mhurhangee/ep-ind-claims huggingface dataset:
A plug configured to be plugged into a car cigarette lighter socket, comprising: a charger body, including a housing and a holder accommodated in the housing, two through holes being disposed on two opposite sides of the housing; a cathode conducting elastic sheet, having two elastic conduction arms and each of the elastic conduction arms clamped between the housing and holder, each elastic conduction arm having a protrusion exposed out of each through hole; said plug being characterised by further comprising an auxiliary elastic sheet, being an elastic body fixed in the holder, wherein two ends of the elastic body are extended to form as two elastic sections, each of the elastic sections being disposed between the holder and the protrusion and the elastic section will provide a resilient force to the protrusion. a charger body, including a housing and a holder accommodated in the housing, two through holes being disposed on two opposite sides of the housing; a cathode conducting elastic sheet, having two elastic conduction arms and each of the elastic conduction arms clamped between the housing and holder, each elastic conduction arm having a protrusion exposed out of each through hole; said plug being characterised by further comprising an auxiliary elastic sheet, being an elastic body fixed in the holder, wherein two ends of the elastic body are extended to form as two elastic sections, each of the elastic sections being disposed between the holder and the protrusion and the elastic section will provide a resilient force to the protrusion.
An olefin-based polymer satisfying the following conditions of to: density (d): from 0.850 to 0.910 g/cc, melting index (MI, 190°C, 2.16 kg load conditions): from 0.1 to 100 g/10 min, molecular weight distribution: from 1.5 to 3.0, and two peaks are shown in a temperature range of -20°C to 120°C when taking measurements of temperature rising elution fractionation (TREF), and a relation of T -T ≥60°C is satisfied (where T is a temperature at which 90 wt% of the olefin-based polymer is eluted, and T is a temperature at which 50 wt% of the olefin-based polymer is eluted). density (d): from 0.850 to 0.910 g/cc, melting index (MI, 190°C, 2.16 kg load conditions): from 0.1 to 100 g/10 min, molecular weight distribution: from 1.5 to 3.0, and two peaks are shown in a temperature range of -20°C to 120°C when taking measurements of temperature rising elution fractionation (TREF), and a relation of T -T ≥60°C is satisfied (where T is a temperature at which 90 wt% of the olefin-based polymer is eluted, and T is a temperature at which 50 wt% of the olefin-based polymer is eluted).
Process for the production of sugars from biomass derived from guayule plants comprising: - subjecting said biomass to a biological pretreatment in the presence of at least one ligninolytic fungus selected from the white rot fungi belonging to the strains Pleurotus ostreatus obtaining a liquid phase comprising sugars and a first solid residue; - subjecting said first solid residue to hydrolysis in the presence of at least one diluted inorganic acid obtaining a first hydrolysate comprising sugars and a second solid residue; - subjecting said second solid residue to enzymatic hydrolysis obtaining a second hydrolysate comprising sugars and a third solid residue. - subjecting said biomass to a biological pretreatment in the presence of at least one ligninolytic fungus selected from the white rot fungi belonging to the strains Pleurotus ostreatus obtaining a liquid phase comprising sugars and a first solid residue; - subjecting said first solid residue to hydrolysis in the presence of at least one diluted inorganic acid obtaining a first hydrolysate comprising sugars and a second solid residue; - subjecting said second solid residue to enzymatic hydrolysis obtaining a second hydrolysate comprising sugars and a third solid residue.
A method of verifying an input in an input verification engine, IVE, within an enclave included in a trusted execution environment, TEE, comprising: receiving the input by the enclave, the input to be provided to an application outside of the TEE; the method characterized by comprising: when the input is an input from the user or the network, receiving the input from the enclave by the IVE; and validating the input by the IVE; when the input is a binary input object, receiving the binary input object; and analyzing the binary input object to identify, with the IVE, and tag portions of the binary input object that perform input/output operations; wherein the tagged portions are to be run within the enclave; signing the input with a key of the TEE; and in response to the input being verified, exporting the input, by the IVE, to an application outside of the TEE. receiving the input by the enclave, the input to be provided to an application outside of the TEE; the method characterized by comprising: when the input is an input from the user or the network, receiving the input from the enclave by the IVE; and validating the input by the IVE; when the input is a binary input object, receiving the binary input object; and analyzing the binary input object to identify, with the IVE, and tag portions of the binary input object that perform input/output operations; wherein the tagged portions are to be run within the enclave; signing the input with a key of the TEE; and in response to the input being verified, exporting the input, by the IVE, to an application outside of the TEE. when the input is an input from the user or the network, receiving the input from the enclave by the IVE; and validating the input by the IVE; when the input is a binary input object, receiving the binary input object; and analyzing the binary input object to identify, with the IVE, and tag portions of the binary input object that perform input/output operations; wherein the tagged portions are to be run within the enclave; signing the input with a key of the TEE; and in response to the input being verified, exporting the input, by the IVE, to an application outside of the TEE.
