mhurhangee/patent-ind-claim-en huggingface dataset:
A mattress topper for fitting to a mattress , comprising: a lower layer including a lower layer peripheral portion; a side layer including an upper portion and a lower edge, the side layer configured to be positioned adjacent to side edges of the mattress and to extend down along the side edges of the mattress ; an upper layer overlaying the lower layer and including an upper layer peripheral portion; and a seam comprising threads and extending along peripheral edges of the lower layer and the upper layer and extending through the lower layer , upper layer , and side layer , the upper layer peripheral portion being disposed between the lower layer peripheral portion and the upper portion of the side layer and the threads secure the lower layer peripheral portion, the upper layer peripheral portion, and the upper portion of the side layer , with outer portions of the threads of the seam bearing against fabric of the lower layer peripheral portion and fabric of the upper portion of the side layer , the threads of the seam simply passing through the upper layer , and the side layer being folded back on the seam ; and a deformable support layer disposed between the upper layer and the lower layer . a lower layer including a lower layer peripheral portion; a side layer including an upper portion and a lower edge, the side layer configured to be positioned adjacent to side edges of the mattress and to extend down along the side edges of the mattress ; an upper layer overlaying the lower layer and including an upper layer peripheral portion; and a seam comprising threads and extending along peripheral edges of the lower layer and the upper layer and extending through the lower layer , upper layer , and side layer , the upper layer peripheral portion being disposed between the lower layer peripheral portion and the upper portion of the side layer and the threads secure the lower layer peripheral portion, the upper layer peripheral portion, and the upper portion of the side layer , with outer portions of the threads of the seam bearing against fabric of the lower layer peripheral portion and fabric of the upper portion of the side layer , the threads of the seam simply passing through the upper layer , and the side layer being folded back on the seam ; and a deformable support layer disposed between the upper layer and the lower layer .
A method of reporting channel state information, CSI, from a wireless device to a radio node , the wireless device being wirelessly connected to the radio node , the method comprising the steps of: storing , at the wireless device , different CSI configurations associated with different CSI states (502; 504), wherein the CSI states (502; 504) include at least one active CSI state , wherein, according to the CSI configuration associated with the active CSI state , the CSI is periodically reported by the wireless device in the active CSI state , and wherein the CSI configurations comprise at least one transition criterion for a state transition between the CSI states (502; 504), wherein the transition criterion for the transition to the active CSI state includes a change of the CSI; determining , by the wireless device , the state transition to a CSI state among the CSI states (502; 504) if the corresponding transition criterion is fulfilled; and reporting the CSI according to the CSI configuration that is associated with the CSI state resulting from the determination. storing , at the wireless device , different CSI configurations associated with different CSI states (502; 504), wherein the CSI states (502; 504) include at least one active CSI state , wherein, according to the CSI configuration associated with the active CSI state , the CSI is periodically reported by the wireless device in the active CSI state , and wherein the CSI configurations comprise at least one transition criterion for a state transition between the CSI states (502; 504), wherein the transition criterion for the transition to the active CSI state includes a change of the CSI; determining , by the wireless device , the state transition to a CSI state among the CSI states (502; 504) if the corresponding transition criterion is fulfilled; and reporting the CSI according to the CSI configuration that is associated with the CSI state resulting from the determination.
A generator stator , comprising: a housing arranged along a rotation axis ; a sleeve seated in the housing and extending about the rotation axis ; an armature body with a current coil, the armature body seated within the sleeve ; and a shim including an annular body arranged between the sleeve and the housing , wherein the shim fixes the sleeve radially relative to the housing to reduce diameter of a housing bore defined by the stator housing ; wherein the interior of the housing defines a coolant circuit with at least one outlet in fluid communication with the housing bore , wherein the housing defines a plurality of circumferential grooves within the surface of the housing and bounding the housing bore for circulating coolant and removing heat from the current coil through the armature body , the sleeve and the shim ; and characterized in that the annular body of the shim is interrupted by a longitudinal slot , wherein the slot is arranged on a side of the rotation axis opposite the coolant outlet . a housing arranged along a rotation axis ; a sleeve seated in the housing and extending about the rotation axis ; an armature body with a current coil, the armature body seated within the sleeve ; and a shim including an annular body arranged between the sleeve and the housing , wherein the shim fixes the sleeve radially relative to the housing to reduce diameter of a housing bore defined by the stator housing ; wherein the interior of the housing defines a coolant circuit with at least one outlet in fluid communication with the housing bore , wherein the housing defines a plurality of circumferential grooves within the surface of the housing and bounding the housing bore for circulating coolant and removing heat from the current coil through the armature body , the sleeve and the shim ; and characterized in that the annular body of the shim is interrupted by a longitudinal slot , wherein the slot is arranged on a side of the rotation axis opposite the coolant outlet .
