mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing a feedstock to form a distillate product, comprising: exposing a feedstock having a T50 boiling point of at least 430°F (221°C), a first aromatics content of at least 5 wt%, and a sulfur content of 500 wppm or less to a hydrocracking catalyst and an aromatic saturation catalyst under effective hydrocracking conditions to produce a hydrocracked effluent, the effective hydrocracking conditions being effective for converting at least 5 wt% to 20 wt% of the feedstock relative to a conversion temperature of 430°F (221°C) such that molecules boiling above that conversion temperature are converted to molecules boiling below that temperature, the hydrocracked effluent having a second aromatics content, a ratio of the second aromatics content to the first aromatics content being 0.6 or less, the hydrocracking catalyst comprising at least one Group VIII non-noble metal, at least one Group VIB metal, or a combination thereof, the aromatic saturation catalyst comprising a Group VIII noble metal, wherein the feedstock is exposed to the hydrocracking catalyst and the aromatic saturation catalyst in a single reaction stage in a single reactor with no intermediate separation being performed between exposing the feedstock to the catalysts, and wherein the hydrocracked effluent comprises at least a naphtha fuel product fraction and a distillate fuel product fraction. exposing a feedstock having a T50 boiling point of at least 430°F (221°C), a first aromatics content of at least 5 wt%, and a sulfur content of 500 wppm or less to a hydrocracking catalyst and an aromatic saturation catalyst under effective hydrocracking conditions to produce a hydrocracked effluent, the effective hydrocracking conditions being effective for converting at least 5 wt% to 20 wt% of the feedstock relative to a conversion temperature of 430°F (221°C) such that molecules boiling above that conversion temperature are converted to molecules boiling below that temperature, the hydrocracked effluent having a second aromatics content, a ratio of the second aromatics content to the first aromatics content being 0.6 or less, the hydrocracking catalyst comprising at least one Group VIII non-noble metal, at least one Group VIB metal, or a combination thereof, the aromatic saturation catalyst comprising a Group VIII noble metal, wherein the feedstock is exposed to the hydrocracking catalyst and the aromatic saturation catalyst in a single reaction stage in a single reactor with no intermediate separation being performed between exposing the feedstock to the catalysts, and wherein the hydrocracked effluent comprises at least a naphtha fuel product fraction and a distillate fuel product fraction.
An agrochemical formulation comprising; i) at least one penetrant; and ii) at least one agrochemical active wherein the penetrant is an esterified and/or etherified polyol alkoxylate obtainable by directly esterifying and/or etherifying a polyol alkoxylate, where said esterified and/or etherified a polyol alkoxylate has general structure (I): P·[(AO) n -R 1 ] m (I) wherein: P is the residue of a polyol, said polyol having m active hydrogen atoms, where m is an integer in the range from 3 to 6; AO is an oxyalkylene group; each n independently represents an integer in the range from 18 to 30; the total of n multiplied by m is in the range from 30 to 160; each R 1 independently represents hydrogen, a C 1 to C 28 hydrocarbyl, or an alkanoyl group represented by -C(O)R 2 wherein R 2 represents a C 1 to C 28 hydrocarbyl; and wherein at least one R 1 group is or comprises a C 8 to C 28 hydrocarbyl; wherein the molecular weight of the penetrant is in the range from 2,200 to 5,500, and wherein the ratio of oxyalkylene groups with regard to active hydroxyl groups (m) being in the range 10-30:1. i) at least one penetrant; and ii) at least one agrochemical active P is the residue of a polyol, said polyol having m active hydrogen atoms, where m is an integer in the range from 3 to 6; AO is an oxyalkylene group; each n independently represents an integer in the range from 18 to 30; the total of n multiplied by m is in the range from 30 to 160; each R 1 independently represents hydrogen, a C 1 to C 28 hydrocarbyl, or an alkanoyl group represented by -C(O)R 2 wherein R 2 represents a C 1 to C 28 hydrocarbyl; and wherein at least one R 1 group is or comprises a C 8 to C 28 hydrocarbyl;
Exhaust gas turbine, comprising: - a turbine wheel having a multiplicity of moving blades , - an exhaust-gas outlet duct , which is arranged downstream of the moving blades of the turbine wheel, wherein the exhaust-gas outlet duct is delimited radially on the outside by an axial turbine diffuser and radially on the inside, at least partially, by a spinner , wherein the axial turbine diffuser is formed by a number N>1 of successive conical diffuser segments, wherein an axial diffuser opening angle A between successive diffuser segments is A≥1.0° , wherein a ratio L/H between an axial diffuser segment length L and an entry height H of the exhaust-gas outlet duct is L/H≥0.01, wherein a ratio H/S between the entry height H of the exhaust-gas outlet duct and a maximum radius S of the spinner is H/S≥1.0, wherein the spinner is formed by a number P>1 of successive conical spinner segments, wherein an axial spinner opening angle B between