mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting coating of a sensor component exposed to a process fluid, the method comprising: sensing a process parameter; providing a measurement value as a function of the process parameter sensed; calculating a standard deviation of the measurement value to derive a statistical metric that is a function of sensor coating; and providing a diagnostic output based on the statistical metric; wherein the method further comprises: sensing the process parameter during an initial period with the sensor component exposed to a process fluid; determining a baseline value of the statistical metric based on the process parameter during the initial period; and sensing the process parameter subsequent to the initial period; determining a current value of the statistical metric based on the process parameter sensed subsequent to the initial period and; providing an output indicative of coating of the sensor component as a function of the current value and the baseline value. sensing a process parameter; providing a measurement value as a function of the process parameter sensed; calculating a standard deviation of the measurement value to derive a statistical metric that is a function of sensor coating; and providing a diagnostic output based on the statistical metric; wherein the method further comprises: sensing the process parameter during an initial period with the sensor component exposed to a process fluid; determining a baseline value of the statistical metric based on the process parameter during the initial period; and sensing the process parameter subsequent to the initial period; sensing the process parameter during an initial period with the sensor component exposed to a process fluid; determining a baseline value of the statistical metric based on the process parameter during the initial period; and sensing the process parameter subsequent to the initial period; determining a current value of the statistical metric based on the process parameter sensed subsequent to the initial period and; providing an output indicative of coating of the sensor component as a function of the current value and the baseline value.
Outlet deflector unit for a pneumatic power tool with a housing having an air outlet passage with one or more outlet openings, comprising a cup-shaped deflector element rotatably supported on the housing and communicating with the outlet opening or openings, said deflector element comprises at least one axially directed opening and at least one radially directed opening, characterized in that • said radially directed opening is located within a certain angular interval of the circumference of the deflector element, • an immovable cup-shaped sector element is arranged inside the deflector element and having on one hand at least one radially directed side opening disposed within a certain angular sector which is considerably larger than said angular interval for said radially directed opening of the deflector element, and on the other hand an axially directed outlet port extending over an angular interval not covered by said certain sector and having substantially the same size as said axially directed opening of the deflector element, • said deflector element is rotatable to accomplish alignment either between said radially directed opening and said side opening of the sector element, or between said axially directed opening and the axial outlet port of the sector element, and • said certain sector extends over an angular interval substantially larger than the angular interval for the radially directed outlet opening, whereby is enabled a variation of the radially outlet flow direction within said certain angular interval without uncovering the axially directed outlet port. • said radially directed opening is located within a certain angular interval of the circumference of the deflector element, • an immovable cup-shaped sector element is arranged inside the deflector element and having on one hand at least one radially directed side opening disposed within a certain angular sector which is considerably larger than said angular interval for said radially directed opening of the deflector element, and on the other hand an axially directed outlet port extending over an angular interval not covered by said certain sector and having substantially the same size as said axially directed opening of the deflector element, • said deflector element is rotatable to accomplish alignment either between said radially directed opening and said side opening of the sector element, or between said axially directed opening and the axial outlet port of the sector element, and • said certain sector extends over an angular interval substantially larger than the angular interval for the radially directed outlet opening, whereby is enabled a variation of the radially outlet flow direction within said certain angular interval without uncovering the axially directed outlet port.
A frequency-specific damper linkage comprising: two mounting points (11, 12), the mounting points being interconnected by two links, the first link comprising a damper and the second link comprising a damper in series with a spring; a cylinder; a piston moveable in the cylinder, one of the mounting points being fast with the cylinder and the other mounting point being fast with the piston; a passage extending between points (20, 21) in the cylinder on either side of the piston; two restrictions (22, 23) in the passage to restrict the flow of fluid through the passage;and a fluid spring communicating with a point in the passage between the restrictions, wherein the fluid spring is connected to an opening in the passage which is located between the restrictions; wherein the restrictions respectively provide the dampers and the fluid spring provides the spring in each case by virtue of their action on the piston and cylinder. two mounting points (11, 12), the mounting points being interconnected by two links, the first link comprising a damper and the second link comprising a damper in series with a spring; a cylinder; a piston moveable in the cylinder, one of the mounting points being fast with the cylinder and the other mounting point being fast with the piston; a passage extending between points (20, 21) in the cylinder on either side of the piston; two restrictions (22, 23) in the passage to restrict the flow of fluid through the passage;and a fluid spring communicating with a point in the passage between the restrictions, wherein the fluid spring is connected to an opening in the passage which is located between the restrictions; wherein the restrictions respectively provide the dampers and the fluid spring provides the spring in each case by virtue of their action on the piston and cylinder.