A method for distinguishing isobaric amino acids and amino acid combinations of isoleucine and leucine; asparagine and glycine-glycine; glutamine and glycine-alanine; and/or glutamine and alanine-glycine or glycine-alanine, during polypeptide sequencing, the method comprising: obtaining a peptide of interest and/or digesting a polypeptide of interest with a protease or a chemical cleavage method to produce shorter peptides; reacting the obtained and/or generated peptides with a coupling reagent capable of derivatizing the free C-terminal carboxylic acid function of the peptides, under conditions to add a basic functional group (a single positive charge or multiple positive charges); selecting a charge state of 2+ or more, and fragmenting the derivatized peptides in a mass spectrometer under conditions effective to generate at least w ions; and detecting said w ions by mass spectrometry, and identifying derivatized peptides which incorporate the additional mass of said basic functional group; wherein positive charges are added to the free C-terminal carboxylic acid function of the peptide and/or polypeptide, and said w ions are analyzed to distinguish between the isobaric amino acids and amino acid combinations of: isoleucine and leucine; asparagine and glycine-glycine; glutamine and glycine-alanine; and/or glutamine and alanine-glycine. obtaining a peptide of interest and/or digesting a polypeptide of interest with a protease or a chemical cleavage method to produce shorter peptides; reacting the obtained and/or generated peptides with a coupling reagent capable of derivatizing the free C-terminal carboxylic acid function of the peptides, under conditions to add a basic functional group (a single positive charge or multiple positive charges); selecting a charge state of 2+ or more, and fragmenting the derivatized peptides in a mass spectrometer under conditions effective to generate at least w ions; and detecting said w ions by mass spectrometry, and identifying derivatized peptides which incorporate the additional mass of said basic functional group;
An occlusive device for medical treatment of a vascular condition, comprising: a plurality of wires braided into a three dimensional structure comprising a cylindrical body and a braided, closed end of the cylindrical body; wherein the braided, closed end is free from any free ends of the plurality of wires, and wherein the braided, closed end having a braid pattern with a plurality of interconnected loops , and characterized in that each loop is interconnected with and passes through an opposing loop in said braid pattern.
Holding frame for a connector for receiving pneumatic modules , comprising two holding frame parts, wherein - each of said holding frame parts in each case has a side part in which a plurality of windows are arranged, - each of said holding frame parts, at two mutually opposite ends of a side part , in each case has an end region bent at right angles, and wherein - each of said bent end regions has, at its end, a contact region with an associated contact surface for fitting on and mechanically fastening to the contact region of the other holding frame part in each case, characterized in that the holding frame parts are manufactured from sheet metal, and therefore the two holding frame parts are two sheet-metal parts , wherein each contact region is bent at right angles with its contact surface with respect to its respective end region and has a screw hole or a screw eye , wherein the contact regions can be pressed against each other at their contact surfaces by means of a screw connection, wherein, for the screw connection, a screw is guided through a screw eye of the contact region of the one sheet-metal part and screwed into the screw hole of the contact region of the other sheet-metal part . - each of said holding frame parts in each case has a side part in which a plurality of windows are arranged, - each of said holding frame parts, at two mutually opposite ends of a side part , in each case has an end region bent at right angles, and wherein - each of said bent end regions has, at its end, a contact region with an associated contact surface for fitting on and mechanically fastening to the contact region of the other holding frame part in each case,
A service-based processing method, performed by a terminal device, the method comprising: when the terminal device resides in a New Radio, NR, network, determining whether to select another domain to initiate a target service, based on indication transmitted by a network side, the another domain is a domain different from a present domain used by the terminal device, and comprises a Circuit Switched, CS, domain or a Packet Switched, PS, domain; wherein determining whether to select the another domain to initiate the target service, based on the indication transmitted by the network side comprises: when the indication transmitted by the network side is received, and if the terminal device is incapable of parsing the indication, selecting, by the terminal device, the another domain to initiate the target service, where the indication transmitted by the network side represents that the network side supports fallback of the target service to the another domain or represents that the network supports the target service. when the terminal device resides in a New Radio, NR, network, determining whether to select another domain to initiate a target service, based on indication transmitted by a network side, the another domain is a domain different from a present domain used by the terminal device, and comprises a Circuit Switched, CS, domain or a Packet Switched, PS, domain; wherein determining whether to select the another domain to initiate the target service, based on the indication transmitted by the network side comprises: when the indication transmitted by the network side is received, and if the terminal device is incapable of parsing the indication, selecting, by the terminal device, the another domain to initiate the target service, where the indication transmitted by the network side represents that the network side supports fallback of the target service to the another domain or represents that the network supports the target service. when the indication transmitted by the network side is received, and if the terminal device is incapable of parsing the indication, selecting, by the terminal device, the another domain to initiate the target service, where the indication transmitted by the network side represents that the network side supports fallback of the target service to the another domain or represents that the network supports the target service.