successive spinner segments is B≥1.0°, and wherein a ratio M/H between an axial spinner segment length M and the entry height H of the exhaust-gas outlet duct is M/H≥0.01. - a turbine wheel having a multiplicity of moving blades , - an exhaust-gas outlet duct , which is arranged downstream of the moving blades of the turbine wheel, wherein the exhaust-gas outlet duct is delimited radially on the outside by an axial turbine diffuser and radially on the inside, at least partially, by a spinner , wherein the axial turbine diffuser is formed by a number N>1 of successive conical diffuser segments, wherein an axial diffuser opening angle A between successive diffuser segments is A≥1.0° , wherein a ratio L/H between an axial diffuser segment length L and an entry height H of the exhaust-gas outlet duct is L/H≥0.01, wherein a ratio H/S between the entry height H of the exhaust-gas outlet duct and a maximum radius S of the spinner is H/S≥1.0, wherein the spinner is formed by a number P>1 of successive conical spinner segments, wherein an axial spinner opening angle B between successive spinner segments is B≥1.0°, and wherein a ratio M/H between an axial spinner segment length M and the entry height H of the exhaust-gas outlet duct is M/H≥0.01. wherein the axial turbine diffuser is formed by a number N>1 of successive conical diffuser segments, wherein an axial diffuser opening angle A between successive diffuser segments is A≥1.0° , wherein a ratio L/H between an axial diffuser segment length L and an entry height H of the exhaust-gas outlet duct is L/H≥0.01, wherein a ratio H/S between the entry height H of the exhaust-gas outlet duct and a maximum radius S of the spinner is H/S≥1.0, wherein the spinner is formed by a number P>1 of successive conical spinner segments, wherein an axial spinner opening angle B between successive spinner segments is B≥1.0°, and wherein a ratio M/H between an axial spinner segment length M and the entry height H of the exhaust-gas outlet duct is M/H≥0.01.
A system comprising: an electric power assisted steering (EPS) system for a vehicle ; and a control module that controls a steering actuator motor of the EPS system , the control module comprising a processor that executes: a learning function configured to determine a plurality of piecewise linear function coefficients based on measured data for an electric power-assisted steering (EPS) system , the piecewise linear function coefficients determined in real-time while the EPS system is in operation, the measured data comprising a vehicle speed , the learning function further configured to model a hysteresis loop of the EPS system using a piecewise linear function based on the plurality of piecewise linear function coefficients to determine an average friction ; and an average friction change compensator configured to adjust friction-based EPS system compensation based on the average friction , wherein an interested vehicle speed range is divided into a plurality of vehicle speed intervals and the average friction is determined separately for each of the vehicle speed intervals. a learning function configured to determine a plurality of piecewise linear function coefficients based on measured data for an electric power-assisted steering (EPS) system , the piecewise linear function coefficients determined in real-time while the EPS system is in operation, the measured data comprising a vehicle speed , the learning function further configured to model a hysteresis loop of the EPS system using a piecewise linear function based on the plurality of piecewise linear function coefficients to determine an average friction ; and an average friction change compensator configured to adjust friction-based EPS system compensation based on the average friction , wherein an interested vehicle speed range is divided into a plurality of vehicle speed intervals and the average friction is determined separately for each of the vehicle speed intervals.
Air treatment device for an airflow of an air conditioning system , comprising a treatment element having one or more passages extending in part or completely in a flow direction, the passages comprising fragrancing areas that extend in the flow direction and are designed to release one or more fragrant substances into an airflow that is flowing through, characterized in that the treatment element comprises a multicomponent nonwoven, in particular a spunbonded nonwoven or a staple fibre nonwoven, the multicomponent nonwoven comprising fibres which have a core region and an outer region surrounding the core region, which differ in their chemical and/or physical properties, and at least one of the fragrant substances being embedded in the outer region of the fibres of the nonwoven.
Mixture of enzymes from Antarctic krill (Euphausia superba) for use in the treatment of a disease related to or an inflammatory condition caused by a biofilm formed on a soft tissue of a mammal, which treatment comprises the treatment of the soft tissue comprising the removal of the biofilm or preventing a formation of the biofilm, wherein the enzymes have molecular weights in the range of 20 kD to 40 kD, as determined by SDS-PAGE, wherein the mixture comprises carbohydrases, lipolytic enzymes, serine proteases with trypsin-like activity or serine proteases with chymotrypsin-like activity, endopeptidases and exopeptidases.
