mhurhangee/ep-ind-claims huggingface dataset:
An aircraft lavatory unit (12A, 12B) having a toilet bowl provided within a structural frame, the structural frame including two first wall faces (18, 20) disposed opposite each other, and a second wall face that connects the first wall faces (18, 20), the toilet bowl being disposed so that the two first wall faces (18, 20) are located at both sides of the toilet bowl, and the second wall face being located to the rear of the toilet bowl, and handrails being provided at positions on the two first wall faces (18, 20) sandwiching the toilet bowl, the handrails for use when sitting down onto a toilet seat of the toilet bowl and when standing up from the toilet seat, characterized in that a diaper changing platform is provided on the second wall face with a position above the toilet bowl as a support point, that is capable of being pivoted between a stowage position conforming to the second wall face and a usage position when it is lowered to above the toilet bowl, and in the usage position, the diaper changing platform is supported at side portions of the diaper changing platform on the two first wall face (18, 20) sides, by the handrails of the two first wall faces (18, 20). the structural frame including two first wall faces (18, 20) disposed opposite each other, and a second wall face that connects the first wall faces (18, 20), the toilet bowl being disposed so that the two first wall faces (18, 20) are located at both sides of the toilet bowl, and the second wall face being located to the rear of the toilet bowl, and handrails being provided at positions on the two first wall faces (18, 20) sandwiching the toilet bowl, the handrails for use when sitting down onto a toilet seat of the toilet bowl and when standing up from the toilet seat, characterized in that a diaper changing platform is provided on the second wall face with a position above the toilet bowl as a support point, that is capable of being pivoted between a stowage position conforming to the second wall face and a usage position when it is lowered to above the toilet bowl, and in the usage position, the diaper changing platform is supported at side portions of the diaper changing platform on the two first wall face (18, 20) sides, by the handrails of the two first wall faces (18, 20).
Method for determining a control sequence for a drive train of a work machine, wherein a clutch of the drive train is controlled with the control sequence on the basis of a brake actuation, comprising at least the following steps: manoeuvring with the work machine by way of an operator; recording respective clutch actuation characteristic variables of respective clutch actuations and respective brake actuation characteristic variables of respective brake actuations during manoeuvring; and determining at least one clutch control characteristic curve (110, 112, 114) on the basis of the recorded clutch actuation characteristic variables and the recorded brake actuation characteristic variables, wherein a clutch actuation is automatically controlled by means of the respective clutch control characteristic curve (110, 112, 114) by the control sequence on the basis of a brake actuation by an operator. manoeuvring with the work machine by way of an operator; recording respective clutch actuation characteristic variables of respective clutch actuations and respective brake actuation characteristic variables of respective brake actuations during manoeuvring; and determining at least one clutch control characteristic curve (110, 112, 114) on the basis of the recorded clutch actuation characteristic variables and the recorded brake actuation characteristic variables, wherein a clutch actuation is automatically controlled by means of the respective clutch control characteristic curve (110, 112, 114) by the control sequence on the basis of a brake actuation by an operator.
A wireless device (10,50,216) comprising generating circuitry that generates a carrier signal, and modulating circuitry that modulates the carrier signal relative to data for transmission, the device (10,50,216) further comprising pulse creation circuitry adapted to selectively create one or more pulses in association with the carrier signal, the one or more pulses being generated in a manner inconsistent with a modulation protocol associated with modulation of the carrier signal by the modulating circuitry, characterized in that the device is adapted to create a message by use of the circuitry for generating and the circuitry for modulating, wherein the device (10,50,216) also comprises a controller that controls the pulse creation circuitry and selectively causes the carrier signal to be modified inconsistent with the modulation protocol during a designated portion of a selected message, the selected message also including source identifier data.
An API gateway cluster control method, wherein the method is applied to a service provisioning system, the service provisioning system comprises an application programming interface, API, gateway cluster and a service cluster, and an application accesses the service cluster by using the API gateway cluster; and the method comprises: determining that a quantity of API requests received by the service provisioning system exceeds a traffic control parameter; obtaining a load parameter of the API gateway cluster; obtaining a load parameter of the service cluster; determining, based on the load parameter of the API gateway cluster, that the API gateway cluster is congested; determining, based on the load parameter of the service cluster, that the service cluster is not congested; and scaling out the API gateway cluster based on both the determining that the API gateway cluster is congested and the determining that the service cluster is not congested. determining that a quantity of API requests received by the service provisioning system exceeds a traffic control parameter; obtaining a load parameter of the API gateway cluster; obtaining a load parameter of the service cluster; determining, based on the load parameter of the API gateway cluster, that the API gateway cluster is congested; determining, based on the load parameter of the service cluster, that the service cluster is not congested; and scaling out the API gateway cluster based on both the determining that the API gateway cluster is congested and the determining that the service cluster is not congested.