A method for detecting the occurrence of ammonia slips downstream of an exhaust-gas after-treatment line (AFT) comprising at least one selective-catalytic-reduction nitrogen-oxide treatment element (SCRoF, SCRuF), wherein the after-treatment line comprises a first nitrogen-oxide-concentration sensor (S1) upstream of said at least one selective-catalytic-reduction nitrogen-oxide treatment element (SCRoF, SCRuF), and a second nitrogen-oxide-concentration sensor (S2) downstream of said at least one selective-catalytic-reduction nitrogen-oxide treatment element (SCRoF, SCRuF), the method comprising: - determining a reference function (NOx FR (t)) that defines a relation between a temporal nitrogen-oxide-concentration signal (NOx DSmeasd (t)) coming from said second nitrogen-oxide-concentration sensor (S2) and a temporal nitrogen-oxide-concentration signal (NOx USmeasd (t)) coming from said first nitrogen-oxide-concentration sensor (S1); - subjecting said reference function (NOx FR (t)) to a first filtering (LP1, HP1) to obtain a first temporal signal (Nox FR Fild LP/HP) representative of a component of said reference function having a first frequency range (LF); - subjecting said reference function (NOx FR (t)) to a second filtering (HP2, LP2) to obtain a second temporal signal (Nox FR Fild HP/LP) representative of a component of said reference function (Nox FR (t)), which has a second frequency range (HF), said second frequency range (HF) having values higher than said first frequency range (LF); - calculating an amplitude ratio (R) between said first temporal signal (NOx FR Fild LP/HP) and said second temporal signal (NOx FR Fild HP/LP) ; and - comparing said amplitude ratio (R) with a threshold value (C). wherein, when said amplitude ratio (R) is higher than said threshold value (C), an ammonia slip downstream of said after-treatment line occurs. - determining a reference function (NOx FR (t)) that defines a relation between a temporal nitrogen-oxide-concentration signal (NOx DSmeasd (t)) coming from said second nitrogen-oxide-concentration sensor (S2) and a temporal nitrogen-oxide-concentration signal (NOx USmeasd (t)) coming from said first nitrogen-oxide-concentration sensor (S1); - subjecting said reference function (NOx FR (t)) to a first filtering (LP1, HP1) to obtain a first temporal signal (Nox FR Fild LP/HP) representative of a component of said reference function having a first frequency range (LF); - subjecting said reference function (NOx FR (t)) to a second filtering (HP2, LP2) to obtain a second temporal signal (Nox FR Fild HP/LP) representative of a component of said reference function (Nox FR (t)), which has a second frequency range (HF), said second frequency range (HF) having values higher than said first frequency range (LF); - calculating an amplitude ratio (R) between said first temporal signal (NOx FR Fild LP/HP) and said second temporal signal (NOx FR Fild HP/LP) ; and - comparing said amplitude ratio (R) with a threshold value (C).
