mhurhangee/patent-ind-claim-en huggingface dataset:
An operating system for an agricultural working machine , comprising: - a control device which is connected, for the purposes of signalling, to a display unit , a drive lever as well as an operations panel , wherein at least the drive lever comprises a plurality of operational elements , wherein the display unit is configured as a touch-sensitive display screen with one or more visualisation zones as well as a plurality of virtual operational elements , wherein a preferred quick select function out of a plurality of different quick select functions (51 - 57) for adjusting an operational parameter of the working machine associated with a respective quick selection function is allocated, in a pre-configured manner, to a respective one of the operational elements of the display unit , the drive lever and the operations panel and which can be presented by means of the display unit upon activation, wherein the quick select function associated with the respective control element can be activated by means of the display unit and/or the drive lever and/or the operations panel . - a control device which is connected, for the purposes of signalling, to a display unit , a drive lever as well as an operations panel , wherein at least the drive lever comprises a plurality of operational elements , wherein the display unit is configured as a touch-sensitive display screen with one or more visualisation zones as well as a plurality of virtual operational elements , wherein a preferred quick select function out of a plurality of different quick select functions (51 - 57) for adjusting an operational parameter of the working machine associated with a respective quick selection function is allocated, in a pre-configured manner, to a respective one of the operational elements of the display unit , the drive lever and the operations panel and which can be presented by means of the display unit upon activation, wherein the quick select function associated with the respective control element can be activated by means of the display unit and/or the drive lever and/or the operations panel .
Method for operating a dual-clutch transmission of a motor vehicle , wherein - a first clutch is operated in closed mode by means of a filled first clutch hydraulic system and thus drives a first gear branch (K1), in which a current actual gear is set, such that a torque (Mm) is transmitted from a crankshaft of a motor to a gear output , - a second clutch is operated in open mode by means of a second clutch hydraulic system emptied up to an abutment position , and - in a preselection phase for a gearchange into a nominal gear in a second gear branch (K2) a rotational movement (n2) of the nominal gear is synchronised with the gear output and the synchronised nominal gear is unlocked and engaged , and - at the second clutch the second clutch hydraulic system is filled and thus the second clutch up to a contact point , after which the second clutch transmits a torque (M2) from the crankshaft onto the second gear branch (K2) and is in addition closed, wherein the filling of the second clutch hydraulic system is already begun during the preselection phase and the second clutch hydraulic system is filled in the preselection phase at most up until reaching the contact point of the second clutch , characterised in that the second clutch hydraulic system is filled in stepwise manner with at least one interim stage , in which a nominal filling pressure (P2soll) is constant. - a first clutch is operated in closed mode by means of a filled first clutch hydraulic system and thus drives a first gear branch (K1), in which a current actual gear is set, such that a torque (Mm) is transmitted from a crankshaft of a motor to a gear output , - a second clutch is operated in open mode by means of a second clutch hydraulic system emptied up to an abutment position , and - in a preselection phase for a gearchange into a nominal gear in a second gear branch (K2) a rotational movement (n2) of the nominal gear is synchronised with the gear output and the synchronised nominal gear is unlocked and engaged , and - at the second clutch the second clutch hydraulic system is filled and thus the second clutch up to a contact point , after which the second clutch transmits a torque (M2) from the crankshaft onto the second gear branch (K2) and is in addition closed,
An ex-vivo method of determining prognosis of a subject diagnosed with sepsis, comprising determining a baseline level of T-cell senescence in a CD3+ T-cell sample of the subject up to 24 hours following diagnosis of said sepsis, as determined by at least two positive SIRS criteria, said level being indicative of the sepsis prognosis, wherein said T cell-senescence level is determined by the signature TIM3 low ; CD45RA high ; CD45RO low ; CD152 low ; PD1 low , thereby determining the prognosis of the subject, wherein if the T-cell senescence level is higher than a predetermined threshold then the subject is likely to have a poor prognosis as comparted to a control subject diagnosed with sepsis and whose T-cell senescence level is lower than a predetermined threshold.
Receiving device for components (B), which is set up to be moved in a controlled manner relative to a deposit point (ABS) by means of at least one linear drive (LA4) at least partially along a first, second and/or third axis (X-, Y-, Z-axis) and/or a drive (DA4) to move a carrier guided by the receiving device in a controlled manner along one of the first and/or second axes (X-, Y-axis), and the receiving device has a position sensor (K6) which is assigned to a component depositing point (K6), (ABS) in order to detect a component (B) deposited only partially in a tray of the carrier at the component depositing point (ABS), the position sensor (K6) being connected laterally to the carrier to the receiving device in such a way that the position sensor (K6) also directly executes movements of the receiving device .