A method of isolating cancer cell-derived exosomes comprising: (a) isolating an exosomes fraction from a body fluid obtained from a cancer patient; and (b) isolating exosomes from the exosomes fraction based on surface expression of glypican 1, thereby isolating cancer cell-derived exosomes. (a) isolating an exosomes fraction from a body fluid obtained from a cancer patient; and (b) isolating exosomes from the exosomes fraction based on surface expression of glypican 1, thereby isolating cancer cell-derived exosomes.
Adhesive tape for fastening, covering and mechanically reinforcing surfaces, having a backing layer and an adhesive layer adhering thereto, the backing layer consisting of a matrix material in which fibers lie embedded, characterized in that the fibers lie completely embedded in the matrix material in such a manner that they lie completely below the surface of the matrix material of the backing layer on at least one side face, and the matrix material comprises pores, the volume fraction of the pores being at most 10%, the fibers having a fiber volume content of 15% to 80% based on the volume of the backing layer.
A package configured to contain cigarettes, comprising: a lower body portion defining a base, the base including: a base bottom wall, a base front wall having first base side tabs coupled thereto, and a base rear wall having second base side tabs coupled thereto, and an upper body portion defining a lid, the lid comprising: a lid top wall, a lid front wall having first lid side tabs coupled thereto, and a lid rear wall having second lid side tabs coupled thereto, and a tear strip adhesively coupled to the lid front wall and the base front wall, the tear strip bonded from an inner surface of the lid front wall to an inner surface of the base front wall, from a left side of the lid front wall to a right side of the lid front wall, and from a left side of the base front wall to a right side of the base front wall, and wherein an outer surface of the lid and the lower body portion is exposed to be touched by a user, and characterised in that a finger opening (40; 140; 240) is provided on an upper portion of the base front wall, the finger opening (40; 140; 240) facilitating opening of the lid by a user. a lower body portion defining a base, the base including: a base bottom wall, a base front wall having first base side tabs coupled thereto, and a base rear wall having second base side tabs coupled thereto, and a base bottom wall, a base front wall having first base side tabs coupled thereto, and a base rear wall having second base side tabs coupled thereto, and an upper body portion defining a lid, the lid comprising: a lid top wall, a lid front wall having first lid side tabs coupled thereto, and a lid rear wall having second lid side tabs coupled thereto, and a lid top wall, a lid front wall having first lid side tabs coupled thereto, and a lid rear wall having second lid side tabs coupled thereto, and a tear strip adhesively coupled to the lid front wall and the base front wall, the tear strip bonded from an inner surface of the lid front wall to an inner surface of the base front wall, from a left side of the lid front wall to a right side of the lid front wall, and from a left side of the base front wall to a right side of the base front wall, and wherein an outer surface of the lid and the lower body portion is exposed to be touched by a user, and characterised in that a finger opening (40; 140; 240) is provided on an upper portion of the base front wall, the finger opening (40; 140; 240) facilitating opening of the lid by a user.
A method to be performed by a first wireless communication station, STA, the method comprising: setting both a value of an allocation duration field and a value of a duration field to be transmitted within a grant frame, wherein a sum of the value of the allocation duration field and the value of the duration field is to indicate a start time of an attempt to obtain a transmission opportunity, TxOP, in relation to a Physical layer transmit end, PHY-TXEND, indication primitive of the grant frame, when a subfield of a dynamic allocation information field of the grant frame is set to a predefined value; wherein the allocation duration field indicates a granted duration of a service period or a contention based access period allocation and the duration field indicates a time to transmit remaining grant frame(s), a related inter frame spacing and an allocation duration carried in the allocation duration field; and transmitting the grant frame to a second STA in a frequency band above 45 Gigahertz, GHz, the grant frame comprising the duration field and the dynamic allocation information field (210, 300), the dynamic allocation information field (210, 300) comprising the allocation duration field. setting both a value of an allocation duration field and a value of a duration field to be transmitted within a grant frame, wherein a sum of the value of the allocation duration field and the value of the duration field is to indicate a start time of an attempt to obtain a transmission opportunity, TxOP, in relation to a Physical layer transmit end, PHY-TXEND, indication primitive of the grant frame, when a subfield of a dynamic allocation information field of the grant frame is set to a predefined value; wherein the allocation duration field indicates a granted duration of a service period or a contention based access period allocation and the duration field indicates a time to transmit remaining grant frame(s), a related inter frame spacing and an allocation duration carried in the allocation duration field; and transmitting the grant frame to a second STA in a frequency band above 45 Gigahertz, GHz, the grant frame comprising the duration field and the dynamic allocation information field (210, 300), the dynamic allocation information field (210, 300) comprising the allocation duration field.