A pulsed power drilling apparatus for passing a pulsed electrical current through a substrate to break the substrate, the apparatus comprising: a spiker pulsed power system for generating at least one high voltage pulse; a sustainer pulsed power system for generating at least one high current pulse; a center electrode; a surrounding electrode; and said two pulsed power systems (230, 231) comprising a spiker-sustainer power system configured to provide the at least one high voltage pulse followed by the at least one high current pulse wherein the two pulsed power systems are further configured to fire one right after the other. a spiker pulsed power system for generating at least one high voltage pulse; a sustainer pulsed power system for generating at least one high current pulse; a center electrode; a surrounding electrode; and said two pulsed power systems (230, 231) comprising a spiker-sustainer power system configured to provide the at least one high voltage pulse followed by the at least one high current pulse wherein the two pulsed power systems are further configured to fire one right after the other.
A method for forming a power semiconductor module arrangement, the method comprising: arranging a housing on a substrate, wherein the housing comprises sidewalls and is arranged to directly adjoin the substrate such that the substrate forms a base surface of the housing; filling a liquid, viscous or semi-liquid UV-curable potting material into the housing, thereby covering the substrate with the potting material; irradiating, with ultraviolet light, a first portion of the potting material in areas of the potting material near an interface between the substrate and the sidewalls of the housing, thereby triggering a cross-linking of the first portion of the potting material so as to seal any gaps between the substrate and the sidewalls of the housing, and irradiating, with ultraviolet light, a second portion of the potting material farther away from the interface between the substrate and the sidewalls of the housing than the first portion of the potting material, thereby triggering a cross-linking of the second portion of the potting material to form an encapsulant, wherein: the step of irradiating the first portion takes place before the step of irradiating the second portion of the potting material and/or the steps of irradiating the first portion and irradiating the second portion take place via different radiation sources. arranging a housing on a substrate, wherein the housing comprises sidewalls and is arranged to directly adjoin the substrate such that the substrate forms a base surface of the housing; filling a liquid, viscous or semi-liquid UV-curable potting material into the housing, thereby covering the substrate with the potting material; irradiating, with ultraviolet light, a first portion of the potting material in areas of the potting material near an interface between the substrate and the sidewalls of the housing, thereby triggering a cross-linking of the first portion of the potting material so as to seal any gaps between the substrate and the sidewalls of the housing, and irradiating, with ultraviolet light, a second portion of the potting material farther away from the interface between the substrate and the sidewalls of the housing than the first portion of the potting material, thereby triggering a cross-linking of the second portion of the potting material to form an encapsulant, wherein: the step of irradiating the first portion takes place before the step of irradiating the second portion of the potting material and/or the steps of irradiating the first portion and irradiating the second portion take place via different radiation sources.