A glycopeptide antibiotic for use in the treatment of a bacterial infection in a subject, comprising administering to a subject having a bacterial infection a glycopeptide antibiotic via an intravenous route, wherein the glycopeptide antibiotic is oritavancin, or a pharmaceutically acceptable salt, hydrate, or solvate thereof, or a mixture thereof, wherein the effective amount of the glycopeptide antibiotic is between about 20 and 30 mg/kg body weight, and wherein the glycopeptide antibiotic provides a fraction of glycopeptide antibiotic bound to serum proteins in the subject in the range of about 50% to about 95%, and wherein the glycopeptide antibiotic is for use in a method comprising administration of said glycopeptide antibiotic once weekly, every eight days, every nine days, every ten days, bi-weekly, monthly, bi-monthly, or as a single dose.
A manufacturing method of a coated conducting wire assembly, comprising: forming a conducting wire assembly by twist-deforming a conducting wire bundle , the conducting wire bundle being formed by bundling a plurality of conducting wires , the conducting wire assembly including a parallel portion , a left-wound portion , and a right-wound portion ; and forming a coated conducting wire assembly by covering the conducting wire assembly with an insulation coating; characterized by annealing the coated conducting wire assembly, the annealing being heating and holding the coated conducting wire assembly at an annealing temperature, while applying tension to the covered conducting wire assembly. forming a conducting wire assembly by twist-deforming a conducting wire bundle , the conducting wire bundle being formed by bundling a plurality of conducting wires , the conducting wire assembly including a parallel portion , a left-wound portion , and a right-wound portion ; and forming a coated conducting wire assembly by covering the conducting wire assembly with an insulation coating; characterized by annealing the coated conducting wire assembly, the annealing being heating and holding the coated conducting wire assembly at an annealing temperature, while applying tension to the covered conducting wire assembly.
The use of a rosin compound which is at least one of a rosin and a metal-free type rosin derivative, each having an acid value of ≤ 180 (mg KOH/g) for the preparation of an antifouling coating composition by blending with a silylacrylic copolymer (A) having a component unit derived from triisopropylsilyl (meth) acrylate (A1) and a component unit derived from a polymerizable monomer (A2) having a polymerizable double bond, wherein the silylacrylic copolymer (A) is contained in an amount of 10-30 parts by weight (pbw) in 100 pbw in total of the solid content (heating condition at 125°C/1h drying) contained in the antifouling coating composition.
A transportable mineral material processing system , comprising: a screen support frame configured to receive and support a multideck screen that comprises a plurality of stacked screen decks configured to output different size fractions at a discharge end of the screen decks; a dividing hopper comprising a reception configured to receive from the multideck screen , when installed, the output different size fractions and further comprising a chute configured to guide at least one of the different size fractions to a chute output position; and a platform frame configured to movably support the screen support frame so that the screen support frame and the multideck screen are movable between an elevated operating position and to a lowered transport position; characterised in that the chute output position laterally resides outside a lateral footprint bordered by the platform frame ; and in that the system further comprises means for moving the chute between a chute transport state and a chute operating state so that at least a portion of a weight of the chute is carried by the dividing hopper in and between these states. a screen support frame configured to receive and support a multideck screen that comprises a plurality of stacked screen decks configured to output different size fractions at a discharge end of the screen decks; a dividing hopper comprising a reception configured to receive from the multideck screen , when installed, the output different size fractions and further comprising a chute configured to guide at least one of the different size fractions to a chute output position; and a platform frame configured to movably support the screen support frame so that the screen support frame and the multideck screen are movable between an elevated operating position and to a lowered transport position; characterised in that the chute output position laterally resides outside a lateral footprint bordered by the platform frame ; and in that the system further comprises means for moving the chute between a chute transport state and a chute operating state so that at least a portion of a weight of the chute is carried by the dividing hopper in and between these states.
A method for selecting stereo pairs of satellite or aerial images to generate elevation data of a zone of interest, said method being implemented by computer and comprising a phase of selecting eligible stereo pairs from an initial set of images representing the zone of interest, followed by a phase of ranking the stereo pairs selected as a function of their quality, said method being characterised in that it further comprises a phase of defining N image clusters, with N an integer greater than or equal to 2, each gathering images from the initial set according to a resemblance criterion, and a phase of selecting the best stereo pairs per cluster on the basis of the ranking established during the ranking phase and on the fact that a pair belongs to a cluster if both images of said pair belong to said cluster.