A triaxial magnetism detecting apparatus (10, 20) performing triaxial magnetism detection for mutually perpendicular X, Y, and Z axes, the apparatus (10, 20) comprising: a body (11, 21); a retaining member (151, 251) formed of a non-magnetic material, the retaining member (151, 251) being fixed on the body (11, 21); a magnetism detector (152-1 - 152-3, 252-1 - 252-3) configured to detect a magnitude of a magnetic field component along one of X, Y, and Z axes, the magnetism detectors (152-1 - 152-3, 252-1 - 252-3) being fixed respectively on side faces of the retaining member (151, 251) that are perpendicular to a face being in contact with the body (11, 21); and a circuit board (13, 26) to which an output signal of the magnetism detector (152-1 - 152-3, 252-1 - 252-3) is transmitted, the circuit board (13, 26) being fixed on the body (11, 21), wherein the retaining member (151, 251) and the circuit board (13, 26) are separated from each other, and a terminal pin that electrically connects the magnetism detector (152-1 - 152-3, 252-1 - 252-3) and the circuit board (13, 26), characterized in that the terminal pin (153, 254) has a first fixed portion to be fixed to the circuit board (13, 26) and has a second fixed portion to be fixed to the retaining member (151, 251) and a connection portion to be connected to the magnetism detector (152-1 - 152-3, 252-1 - 252-3). a body (11, 21); a retaining member (151, 251) formed of a non-magnetic material, the retaining member (151, 251) being fixed on the body (11, 21); a magnetism detector (152-1 - 152-3, 252-1 - 252-3) configured to detect a magnitude of a magnetic field component along one of X, Y, and Z axes, the magnetism detectors (152-1 - 152-3, 252-1 - 252-3) being fixed respectively on side faces of the retaining member (151, 251) that are perpendicular to a face being in contact with the body (11, 21); and a circuit board (13, 26) to which an output signal of the magnetism detector (152-1 - 152-3, 252-1 - 252-3) is transmitted, the circuit board (13, 26) being fixed on the body (11, 21), wherein the retaining member (151, 251) and the circuit board (13, 26) are separated from each other, and a terminal pin that electrically connects the magnetism detector (152-1 - 152-3, 252-1 - 252-3) and the circuit board (13, 26), characterized in that the terminal pin (153, 254) has a first fixed portion to be fixed to the circuit board (13, 26) and has a second fixed portion to be fixed to the retaining member (151, 251) and a connection portion to be connected to the magnetism detector (152-1 - 152-3, 252-1 - 252-3).
An assembly of a first panel and a second panel, wherein a head end surface of the first panel is connected to a side surface of the second panel, the assembly having an L-shape or T-shape when seen in a cross sectional view, the panels being bonded by using at least a first adhesive having a first elastic modulus (λ1) and a second adhesive having a second elastic modulus (λ2) that is lower than the first elastic modulus (λ1), wherein the first adhesive bonds the panels in a first region, and the second adhesive bonds the panels in a second region, the second region being arranged next to the first region, when seen in the cross sectional view, characterized in that the first panel and the second panel are shaped so as to create a region having a wedge shape in the cross-sectional view which is at least partly filled with the second adhesive.
A method for predicting a condition of an engine, the method comprising: receiving a fluid sample from the engine, the fluid sample having particles suspended therein; extracting a plurality of particles from the fluid sample; obtaining a sample profile of the plurality of particles extracted from the fluid sample and obtaining a reference profile of particles of a reference fluid sample from a reference engine, the reference profile and the sample profile having particles identified based on size, aspect ratio and chemical composition; determining, using size and aspect ratio as axes of a two-dimensional coordinate system, a plurality of average distances between the particles in each of the sample profile and the reference profile and a respective center of each of the sample profile and the reference profile; determining a correlation index between the sample profile and the reference profile based on the plurality of average distances, wherein the correlation index represents a correlation between a distribution of particles of the sample profile and of the reference profile; generating, from the correlation index, a prediction that the engine has a known condition associated with the reference engine; and generating, based on the prediction, an output indicating the condition of the engine. receiving a fluid sample from the engine, the fluid sample having particles suspended therein; extracting a plurality of particles from the fluid sample; obtaining a sample profile of the plurality of particles extracted from the fluid sample and obtaining a reference profile of particles of a reference fluid sample from a reference engine, the reference profile and the sample profile having particles identified based on size, aspect ratio and chemical composition; determining, using size and aspect ratio as axes of a two-dimensional coordinate system, a plurality of average distances between the particles in each of the sample profile and the reference profile and a respective center of each of the sample profile and the reference profile; determining a correlation index between the sample profile and the reference profile based on the plurality of average distances, wherein the correlation index represents a correlation between a distribution of particles of the sample profile and of the reference profile; generating, from the correlation index, a prediction that the engine has a known condition associated with the reference engine; and generating, based on the prediction, an output indicating the condition of the engine.
