one side, characterized in that a slide , which is manually longitudinally displaceable and has a locking element disposed thereon, is received in the groove , the latter being embodied as a gripping groove and enabling the manual engagement for moving the leaf frame, said slide being displaceable between a releasing position in which the locking element is disengaged from an element receptacle provided on an assembly frame or reveal on which the leaf frame is pivotably mounted in the assembly position, and a locking position in which the locking element engages in the element receptacle .
An image resynthesis system comprising: a source image input module for receiving a source image of a scene, the source image being captured by a vision camera; a forward warping module configured to predict, for each pixel in the source image comprising an array of pixels, a corresponding position in a target image, the forward warping module being configured to predict a forward warping field comprising an array of vectors having a vector associated with each pixel in the source image, the forward warping field being spatially aligned with the source image such that each vector defines the motion of its associated pixel; and a gap filling module configured to predict a binary mask of gaps resulting from the application of the forward warping module and fill in the gaps based on the binary mask by generating a texture image by means of predicting a pair of coordinates in the source image for each pixel in the texture image. a source image input module for receiving a source image of a scene, the source image being captured by a vision camera; a forward warping module configured to predict, for each pixel in the source image comprising an array of pixels, a corresponding position in a target image, the forward warping module being configured to predict a forward warping field comprising an array of vectors having a vector associated with each pixel in the source image, the forward warping field being spatially aligned with the source image such that each vector defines the motion of its associated pixel; and a gap filling module configured to predict a binary mask of gaps resulting from the application of the forward warping module and fill in the gaps based on the binary mask by generating a texture image by means of predicting a pair of coordinates in the source image for each pixel in the texture image.
A lens moving apparatus comprising: a housing ; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; a magnet disposed on the housing ; an upper elastic member coupled to an upper portion of the housing ; and a supporting member coupled to the upper elastic member , wherein the housing comprises: a first adhesive injection recess and a second adhesive injection recess space apart from each other and exposing at least a portion of the magnet ; a protrusion disposed between the first adhesive injection recess and the second adhesive injection recess ; and a hole disposed to be spaced apart from the first adhesive injection recess . a housing ; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; a magnet disposed on the housing ; an upper elastic member coupled to an upper portion of the housing ; and a supporting member coupled to the upper elastic member , wherein the housing comprises: a first adhesive injection recess and a second adhesive injection recess space apart from each other and exposing at least a portion of the magnet ; a protrusion disposed between the first adhesive injection recess and the second adhesive injection recess ; and a hole disposed to be spaced apart from the first adhesive injection recess . a first adhesive injection recess and a second adhesive injection recess space apart from each other and exposing at least a portion of the magnet ; a protrusion disposed between the first adhesive injection recess and the second adhesive injection recess ; and a hole disposed to be spaced apart from the first adhesive injection recess .
A vehicle seat with a belt buckle, the vehicle seat comprising: a seat cushion making a seated portion of the seat ; and a seat back disposed at a back side of the seat cushion , the seat back making a backrest portion of the seat ; and a cover formed of a cloth of four layers of a skin material , a wadding which makes a cushion material, an adhesive material , and an interlining which makes a shape-holding material at a concave portion on a part surface of the seat cushion or the seat back that is peripheral with respect to said belt buckle, wherein the cover is formed into a concave shape by heat presswork with a mold having a curved surface, and the wadding is a high-density urethane wadding made of urethane having a density of 20 g/dm 3 or more and 50g/dm 3 or less. a seat cushion making a seated portion of the seat ; and a seat back disposed at a back side of the seat cushion , the seat back making a backrest portion of the seat ; and a cover formed of a cloth of four layers of a skin material , a wadding which makes a cushion material, an adhesive material , and an interlining which makes a shape-holding material at a concave portion on a part surface of the seat cushion or the seat back that is peripheral with respect to said belt buckle, wherein the cover is formed into a concave shape by heat presswork with a mold having a curved surface, and the wadding is a high-density urethane wadding made of urethane having a density of 20 g/dm 3 or more and 50g/dm 3 or less.
A method for Signal Indication for Flexible New Radio, NR, - Long Term Evolution, LTE, Coexistence in Fifth Generation NR wireless networks having capability to dynamically re-purpose unused bandwidth of Fourth Generation LTE wireless networks, the method comprising: receiving, by a User Equipment, UE , an NR control signal indicating an LTE network parameter; determining, within a set of resources, a subset of resources carrying one or more LTE signals, based on the LTE network parameter; and receiving, by the UE , an NR downlink signal over one or more resources in the set of resources excluding the subset of resources carrying one or more LTE signals, wherein the NR downlink signal is rate matched around the subset of resources carrying the one or more LTE signals. receiving, by a User Equipment, UE , an NR control signal indicating an LTE network parameter; determining, within a set of resources, a subset of resources carrying one or more LTE signals, based on the LTE network parameter; and receiving, by the UE , an NR downlink signal over one or more resources in the set of resources excluding the subset of resources carrying one or more LTE signals, wherein the NR downlink signal is rate matched around the subset of resources carrying the one or more LTE signals.
