mhurhangee/patent-ind-claim-en huggingface dataset:
A method of supporting location services, comprising: generating, by a terminal , in response to receiving a query for session information from a secure user plane location, SUPL, location platform, SLP , a list of active location session identifiers that are currently in progress between the terminal and the SLP , wherein the query is a SUPL INIT message, and wherein the list of active location session identifiers comprises an indication of at least two active location sessions when the terminal identifies that there are at least two active location sessions currently in progress between the terminal and the SLP; generating, by the terminal, a response message comprising the list of active location session identifiers, wherein the response message is a SUPL REPORT message generated in response to the query; and sending, by the terminal, the response message to the SLP. generating, by a terminal , in response to receiving a query for session information from a secure user plane location, SUPL, location platform, SLP , a list of active location session identifiers that are currently in progress between the terminal and the SLP , wherein the query is a SUPL INIT message, and wherein the list of active location session identifiers comprises an indication of at least two active location sessions when the terminal identifies that there are at least two active location sessions currently in progress between the terminal and the SLP; generating, by the terminal, a response message comprising the list of active location session identifiers, wherein the response message is a SUPL REPORT message generated in response to the query; and sending, by the terminal, the response message to the SLP.
A method for reducing metal-mold reaction in a metal casting process, comprising the steps of: providing an organic binder system and a refractory molding material, the organic binder system provided as three components, the first component being a polyol component and the second component being a polyisocyanate component, and the third component comprising at least one of: an alkyl silicate and an alkyl orthoformate that are not combined until the time of use; mixing at least the first component and the second component with the refractory molding material to provide a shapeable foundry mix; forming the shapeable foundry mix into a mold or core; and curing the mold or core formed, wherein the first and the second component of the organic binder system but not the third component are combined prior to being mixed with the refractory molding material. providing an organic binder system and a refractory molding material, the organic binder system provided as three components, the first component being a polyol component and the second component being a polyisocyanate component, and the third component comprising at least one of: an alkyl silicate and an alkyl orthoformate that are not combined until the time of use; mixing at least the first component and the second component with the refractory molding material to provide a shapeable foundry mix; forming the shapeable foundry mix into a mold or core; and curing the mold or core formed, wherein the first and the second component of the organic binder system but not the third component are combined prior to being mixed with the refractory molding material.
An inner package for smoking articles comprising: a flexible multilayer packaging material comprising: a moisture barrier layer ; a moisture control layer comprising a moisture controlling material , wherein the moisture controlling material is a material that can sorb or desorb moisture; and wherein the moisture control layer defines all or substantially all of a sealed inner surface of the inner package. a flexible multilayer packaging material comprising: a moisture barrier layer ; a moisture control layer comprising a moisture controlling material , wherein the moisture controlling material is a material that can sorb or desorb moisture; and a moisture barrier layer ; a moisture control layer comprising a moisture controlling material , wherein the moisture controlling material is a material that can sorb or desorb moisture; and wherein the moisture control layer defines all or substantially all of a sealed inner surface of the inner package.
An endotracheal tube , comprising a curved tube body and an oblique cutting surface , the curved tube body having a front end and the curved tube body having a center axis , an inner axis and an outer axis , the oblique cutting surface having a tip and the oblique cutting surface being located at the front end , wherein the oblique cutting surface has a circular projection surface on a vertical plane (P), the tip has a tip projection point on the circumference of the circular projection surface , the inner axis has an inner axis projection point on the circumference of the circular projection surface , and wherein the endotracheal tube is characterized in that : the tip projection point and the inner axis projection point form an angle θ, where 15° < θ < 45°; wherein, on the circular projection surface , the inner axis projection point is used as a starting point for defining moving along the clockwise direction from the inner axis projection point as being positive, and moving along the counterclockwise direction from the inner axis projection point as being negative.