A "variable cutoff folding device, comprising: a cutting mechanism capable of cutting a continuous paper into individual sheets, and capable of changing a cutting length; a speed-increasing conveyor mechanism capable of conveying the individual sheets at an increased speed over a supply speed of the continuous paper, and capable of changing a conveying speed based on a change in the cutting length; a folding cylinder having installed on an outer circumferential surface thereof a pin device and a thrust blade device, the pin device being configured to stick a pin into a leading edge in a running direction of the individual sheets, and the thrust blade device being configured to thrust a thrust blade against the individual sheets stuck by the pin in said pin device and to be displaced based on the change in the cutting length; and a jaw cylinder having installed on an outer circumferential surface thereof a jaw device for gripping the thrust blade and being configured to be rotatiorially displaced based on displacement of the thrust blade device, characterised in that the speed-increasing conveyor mechanism includes: a belt conveyor including a suction hole; and a suction device for suctioning the individual sheets via the suction hole. a cutting mechanism capable of cutting a continuous paper into individual sheets, and capable of changing a cutting length; a speed-increasing conveyor mechanism capable of conveying the individual sheets at an increased speed over a supply speed of the continuous paper, and capable of changing a conveying speed based on a change in the cutting length; a folding cylinder having installed on an outer circumferential surface thereof a pin device and a thrust blade device, the pin device being configured to stick a pin into a leading edge in a running direction of the individual sheets, and the thrust blade device being configured to thrust a thrust blade against the individual sheets stuck by the pin in said pin device and to be displaced based on the change in the cutting length; and a jaw cylinder having installed on an outer circumferential surface thereof a jaw device for gripping the thrust blade and being configured to be rotatiorially displaced based on displacement of the thrust blade device, a jaw cylinder having installed on an outer circumferential surface thereof a jaw device for gripping the thrust blade and being configured to be rotatiorially displaced based on displacement of the thrust blade device, the speed-increasing conveyor mechanism includes: a belt conveyor including a suction hole; and a suction device for suctioning the individual sheets via the suction hole. a belt conveyor including a suction hole; and a suction device for suctioning the individual sheets via the suction hole.
A vane assembly for a gas turbine engine, comprising: at least one vane, the or each at least one vane having a first end and an opposite second end; a first platform; and a second platform; whereby the first end of the or each at least one vane is secured in a corresponding first aperture in the first platform, and the second end of the or each at least one vane is secured in a corresponding second aperture in the second platform, and wherein the or each at least one vane intersects the first platform at an acute angle, and the or each at least one vane intersects the second platform at an obtuse angle, the acute angle and the obtuse angle being supplementary, characterised in that an end portion (114,118) of each of the first and second ends (112,116) of the or each at least one vane is tapered outwardly towards the respective first and second ends (112,116), thereby defining a first included taper angle. at least one vane, the or each at least one vane having a first end and an opposite second end; a first platform; and a second platform;
Syringe comprising a barrel, a plunger moveably arranged within said barrel, a plunger rod for driving said plunger, and a mechanism for providing feedback to a user as the plunger rod is moved relative to the barrel for driving said plunger, which mechanism comprises a first engagement member (30, 5) comprising a grooved surface, wherein said first engagement member (30,5) is arranged at the plunger rod or is integrally formed with the plunger rod as a single component, and a second engagement member (40, 4) arranged at the barrel to engage with the grooved surface (32, 5) of the first engagement member (30, 5) for generating said feedback, wherein the plunger rod is arranged to drive said plunger such that a predetermined relative movement between at least a portion of said plunger rod and said plunger is allowed within a predetermined distance d, in a longitudinal direction of the plunger rod, due to a play in the engagement between said at least a portion of the plunger rod and said plunger.
A method for wireless communications at an access point, comprising: identifying one or more receiving wireless devices for which to send a wake-up radio, WUR, frame; obtaining a basic service set identifier, BSSID, for the access point, the BSSID being known by the one or more receiving wireless devices; performing a hashing function to the BSSID to obtain a hashed BSSID; using a first portion of the hashed BSSID as a first identifier; using a second portion of the hashed BSSID as a third identifier; calculating a cyclic redundancy check, CRC, over a set of calculation fields that includes a field with the third identifier to obtain a CRC value; generating the WUR frame for transmission with an address identifier field that includes either the first identifier or a second identifier, wherein the second identifier is based at least in part on the first identifier; and transmitting the WUR frame to the one or more receiving wireless devices. identifying one or more receiving wireless devices for which to send a wake-up radio, WUR, frame; obtaining a basic service set identifier, BSSID, for the access point, the BSSID being known by the one or more receiving wireless devices; performing a hashing function to the BSSID to obtain a hashed BSSID; using a first portion of the hashed BSSID as a first identifier; using a second portion of the hashed BSSID as a third identifier; calculating a cyclic redundancy check, CRC, over a set of calculation fields that includes a field with the third identifier to obtain a CRC value; generating the WUR frame for transmission with an address identifier field that includes either the first identifier or a second identifier, wherein the second identifier is based at least in part on the first identifier; and transmitting the WUR frame to the one or more receiving wireless devices.