A light emitting device comprising: a first conductive layer including at least one via ; a second conductive layer disposed on the first conductive layer ; a second semiconductor layer disposed on the second conductive layer ; an active layer disposed on the second semiconductor layer ; a first semiconductor layer disposed on the active layer ; and a charge distribution layer disposed in the first semiconductor layer , characterized in that the via penetrates through the second conductive layer , the second semiconductor layer , the active layer and the charge distribution layer and projects into the first semiconductor layer . a first conductive layer including at least one via ; a second conductive layer disposed on the first conductive layer ; a second semiconductor layer disposed on the second conductive layer ; an active layer disposed on the second semiconductor layer ; a first semiconductor layer disposed on the active layer ; and a charge distribution layer disposed in the first semiconductor layer , characterized in that the via penetrates through the second conductive layer , the second semiconductor layer , the active layer and the charge distribution layer and projects into the first semiconductor layer .
Fluid dispensing gun for 1K-polyurethane foam comprising a dispensing tube with a dosing nozzle at its outlet, a spring-loaded needle which is coaxially moveable in the dispensing tube for opening and closing the dosing nozzle , a trigger for actuating said needle in order to open the dosing nozzle and to dispense the fluid, regulating means for regulating the degree of opening of the outlet of the dosing nozzle and coupling means for coupling a pressurized can to the gun, characterized in that the fluid dispensing gun comprises means for delivering a curing fluid separately from the 1K-polyurethane foam in a direction which is essentially parallel to that of the outlet of the dosing nozzle of the dispensing tube, the means for delivering a curing fluid comprising a curing fluid reservoir , a curing fluid outlet situated in proximity of the dosing nozzle of the dispensing tube and a curing fluid line connecting the curing fluid reservoir and the curing fluid outlet , the means for delivering a curing fluid being activated via the trigger of the fluid dispensing gun.
A method for communicating performed by a node within an apparatus having a plurality of nodes, comprising: contending for control of a communications link by driving a data signal to a first voltage level, wherein the communications link carries both data and clock signals; monitoring the data signal for a first period of time, starting from the time when said step of driving a data signal to a first voltage level is executed; yielding control of the communications link if the voltage of the data signal has been driven to a second voltage level by a different node contending for control of the communications link upon expiration of the first period of time; asserting control over the communications link by driving the data signal to a second voltage level if the voltage of the data signal remains at the first voltage level upon expiration of the first period of time; and transmitting a message on the communications link after asserting control of the communications link, wherein the first period of time has a duration corresponding to a priority of the message. contending for control of a communications link by driving a data signal to a first voltage level, wherein the communications link carries both data and clock signals; monitoring the data signal for a first period of time, starting from the time when said step of driving a data signal to a first voltage level is executed; yielding control of the communications link if the voltage of the data signal has been driven to a second voltage level by a different node contending for control of the communications link upon expiration of the first period of time; asserting control over the communications link by driving the data signal to a second voltage level if the voltage of the data signal remains at the first voltage level upon expiration of the first period of time; and transmitting a message on the communications link after asserting control of the communications link, wherein the first period of time has a duration corresponding to a priority of the message.
A container with a lid comprising: a container neck surrounding an opening ; at least one thread on the neck ; at least one thread on the lid for engaging the at least one thread on the neck ; characterised by , a bump at the lower part of the lid ; an end stop on a lower end of the neck which stops further engagement between the at least one thread on the neck and the at least one thread on the lid ; and an engagement portion of the neck corresponding to an area where the bump of the lid will engage the neck when the lid is in a fully engaged position, the engagement portion comprising a recess adjacent to the end stop for receiving and engaging the bump , and a ramp adjacent to the recess leading into or out of the recess by increasing the outer diameter of the neck adjacent to the recess , the engagement portion arranged such that audible feedback and tactile feedback are produced when the lid is moved into the fully engaged position, wherein the engagement portion further comprises: an increase in width of the at least one thread in the neck at the engagement portion and wherein the recess and the bump each comprise a rounded upper portion. a container neck surrounding an opening ; at least one thread on the neck ; at least one thread on the lid for engaging the at least one thread on the neck ; characterised by , a bump at the lower part of the lid ; an end stop on a lower end of the neck which stops further engagement between the at least one thread on the neck and the at least one thread on the lid ; and an engagement portion of the neck corresponding to an area where the bump of the lid will engage the neck when the lid is in a fully engaged position, the engagement portion comprising a recess adjacent to the end stop for receiving and engaging the bump , and a ramp adjacent to the recess leading into or out of the recess by increasing the outer diameter of the neck adjacent to the recess , the engagement portion arranged such that audible feedback and tactile feedback are produced when the lid is moved into the fully engaged position, wherein the engagement portion further comprises: an increase in width of the at least one thread in the neck at the engagement portion and wherein the recess and the bump each comprise a rounded upper portion.