A toner, comprising: toner particles, wherein the toner particles contain: a non-crystalline resin; and a crystalline resin, wherein the crystalline resin contains a crystalline resin C containing a urethane bond, or a urea bond, or both thereof, and wherein the toner particles each have a sea-island structure, where the resin C is dispersed in the non-crystalline resin on a cross-section of the toner particle. toner particles, wherein the toner particles contain: a non-crystalline resin; and a crystalline resin, wherein the crystalline resin contains a crystalline resin C containing a urethane bond, or a urea bond, or both thereof, and wherein the toner particles each have a sea-island structure, where the resin C is dispersed in the non-crystalline resin on a cross-section of the toner particle. a non-crystalline resin; and a crystalline resin, wherein the crystalline resin contains a crystalline resin C containing a urethane bond, or a urea bond, or both thereof, and wherein the toner particles each have a sea-island structure, where the resin C is dispersed in the non-crystalline resin on a cross-section of the toner particle.
A method of manufacture of a two-part article (10,11) from a cup having a sidewall and integral base, formed from a single sheet metal blank, the method comprising: placing the cup over a circular cutting ring having a sharp peripheral edge; pressing an anvil having a curved surface, against the outside of the cup and rolling the anvil against and around the cup, to cause the edge of the cutting ring to penetrate into the sidewall of the cup to form a continuous circumferential "V" shaped groove, wherein the method further comprises, at a second stage, placing the cup over a profiled ring having a grooved profile; aligning the profile opposite the "V" shaped groove; pressing and rolling a parting tool against the outside of the cup opposite the groove, whereby penetration of the parting tool into the wall of the cup causes the material at the bottom of the groove to split, and the material either side of the split to bend or "flare" inwards.
Expanded polymer beads obtained from solid polymer beads, characterised by comprising cells having an average size less than 1 μm, and a relative density less than 0.25, wherein the relative density is the ratio between the density of the expanded polymer beads with respect to the density of the solid polymer beads; and a solid skin with a thickness less than 5 μm, wherein the average size, the relative density and the thickness of the solid skin are determined as defined in the description.
Hardening steel for lifting, fastening, clamping and/or lashing means of quality grade 8 and above having the following composition in weight percent: carbon 0.17 - 0.25 % nickel 0.00 - 0.25 % molybdenum 0.15 - 0.60 % niobium 0.01 - 0.08 % and/or titanium 0.005 - 0.1 % and/or vanadium ≤ 0.16 % aluminium 0 - 0.050 % chromium 0.10 - 0.50 % silicon 0.1 - 0.3 % manganese 1.40 - 1.60 % phosphorus < 0.015 % sulphur < 0.015 % copper < 0.20 % nitrogen 0.006 - 0.014 % remainder of iron and unavoidable impurities. carbon 0.17 - 0.25 % nickel 0.00 - 0.25 % molybdenum 0.15 - 0.60 % niobium 0.01 - 0.08 % and/or titanium 0.005 - 0.1 % and/or vanadium ≤ 0.16 % aluminium 0 - 0.050 % chromium 0.10 - 0.50 % silicon 0.1 - 0.3 % manganese 1.40 - 1.60 % phosphorus < 0.015 % sulphur < 0.015 % copper < 0.20 % nitrogen 0.006 - 0.014 % remainder of iron and unavoidable impurities.
A method of braze repair of a superalloy component comprising: applying a boron free braze material comprising 15-25wt-% Cr; 15-25wt-% Ti; balance Ni at a brazing temperature of 1,100 - 1,250 °C in vacuum; isostatic solution treating the component at below the brazing temperature for 2 - 4 hours at a pressure of 10 * 6,895 25 * 6,895 kPa (10 - 25 ksi); cooling the component at a minimum of 25 °C/min to ambient while maintaining the pressure of 10 - 25 * 6,895 kPa (10 - 25 ksi); and releasing the pressure to ambient. applying a boron free braze material comprising 15-25wt-% Cr; 15-25wt-% Ti; balance Ni at a brazing temperature of 1,100 - 1,250 °C in vacuum; isostatic solution treating the component at below the brazing temperature for 2 - 4 hours at a pressure of 10 * 6,895 25 * 6,895 kPa (10 - 25 ksi); cooling the component at a minimum of 25 °C/min to ambient while maintaining the pressure of 10 - 25 * 6,895 kPa (10 - 25 ksi); and releasing the pressure to ambient.