A method, in a wireless device , for prescheduling an uplink communication in a wireless network, the method comprising: detecting a use of an application, service or function that will require uplink communication, sending , to a network node , at least one prescheduling parameter indicative of a communication pattern of the wireless device, said communication pattern comprising information about a communication schedule indicating an expected timing at which the wireless device is to communicate with the network; receiving , from a base station , an uplink grant for communication according to the information about the communication schedule; detecting data to send; and sending the data via the resources as granted in said uplink grant. detecting a use of an application, service or function that will require uplink communication, sending , to a network node , at least one prescheduling parameter indicative of a communication pattern of the wireless device, said communication pattern comprising information about a communication schedule indicating an expected timing at which the wireless device is to communicate with the network; receiving , from a base station , an uplink grant for communication according to the information about the communication schedule; detecting data to send; and sending the data via the resources as granted in said uplink grant.
A method for evaluating annulus-tubing communication points in a production well, the production well having one or more strings of casing extending below a surface, and a string of production tubing within the strings of casing thereby forming an annulus , and the method comprising: placing up to 1,000 cc's of each of one or more tracer materials into a portable, hand-held vessel ; causing the one or more tracer materials to be injected from the vessel into the annulus of the well under pressure as part of a lift gas, wherein each of the one or more tracer materials defines a material that is not native to the production fluids ; further injecting the lift gas in order to cause the one or more tracer materials to contact the annulus-tubing communication points residing along the production tubing, and to enter the production tubing; producing formation fluids along with lift gas and the one or more tracer materials to the surface; detecting the one or more tracer materials at the surface by using a fluid analyzer, wherein the fluid analyzer is capable of detecting the one or more tracer materials at concentrations of less than 1,000 ppm; and measuring a concentration of each of the one or more tracer materials in the produced fluids as a function of time. placing up to 1,000 cc's of each of one or more tracer materials into a portable, hand-held vessel ; causing the one or more tracer materials to be injected from the vessel into the annulus of the well under pressure as part of a lift gas, wherein each of the one or more tracer materials defines a material that is not native to the production fluids ; further injecting the lift gas in order to cause the one or more tracer materials to contact the annulus-tubing communication points residing along the production tubing, and to enter the production tubing; producing formation fluids along with lift gas and the one or more tracer materials to the surface; detecting the one or more tracer materials at the surface by using a fluid analyzer, wherein the fluid analyzer is capable of detecting the one or more tracer materials at concentrations of less than 1,000 ppm; and measuring a concentration of each of the one or more tracer materials in the produced fluids as a function of time.
A nutritional composition for infants or young children, which is a formula feeding and which is not human milk, comprising: a. 2'fucosyllactose (2'-FL) in an amount of (i) 0.01 to 1 g per 100 ml nutritional composition; (ii) 0.075 to 7.5 wt.% based on dry weight; and/or (iii) 0.015 to 1.5 g per 100 kcal, and b. beta 3'galactosyllactose (beta3'-GL) in an amount of (i) 0.010 to 0.500 g per 100 ml; (ii) 0.075 to 3.75 wt.% based on dry weight and/or (iii) 0.015 to 0.75 g per 100 kcal. a. 2'fucosyllactose (2'-FL) in an amount of (i) 0.01 to 1 g per 100 ml nutritional composition; (ii) 0.075 to 7.5 wt.% based on dry weight; and/or (iii) 0.015 to 1.5 g per 100 kcal, and b. beta 3'galactosyllactose (beta3'-GL) in an amount of (i) 0.010 to 0.500 g per 100 ml; (ii) 0.075 to 3.75 wt.% based on dry weight and/or (iii) 0.015 to 0.75 g per 100 kcal.
An in vitro method for discriminating between live and dead microbes in a sample, comprising discriminating between transcriptionally-active and inert microbial nucleic acid sequences in the sample, wherein the method comprises the steps of: (a) sequencing a first and a second set of RNAs extracted from the sample, wherein the first set of RNAs is obtained by culturing the sample in presence of an RNA-labelling agent and further by submitting the extracted RNAs to conditions allowing for nucleotide substitution; and the second set of RNAs is obtained by culturing the sample in absence of an RNA-labelling agent; thereby obtaining a first and a second set of sequence reads; (b) comparing the number and/or rate of substituted nucleotides in the sequence reads mapping against at least one microbial nucleic acid sequence hit in the first and in the second set of sequence reads; and (c) concluding that the at least one microbial nucleic acid sequence hit belongs to a live microbe if the number and/or rate of substituted nucleotides in the sequence reads mapping against said at least one microbial nucleic acid sequence hit in the first set of sequence reads is greater than the number and/or rate of nucleotides randomly substituted in the second set of sequence reads. (a) sequencing a first and a second set of RNAs extracted from the sample, wherein the first set of RNAs is obtained by culturing the sample in presence of an RNA-labelling agent and further by submitting the extracted RNAs to conditions allowing for nucleotide substitution; and the second set of RNAs is obtained by culturing the sample in absence of an RNA-labelling agent; thereby obtaining a first and a second set of sequence reads; (b) comparing the number and/or rate of substituted nucleotides in the sequence reads mapping against at least one microbial nucleic acid sequence hit in the first and in the second set of sequence reads; and (c) concluding that the at least one microbial nucleic acid sequence hit belongs to a live microbe if the number and/or rate of substituted nucleotides in the sequence reads mapping against said at least one microbial nucleic acid sequence hit in the first set of sequence reads is greater than the number and/or rate of nucleotides randomly substituted in the second set of sequence reads.