An ultrasonic surgical system , comprising a surgical instrument having a distal end adapted to perform a surgical procedure on a patient and a proximal end adapted to be controllable by an operator, the instrument including a pressure lumen having sufficient burst strength to conduct a high pressure liquid towards the distal end of the instrument, the pressure lumen including at least one nozzle providing a jet opening, the nozzle being shaped to form a liquid jet as a liquid at high pressure flows therethrough; an evacuation lumen , including a jet-receiving opening having a cross-sectional area and locatable opposite the jet opening at a predetermined distance therefrom to receive a liquid jet when the instrument is in operation and to deliver the liquid from the surgical site in the form of a liquid column; and an ultrasonic system configured to impart ultrasonic energy to one or more of the pressure lumen, liquid jet, evacuation lumen and liquid column. a surgical instrument having a distal end adapted to perform a surgical procedure on a patient and a proximal end adapted to be controllable by an operator, the instrument including a pressure lumen having sufficient burst strength to conduct a high pressure liquid towards the distal end of the instrument, the pressure lumen including at least one nozzle providing a jet opening, the nozzle being shaped to form a liquid jet as a liquid at high pressure flows therethrough; an evacuation lumen , including a jet-receiving opening having a cross-sectional area and locatable opposite the jet opening at a predetermined distance therefrom to receive a liquid jet when the instrument is in operation and to deliver the liquid from the surgical site in the form of a liquid column; and an ultrasonic system configured to impart ultrasonic energy to one or more of the pressure lumen, liquid jet, evacuation lumen and liquid column.
Self-loading pistol with a frame which on the upper side comprises a slide guide extending in the longitudinal direction, wherein • the slide guide at least partially takes up and/or guides a slide and a barrel with a cartridge chamber, • the barrel is at least partially take up inside the slide , • the slide in the slide guide is movable between a forward end position and a rear end position , • the slide in the slide guide closes the barrel in the forward end position , • the slide in the slide guide opens the barrel in at least the rear position , and the frame comprises • a slide catch lever to stop the slide , • a trigger device which is movable relative to the frame and • a grip piece with a magazine shaft , with a shoulder support characterised in that the frame comprises a receiving device which is connected to the frame , extends the frame by the length of the slide movement to the rear end position, comprises a part of the slide guide and at least partially takes up the slide in the end position and the shoulder support is connectable to the receiving device by means of a holding device . • the slide guide at least partially takes up and/or guides a slide and a barrel with a cartridge chamber, • the barrel is at least partially take up inside the slide , • the slide in the slide guide is movable between a forward end position and a rear end position , • the slide in the slide guide closes the barrel in the forward end position , • the slide in the slide guide opens the barrel in at least the rear position , • a slide catch lever to stop the slide , • a trigger device which is movable relative to the frame and • a grip piece with a magazine shaft ,
A phosphor comprising a crystalline metal borate that contains an IIA-Group element or zinc, boron, and oxygen, the phosphor comprising a configuration in which particles containing the crystalline metal borate are present in contact with the surface of a sulfur-containing phosphor containing sulfur in a host material, or a configuration in which a glass coating layer containing a glass composition is present on the surface of the sulfur-containing phosphor containing sulfur in a host material, and the crystalline metal borate is present on the surface of the glass coating layer, or a configuration in which particles or a layer containing a ZnO compound is present on the surface of the sulfur-containing phosphor containing sulfur in a host material, and the crystalline metal borate is present on the outside of the particles or the layer containing the ZnO compound. a configuration in which particles containing the crystalline metal borate are present in contact with the surface of a sulfur-containing phosphor containing sulfur in a host material, or a configuration in which a glass coating layer containing a glass composition is present on the surface of the sulfur-containing phosphor containing sulfur in a host material, and the crystalline metal borate is present on the surface of the glass coating layer, or a configuration in which particles or a layer containing a ZnO compound is present on the surface of the sulfur-containing phosphor containing sulfur in a host material, and the crystalline metal borate is present on the outside of the particles or the layer containing the ZnO compound.