An aerosol-generating device for heating an aerosol-forming substrate to form an inhalable aerosol, the aerosol-generating device comprising, a heating chamber for heating an aerosol-forming substrate, the heating chamber comprising a first end having an opening, a second end having a base wherein the base is removable from the device, and a side wall extending between the opening and the base, in which a cavity is defined by inner surfaces of the base and side wall wherein the device further comprises a heating assembly and a power supply, and wherein the heating assembly comprises a heater extending into the heating chamber through an inner portion of the base, and the inner portion of the base is contoured to provide a chamfered or filleted intersection between the base and the heater. a heating chamber for heating an aerosol-forming substrate, the heating chamber comprising a first end having an opening, a second end having a base wherein the base is removable from the device, and a side wall extending between the opening and the base, in which a cavity is defined by inner surfaces of the base and side wall wherein the device further comprises a heating assembly and a power supply, and wherein the heating assembly comprises a heater extending into the heating chamber through an inner portion of the base, and the inner portion of the base is contoured to provide a chamfered or filleted intersection between the base and the heater.
An antiperspirant composition comprising: a) from 10 to 35 wt.%, based on the total weight of the composition, of antiperspirant active, wherein said active is an antiperspirant salt which is activated aluminium zirconium tetrachlorohydrate complex with glycine; b) triethyl hexanoin; c) at least one additional non-volatile oil which comprises an aliphatic polyether and, optionally, an aromatic ester oil; d) from 1.5 to 30wt.%, based on the total weight of the composition, of structurant, wherein: the ratio, by weight, of triethylhexanoin to additional non-volatile oil is from 5:1 to 1:2; in combination, triethylhexanoin and additional non-volatile oil provide from 35 to 65% of the total weight of the composition; the composition contains from 0 to 5wt.% of volatile silicone oil; the composition is anhydrous; and the composition is in the form of a solid or soft solid. a) from 10 to 35 wt.%, based on the total weight of the composition, of antiperspirant active, wherein said active is an antiperspirant salt which is activated aluminium zirconium tetrachlorohydrate complex with glycine; b) triethyl hexanoin; c) at least one additional non-volatile oil which comprises an aliphatic polyether and, optionally, an aromatic ester oil; d) from 1.5 to 30wt.%, based on the total weight of the composition, of structurant, the ratio, by weight, of triethylhexanoin to additional non-volatile oil is from 5:1 to 1:2; in combination, triethylhexanoin and additional non-volatile oil provide from 35 to 65% of the total weight of the composition; the composition contains from 0 to 5wt.% of volatile silicone oil; the composition is anhydrous; and the composition is in the form of a solid or soft solid.
A device for measuring a level of contents in a container, comprising a container containing contents, and a closure device for the container, fixed to the container, the closure device comprising at least one first stopper, comprising at least one main wall, for to be fixed to the neck of an opening of the container, said main wall surrounding and defining an internal volume closed on the side of a top edge of said main wall and open on the side of a bottom edge of said main wall, said closure device further comprising at least one element for measuring the level of a content of the container, said measuring element being housed in said internal volume and emitting a measuring signal towards the open side of said internal volume, the measuring signal being an ultrasonic vibration emitted by a vibrating element of the measuring element, wherein the measuring element is arranged to emit a measuring signal towards the contents in order to determine the level thereof, the closure device being arranged to transmit an information signal representative of the level of the contents of the container measured by the measuring element to a system for managing said information, characterised in that the container comprises an identification label, the closure device comprising a device for reading said identification label so that the information signal is linked to the identity of the container in the management system. wherein the measuring element is arranged to emit a measuring signal towards the contents in order to determine the level thereof, the closure device being arranged to transmit an information signal representative of the level of the contents of the container measured by the measuring element to a system for managing said information, characterised in that the container comprises an identification label, the closure device comprising a device for reading said identification label so that the information signal is linked to the identity of the container in the management system.
N-(2,3-dimethylphenyl)-2-((5-propyl-4-((tetrahydrofuran-2-yl)methyl)-4 H -1,2,4-triazol-3-yl)thio)acetamide; or a pharmaceutically acceptable salt thereof.