A nebulizer dispenser comprising: a breathing element and a nebulizer chamber , the breathing element being configured to be coupled to the nebulizer chamber, the breathing element comprising: a body having a first passage and a first internal end comprising a shaped baffle ; a breathing piece coupled to the body and comprising a second passage having a second external opening and a second internal end that is fluidly coupled to the first internal end of the first passage through the shaped baffle ; and the nebulizer chamber comprising : an interior volume configured to retain a medication ; an inlet configured to receive a pressurized air flow into the interior volume , such that pressurized air flow enters the inlet and entrains the medication as the pressurized air flow moves through a tubular projection of the inlet; an outlet configured to be coupled to the first passage an opening from the interior volume to an ambient environment; and a baffle within the interior volume ; wherein during exhalation there is an increase in backpressure within the outlet induced by the diversion within the breathing element of the patient's exhaled breath into the outlet . a body having a first passage and a first internal end comprising a shaped baffle ; a breathing piece coupled to the body and comprising a second passage having a second external opening and a second internal end that is fluidly coupled to the first internal end of the first passage through the shaped baffle ; and the nebulizer chamber comprising : an interior volume configured to retain a medication ; an inlet configured to receive a pressurized air flow into the interior volume , such that pressurized air flow enters the inlet and entrains the medication as the pressurized air flow moves through a tubular projection of the inlet; an outlet configured to be coupled to the first passage an opening from the interior volume to an ambient environment; and a baffle within the interior volume ; an interior volume configured to retain a medication ; an inlet configured to receive a pressurized air flow into the interior volume , such that pressurized air flow enters the inlet and entrains the medication as the pressurized air flow moves through a tubular projection of the inlet; an outlet configured to be coupled to the first passage an opening from the interior volume to an ambient environment; and a baffle within the interior volume ; wherein during exhalation there is an increase in backpressure within the outlet induced by the diversion within the breathing element of the patient's exhaled breath into the outlet .
A semi-crystalline polyester comprising a repeat unit of the formula: wherein A is an aliphatic, aromatic, or heterocyclic group; R 1 is selected from the group consisting of 1,4-butanediol residue and 1,4-cyclohexanedimethanol residue; R 2 is neopentanediol residue; m is between 50 and 99 inclusive; n is between 1 and 50 inclusive; x is between 1 and 200 inclusive; and wherein said semi-crystalline polyester exhibits a minimum crystallization half-time of about 0.3 minutes or greater, measured as indicated in the description.
A method of performing local dimming of a liquid crystal display device , the method comprising: displaying an image with a single grayscale on a liquid crystal display panel ; detecting an abnormal block where a light leakage or a black uniformity (BU) defect occurs among a plurality of blocks of the liquid crystal display panel ; and calculating a dimming value for the abnormal block, wherein the detecting of the abnormal block includes measuring a brightness of each of the plurality of blocks by scanning the liquid crystal display panel on which the image is displayed, wherein the detecting of the abnormal block further includes detecting a block with a brightness different from a brightness measured from a reference block among the plurality of blocks as an abnormal block, and characterised in that the reference block is a block with a brightness corresponding to a mode among brightnesses respectively measured from the plurality of blocks. displaying an image with a single grayscale on a liquid crystal display panel ; detecting an abnormal block where a light leakage or a black uniformity (BU) defect occurs among a plurality of blocks of the liquid crystal display panel ; and calculating a dimming value for the abnormal block, wherein the detecting of the abnormal block includes measuring a brightness of each of the plurality of blocks by scanning the liquid crystal display panel on which the image is displayed, wherein the detecting of the abnormal block further includes detecting a block with a brightness different from a brightness measured from a reference block among the plurality of blocks as an abnormal block, and characterised in that the reference block is a block with a brightness corresponding to a mode among brightnesses respectively measured from the plurality of blocks.
A method of reducing leakage of side-channel information in a communication channel, comprising: generating a dithered clock signal comprising a succession of clock pulse segments, each clock pulse segment having alternating clock pulses at a different respective frequency selected in response to a first random number, each clock pulse segment further having a different overall duration selected in response to a second random number, the different respective frequency of each clock pulse segment generated by supplying the first random number to a lookup table as a data structure that stores a plurality of different frequency values in a memory, the overall duration of each clock pulse segment generated by supplying the second random number to a timer circuit ; and using the dithered clock signal to clock a programmable processor having programming stored in a memory during execution of a cryptographic function involving multiple logical computations to arrive at an output value responsive to an input value over an overall time interval from receipt of the input value to generation of the output value. generating a dithered clock signal comprising a succession of clock pulse segments, each clock pulse segment having alternating clock pulses at a different respective frequency selected in response to a first random number, each clock pulse segment further having a different overall duration selected in response to a second random number, the different respective frequency of each clock pulse segment generated by supplying the first random number to a lookup table as a data structure that stores a plurality of different frequency values in a memory, the overall duration of each clock pulse segment generated by supplying the second random number to a timer circuit ; and using the dithered clock signal to clock a programmable processor having programming stored in a memory during execution of a cryptographic function involving multiple logical computations to arrive at an output value responsive to an input value over an overall time interval from receipt of the input value to generation of the output value.