A particulate collection filter state detection device for detecting a state of a filter for collecting particulates contained in an exhaust gas flowing on an exhaust gas flow path, wherein the particulate collection filter state detection device comprises first pressure detection means for detecting a first pressure produced at an upstream side of the filter on the exhaust gas flow path, second pressure detection means for detecting a second pressure produced at a downstream side of the filter on the exhaust gas flow path, first Fourier transformation means for applying Fourier transformation to a value of the first pressure detected by the first pressure detection means, second Fourier transformation means for applying Fourier transformation to a value of the second pressure detected by the second pressure detection means, comparison means for comparing a spectral intensity at a zero frequency and a spectral intensity at a predetermined frequency obtained by the first Fourier transformation means and a spectral intensity at a zero frequency and a spectral intensity at the predetermined frequency obtained by the second Fourier transformation means, and filter state determination means for determining a state of the filter based on a comparison result provided by the comparison means, characterized in that the comparison means includes first sum calculation means for calculating a sum of a spectral intensity at a zero frequency and a spectral intensity at the predetermined frequency obtained by the first Fourier transformation means, second sum calculation means for calculating a sum of a spectral intensity at a zero frequency and a spectral intensity at the predetermined frequency obtained by the second Fourier transformation means, and difference calculation means for calculating a difference between a sum calculated by the first sum calculation means and a sum calculated by the second sum calculation means, and the filter state determination means determine a state of the filter based on the difference calculated by the difference calculation means.
An end effector for use with a surgical instrument, the end effector comprising: (a) a first jaw, wherein the first jaw is configured to removably couple with a staple cartridge; (b) a second jaw movably coupled with the first jaw; (c) a blade assembly configured to translate relative to the first jaw, wherein the blade assembly is configured to translate from a proximal position to a distal position, wherein the blade assembly comprises a cutting edge; (d) a lockout assembly; and (e) a staple cartridge configured to couple with the first jaw and the blade assembly, wherein the staple cartridge comprises a translatable sled, characterised in that the blade assembly comprises a notch (262, 263, 264) formed proximal to the cutting edge; in that the lockout assembly comprises an engagement feature configured to fit in the notch of the blade assembly, wherein the lockout assembly is configured to bias the blade assembly to position the engagement feature in the notch during translation of the blade assembly from the proximal position to the distal position to thereby restrict translation of the blade assembly so that tissue positioned between the jaws (216, 218) is not severed by the cutting edge; and in that a distal tip of the blade assembly is configured to releasably engage the sled to prevent the blade assembly from being biased to position the engagement feature in the notch during translation of the blade assembly from the proximal position to the distal position. (a) a first jaw, wherein the first jaw is configured to removably couple with a staple cartridge; (b) a second jaw movably coupled with the first jaw; (c) a blade assembly configured to translate relative to the first jaw, wherein the blade assembly is configured to translate from a proximal position to a distal position, wherein the blade assembly comprises a cutting edge; (d) a lockout assembly; and (e) a staple cartridge configured to couple with the first jaw and the blade assembly, wherein the staple cartridge comprises a translatable sled,
An apparatus for generating glycol, comprising: (a) an aldol reactor; (b) an extractor for extracting an aldol product, unsaturated aldehyde, using an organic solvent that is not mixed with water; (c) a distillation column for removing a raw material from a solution extract that is discharged from the extractor; (d) a hydrogenation reactor for hydrogenating a solution extract that is discharged from the distillation column; and (e) a divided-wall distillation column for isolating glycol from a hydrogenated solution product that is discharged from the hydrogenation reactor, wherein the hydrogenation reactor is a fixed-bed catalytic reactor that is filled with a copper-based catalyst, wherein the aldol product of the extractor (b) is hydroxypivaldehyde, and the glycol of the divided-wall distillation column (e) is neopentyl glycol. (a) an aldol reactor; (b) an extractor for extracting an aldol product, unsaturated aldehyde, using an organic solvent that is not mixed with water; (c) a distillation column for removing a raw material from a solution extract that is discharged from the extractor; (d) a hydrogenation reactor for hydrogenating a solution extract that is discharged from the distillation column; and (e) a divided-wall distillation column for isolating glycol from a hydrogenated solution product that is discharged from the hydrogenation reactor,