A control system for assisting an operator of a working machine, the working machine comprising a bucket arranged to receive a load to be unloaded to a load receiving vessel, the control system comprising processing circuitry arranged in communication with an operator interface, wherein the processing circuitry is adapted to: - estimate a difference between a desired payload for the load receiving vessel and an accumulated weight of buckets of loads already unloaded to the load receiving vessel using the bucket, - determine if the difference corresponds to an estimated weight for a fully loaded bucket or to an estimated weight for a half-loaded bucket, and - instruct, using the operator interface and based on the determination, an operator of the working machine to unload a fully loaded bucket or a half-loaded bucket to the load receiving vessel, characterized in that: - the estimated weight for a fully loaded bucket corresponds to the heaviest bucket load of a plurality of consecutive bucket loads, or - the estimated weight for a fully loaded bucket corresponds to an average of a plurality of consecutive bucket loads. - estimate a difference between a desired payload for the load receiving vessel and an accumulated weight of buckets of loads already unloaded to the load receiving vessel using the bucket, - determine if the difference corresponds to an estimated weight for a fully loaded bucket or to an estimated weight for a half-loaded bucket, and - instruct, using the operator interface and based on the determination, an operator of the working machine to unload a fully loaded bucket or a half-loaded bucket to the load receiving vessel, - the estimated weight for a fully loaded bucket corresponds to the heaviest bucket load of a plurality of consecutive bucket loads, or - the estimated weight for a fully loaded bucket corresponds to an average of a plurality of consecutive bucket loads.
An agricultural working machine, comprising - at least one monitoring unit for the detection of data relating to a surrounding area and/or relating to a state of the agricultural working machine, - at least one retaining unit for retaining the monitoring unit associated with the monitoring unit, - at least one data processing unit for processing the data detected by the monitoring unit, and - at least one positioning unit associated with the monitoring unit for the orientation of the monitoring unit, characterized in that by means of the data processing unit, a nominal position of the monitoring unit can be determined as a function of the data relating to the surrounding area and/or relating to the state of the agricultural machine detected by means of the monitoring unit, wherein the monitoring unit can be orientated by means of the positioning unit in a manner such that it can be transposed from an actual position into the nominal position. - at least one monitoring unit for the detection of data relating to a surrounding area and/or relating to a state of the agricultural working machine, - at least one retaining unit for retaining the monitoring unit associated with the monitoring unit, - at least one data processing unit for processing the data detected by the monitoring unit, and - at least one positioning unit associated with the monitoring unit for the orientation of the monitoring unit, by means of the data processing unit, a nominal position of the monitoring unit can be determined as a function of the data relating to the surrounding area and/or relating to the state of the agricultural machine detected by means of the monitoring unit, wherein the monitoring unit can be orientated by means of the positioning unit in a manner such that it can be transposed from an actual position into the nominal position.
A packet priority control method for a specific mobile device to perform a handover in a wireless communication system in which a base station calculates a wireless transmission priority for each predetermined data packet received from a base station control device based on a station retention time, which is time period from a reception time at which the data packet is received until a current time, the packet priority control method comprising: inter-base-station packet transferring step including a step of transferring a data packet, which is an inter-base-station transfer packet destined to the mobile device received from the base station control device, by a handover-source base station to a handover-destination base station during a stopping period for which the handover-source base station stops a wireless transmission of a data packet to the mobile device; and transmission controlling including the handover-destination base station calculating a wireless transmission priority for the inter-base-station transfer packet based on a first retention time that is the station retention time in the handover-destination base station and a second retention time that is a value of a retention time in the handover-source base station, wherein the value is set or calculated in advance. inter-base-station packet transferring step including a step of transferring a data packet, which is an inter-base-station transfer packet destined to the mobile device received from the base station control device, by a handover-source base station to a handover-destination base station during a stopping period for which the handover-source base station stops a wireless transmission of a data packet to the mobile device; and transmission controlling including the handover-destination base station calculating a wireless transmission priority for the inter-base-station transfer packet based on a first retention time that is the station retention time in the handover-destination base station and a second retention time that is a value of a retention time in the handover-source base station, wherein the value is set or calculated in advance.
A method of functional analysis of NKT cell in human, which comprises: (a) cocultivating a mononuclear cell population containing a human NKT cell derived from human peripheral blood with a mature dendritic cell derived from a rodent, wherein the mature dendritic cell is a cell pulsed with a CD1d ligand, and (b) evaluating the functionality of NKT cell based on the number of NKT cells and/or a protein specific to functional NKT cells or a transcription product encoding same as an index. (a) cocultivating a mononuclear cell population containing a human NKT cell derived from human peripheral blood with a mature dendritic cell derived from a rodent, wherein the mature dendritic cell is a cell pulsed with a CD1d ligand, and (b) evaluating the functionality of NKT cell based on the number of NKT cells and/or a protein specific to functional NKT cells or a transcription product encoding same as an index.
A method for determining a differentiation status of a stem cell, comprising measuring the presence or absence or an amount of an undifferentiation sugar chain marker represented by formula 1: wherein R1 represents an OH group or any sugar chain and R2 represents an OH group or any sugar chain, protein, lipid, or another molecule, or formula 2: wherein R1 represents an OH group or any sugar chain and R2 represents an OH group or any sugar chain, protein, lipid, or another molecule, in a culture supernatant of the stem cell.