A method for homogeneously mixing a catalyst precursor having a lower viscosity into a heavy oil feedstock having a higher viscosity, comprising: pre-mixing a catalyst precursor comprised of an oil soluble metal salt with a diluent in a static low shear in-line mixer comprised of plurality of internal baffles or other elements inside of a tube or other housing so that the catalyst precursor is substantially homogeneously dispersed throughout the diluent so as to form a diluted catalyst precursor, the diluent having a boiling point of at least 150°C; dividing a heavy oil feedstock having a viscosity greater than the viscosity of the catalyst precursor into two streams comprised of a first stream and a second stream, the first stream comprising 30% to 90% of the heavy oil feedstock; mixing the diluted catalyst precursor with the first stream of the heavy oil feedstock in a static low shear in-line mixer comprised of plurality of internal baffles or other elements inside of a tube or other housing followed by mixing in a high shear mixer comprised of a vessel with a propeller or turbine impeller so as to form a blended oil feedstock composition; and thoroughly mixing the blended oil feedstock composition with a remaining portion of the heavy oil feedstock comprised of the second stream by means of a surge tank followed by one or more multi-stage high pressure pumps having multiple compression stages so that the catalyst precursor is substantially homogeneously dispersed throughout the heavy oil feedstock. pre-mixing a catalyst precursor comprised of an oil soluble metal salt with a diluent in a static low shear in-line mixer comprised of plurality of internal baffles or other elements inside of a tube or other housing so that the catalyst precursor is substantially homogeneously dispersed throughout the diluent so as to form a diluted catalyst precursor, the diluent having a boiling point of at least 150°C; dividing a heavy oil feedstock having a viscosity greater than the viscosity of the catalyst precursor into two streams comprised of a first stream and a second stream, the first stream comprising 30% to 90% of the heavy oil feedstock; mixing the diluted catalyst precursor with the first stream of the heavy oil feedstock in a static low shear in-line mixer comprised of plurality of internal baffles or other elements inside of a tube or other housing followed by mixing in a high shear mixer comprised of a vessel with a propeller or turbine impeller so as to form a blended oil feedstock composition; and thoroughly mixing the blended oil feedstock composition with a remaining portion of the heavy oil feedstock comprised of the second stream by means of a surge tank followed by one or more multi-stage high pressure pumps having multiple compression stages so that the catalyst precursor is substantially homogeneously dispersed throughout the heavy oil feedstock.
Method for determining a scale inhibitor concentration in a sample comprising at least a first scale inhibitor, which is a synthetic organic compound comprising at least one ionised group, the method comprising - optionally diluting and/or purifying the sample, - allowing the at least first scale inhibitor in the sample to interact with a reagent comprising a lanthanide ion, - exciting the sample at a first excitation wavelength and detecting a sample signal deriving from the lanthanide ion at a signal wavelength by using time-resolved luminescence measurement, and - determining the concentration of the at least first scale inhibitor in the sample by using the detected sample signal. - optionally diluting and/or purifying the sample, - allowing the at least first scale inhibitor in the sample to interact with a reagent comprising a lanthanide ion, - exciting the sample at a first excitation wavelength and detecting a sample signal deriving from the lanthanide ion at a signal wavelength by using time-resolved luminescence measurement, and - determining the concentration of the at least first scale inhibitor in the sample by using the detected sample signal.
A dosage unit in the form of a compressed tablet for the sustained release of an insecticide, comprising a vaporizable insecticide and an inert solid carrier, the carrier comprising a two-component system comprising a bulking material and a porosity providing material, wherein the bulking material is selected from the group of direct compressing excipients and the porosity providing material is a carbonate or bicarbonate.
Error detection unit for a satellite receiver for detecting cabling errors, the error detection unit comprising: a current sensor configured to measure a supply current for a low noise block downconverter, LNB, that is connected to the satellite receiver, and a control unit configured to store as reference current value a current value of the supply current measured by the current sensor during a first time installation of the satellite receiver and to compare an operating current value measured by the current sensor during normal operation of the satellite receiver with the stored reference current value, the control unit being further configured to output a warning signal if the operating current value is larger than the reference current value by at least a current threshold value. a current sensor configured to measure a supply current for a low noise block downconverter, LNB, that is connected to the satellite receiver, and a control unit configured to store as reference current value a current value of the supply current measured by the current sensor during a first time installation of the satellite receiver and to compare an operating current value measured by the current sensor during normal operation of the satellite receiver with the stored reference current value, the control unit being further configured to output a warning signal if the operating current value is larger than the reference current value by at least a current threshold value.