Air inlet or air outlet filter (1.1, 1.2) for a switchgear cabinet housing , with a filter housing , in which a filter substrate with a pleated filter is arranged, which completely covers an air passage cross-section (d) of the filter housing , wherein the filter substrate has a liquid-absorbing absorber mat made of nonwoven fabric , which is liquid-absorbing and preferably consists of thermally and/or mechanically bonded polyester fibers, and wherein the nonwoven fabric and/or the pleated filter has a liquid-absorbing material strip, preferably a hydrophilic nonwoven fabric, on an underside, characterized in that the liquid-absorbing material strip is arranged outside the air passage cross-section (d) of the filter housing .
A prosthetic heart valve device for treating a native heart valve in a patient, comprising: a valve support having a generally circular shape and configured to support a prosthetic valve; a deformable retainer coupled to an upstream portion of the valve support and configured to engage cardiac tissue on or below an annulus of the heart valve; and a plurality of arms coupled to the valve support, wherein the plurality of arms are coupled to a downstream portion of the valve support, the plurality of arms configured to engage native tissue, wherein the arms are biased outwardly from the valve support in an unbiased configuration; wherein the valve support is mechanically isolated from the retainer such that deformation of the retainer does not substantially affect the generally circular shape of the valve support. a valve support having a generally circular shape and configured to support a prosthetic valve; a deformable retainer coupled to an upstream portion of the valve support and configured to engage cardiac tissue on or below an annulus of the heart valve; and a plurality of arms coupled to the valve support, wherein the plurality of arms are coupled to a downstream portion of the valve support, the plurality of arms configured to engage native tissue, wherein the arms are biased outwardly from the valve support in an unbiased configuration; wherein the valve support is mechanically isolated from the retainer such that deformation of the retainer does not substantially affect the generally circular shape of the valve support.
Motor vehicle headlamp , comprising a light source , projection optics and a holder , the light source being connected to the holder and being configured to emit light by means of the projection optics in the direction of a projection axis , characterised in that the projection optics are mounted in a frame which is movably arranged in the holder and further comprises a lever rotatably connected to the holder by means of axle elements forming a pivot axis which extends transversely or orthogonal to the projection axis , and the frame has at least one lug located between the holder and the lever , and the lever is configured to push on the at least one lug during a rotational movement about the pivot axis , thereby displacing the frame in the holder along the projection axis .
An authentication method for an electronic locking device , comprising: collecting a usage history (S1100) of locking and unlocking an electronic locking device by an electronic key ; transmitting, by the electronic key, the usage history to a usage pattern analyzing device ; generating, by the usage pattern analyzing device , a usage pattern (S 1200) by analyzing the usage history; transmitting, by the usage pattern analyzing device , the generated usage pattern to the electronic key ; and performing, by the electronic key , authentication (S1300) by applying one authentication level, among different authentication levels comprising a one-step authentication, a two-step authentication, and a three-step authentication, the authentication level being selected based on the usage pattern when the electronic locking device is to be locked and unlocked using the electronic key ; wherein the electronic locking device is configured to be temporally supplied with power from a connecting terminal of the electronic key to a connecting terminal of the electronic locking device ; and all authentication levels comprise the one-step authentication being performed by exchanging identifiers (UIDs) by physically contacting the connecting terminal of the electronic key and the connecting terminal of the electronic locking device . collecting a usage history (S1100) of locking and unlocking an electronic locking device by an electronic key ; transmitting, by the electronic key, the usage history to a usage pattern analyzing device ; generating, by the usage pattern analyzing device , a usage pattern (S 1200) by analyzing the usage history; transmitting, by the usage pattern analyzing device , the generated usage pattern to the electronic key ; and performing, by the electronic key , authentication (S1300) by applying one authentication level, among different authentication levels comprising a one-step authentication, a two-step authentication, and a three-step authentication, the authentication level being selected based on the usage pattern when the electronic locking device is to be locked and unlocked using the electronic key ; wherein the electronic locking device is configured to be temporally supplied with power from a connecting terminal of the electronic key to a connecting terminal of the electronic locking device ; and all authentication levels comprise the one-step authentication being performed by exchanging identifiers (UIDs) by physically contacting the connecting terminal of the electronic key and the connecting terminal of the electronic locking device .
A method of preparing a magnetic component, comprising: a) masking pre-selected sections of a surface portion of the component, using a nitrogen masking material that comprises a fired aluminum-silicon coating, to form a masked region in the component; b) heat-treating the component in a nitrogen-rich atmosphere at a temperature greater than about 900°C, to form intermixed first and second regions in the magnetic alloy; wherein the first region comprises a magnetic phase; the second region comprises a non-magnetic phase; the second region comprises greater than 0.1% nitrogen; and then c) selectively removing the nitrogen masking material, by contacting the material with molten potassium hydroxide or molten cesium hydroxide or a combination of molten potassium hydroxide and molten cesium hydroxide, under conditions sufficient to remove the masking material without substantially affecting the component. a) masking pre-selected sections of a surface portion of the component, using a nitrogen masking material that comprises a fired aluminum-silicon coating, to form a masked region in the component; b) heat-treating the component in a nitrogen-rich atmosphere at a temperature greater than about 900°C, to form intermixed first and second regions in the magnetic alloy; wherein the first region comprises a magnetic phase; the second region comprises a non-magnetic phase; the second region comprises greater than 0.1% nitrogen; and then c) selectively removing the nitrogen masking material, by contacting the material with molten potassium hydroxide or molten cesium hydroxide or a combination of molten potassium hydroxide and molten cesium hydroxide, under conditions sufficient to remove the masking material without substantially affecting the component.
A cyanoacrylate composition, comprising: (a) a β-alkoxyalkyl cyanoacrylate component; (b) a cyanoacrylate component selected from the group consisting of butyl cyanoacrylates, octyl cyanoacrylates and combinations thereof; (c) a rubber toughening component; (d) a surface modified polyolefin; and, (e) an adhesion promoter, wherein the β-alkoxyalkyl cyanoacrylate component (a) and the cyanoacrylate component (b) are present in the composition in ratio by weight of from 55 to 85: 5 to 30. (a) a β-alkoxyalkyl cyanoacrylate component; (b) a cyanoacrylate component selected from the group consisting of butyl cyanoacrylates, octyl cyanoacrylates and combinations thereof; (c) a rubber toughening component; (d) a surface modified polyolefin; and, (e) an adhesion promoter,
Method for determining the degree of damage of a plastic rope of a hoist connected to a load-carrying means in order to determine the discard state, wherein the plastic rope is partially wound onto a rope drum of the hoist connected to a drive , which has a braking device comprising the following method steps: - picking up a defined load by the load-carrying means; - raising or lowering the load by activating the drive until a defined rope length unwound from the rope drum is reached; characterised in the following method steps: - performing a defined braking action by the braking device at the defined rope length; - detecting the mass oscillation initiated thereby via an arranged force sensor as a rope force measurement over time; - comparison of the oscillation curve obtained in this manner with a stored reference oscillation curve. - picking up a defined load by the load-carrying means; - raising or lowering the load by activating the drive until a defined rope length unwound from the rope drum is reached; - performing a defined braking action by the braking device at the defined rope length; - detecting the mass oscillation initiated thereby via an arranged force sensor as a rope force measurement over time; - comparison of the oscillation curve obtained in this manner with a stored reference oscillation curve.
Method for preparing an electrode comprising a metal support, vertically aligned carbon nanotubes and a metal oxide deposited along the entire length of said vertically aligned carbon nanotubes, said method comprising the following consecutive steps: a) synthesizing, on a metal support, a mat of vertically aligned carbon nanotubes, the density of which is comprised between 10 8 and 10 13 nanotubes. cm -2 of support; b) bringing said mat of vertically aligned carbon nanotubes synthesized on the metal support in step (a) into contact with an aqueous solution comprising a precursor of said metal oxide, the redox potential of which is greater than the relative potential of the mat of vertically aligned carbon nanotubes synthesized on the metal support, said aqueous solution comprising the metal oxide precursor consisting of said precursor diluted or solubilized in water, no other chemical compound different from said precursor being present in the solution used in step (b), the step of bringing into contact being exclusively carried out at a temperature of less than or equal to 40°C, whereby a metal oxide matrix is deposited along the entire length of said vertically aligned carbon nanotubes. a) synthesizing, on a metal support, a mat of vertically aligned carbon nanotubes, the density of which is comprised between 10 8 and 10 13 nanotubes. cm -2 of support; b) bringing said mat of vertically aligned carbon nanotubes synthesized on the metal support in step (a) into contact with an aqueous solution comprising a precursor of said metal oxide, the redox potential of which is greater than the relative potential of the mat of vertically aligned carbon nanotubes synthesized on the metal support, said aqueous solution comprising the metal oxide precursor consisting of said precursor diluted or solubilized in water, no other chemical compound different from said precursor being present in the solution used in step (b), the step of bringing into contact being exclusively carried out at a temperature of less than or equal to 40°C, whereby a metal oxide matrix is deposited along the entire length of said vertically aligned carbon nanotubes.