A carbon nanohorn composite, comprising a carbon nanohorn having an opening part formed by oxidation, a substance encapsulated in the carbon nanohorn, and a plug capping the opening part of the carbon nanohorn, characterized in that the plug is a polyamine molecule having amino groups, wherein the amine group of the polyamine molecule forms an amide linkage with a surface functional group present on the opening part on the surface of the carbon nanohorn, wherein the polyamine molecule is selected from the group consisting of 1,4-diaminobutane, spermine, 1,1,4,7,10,10-hexamethyltriethylenetetramine, 1,4,8,11-tetramethyl-1,4,8,11-tetraazacyclotetradecane, and folic acid, and wherein the surface functional group present on the opening part on the surface of the carbon nanohorn is a carbonyl group or an anhydride group.
Method for the continuous determination of the fat content of milk with varying solids concentrations, wherein said milk flows through a pipe with a variable gas load, wherein said method comprises the following steps: Determination of a value for the sound velocity and an average density value for the milk flowing in the pipe on the basis of the natural frequencies of at least two flexural vibration useful modes of measuring tubes of a density meter arranged in the pipe ; Determination of a value for the static pressure in the pipe using a pressure sensor connected to the pipe ; Determination of a value for the gas volume content on the basis of the value of the sound velocity, the value for the average density and the value for the pressure; Determination of a value for the density of the milk flowing in the pipe without the gas load on the basis of the value for the average density and on the basis of the value for the gas volume content; Determination of a value for the permittivity of the milk flowing in the pipe on the basis of at least a measurement of the propagation speed and/or the absorption of microwaves in the milk by means of a microwave sensor arranged in the pipe ; and Calculation of the fat content on the basis of the value of the density of the milk flowing in the pipe without the gas load and of the value of the effective perm ittivity. Determination of a value for the sound velocity and an average density value for the milk flowing in the pipe on the basis of the natural frequencies of at least two flexural vibration useful modes of measuring tubes of a density meter arranged in the pipe ; Determination of a value for the static pressure in the pipe using a pressure sensor connected to the pipe ; Determination of a value for the gas volume content on the basis of the value of the sound velocity, the value for the average density and the value for the pressure; Determination of a value for the density of the milk flowing in the pipe without the gas load on the basis of the value for the average density and on the basis of the value for the gas volume content; Determination of a value for the permittivity of the milk flowing in the pipe on the basis of at least a measurement of the propagation speed and/or the absorption of microwaves in the milk by means of a microwave sensor arranged in the pipe ; and Calculation of the fat content on the basis of the value of the density of the milk flowing in the pipe without the gas load and of the value of the effective perm ittivity.
A method for producing load-indicating connection components , wherein - a connection element and a piezoelectric ultrasonic transducer are provided and interconnected, - the connection element is a screw and the surface of the screw is a surface of the screw head of the screw or a surface at the end of the screw opposite to the screw head, - the screw is fabricated from the group of materials listed below: steel, stainless steel, high-alloy steels, special steels, titanium and its alloys, TiAl6V4, aluminum and its alloys, nickel alloys (Inconel), amagnetic steels such as A286, brass or Copper and its alloys characterized by the following steps: a) forming a layer structure on the surface of the screw , which in this order proceeding from the surface of the screw comprises a first solder layer , a reactive layer , a second solder layer and the ultrasonic transducer , wherein the reactive layer has a thickness in the range from 10 μm to 100 μm and is adapted for an exothermic reaction by activation with heat, electromagnetic radiation or electric current, b) pressing the ultrasonic transducer toward the screw with a specified contact pressure, and c) activating the reactive layer . - a connection element and a piezoelectric ultrasonic transducer are provided and interconnected, - the connection element is a screw and the surface of the screw is a surface of the screw head of the screw or a surface at the end of the screw opposite to the screw head, - the screw is fabricated from the group of materials listed below: steel, stainless steel, high-alloy steels, special steels, titanium and its alloys, TiAl6V4, aluminum and its alloys, nickel alloys (Inconel), amagnetic steels such as A286, brass or Copper and its alloys a) forming a layer structure on the surface of the screw , which in this order proceeding from the surface of the screw comprises a first solder layer , a reactive layer , a second solder layer and the ultrasonic transducer , wherein the reactive layer has a thickness in the range from 10 μm to 100 μm and is adapted for an exothermic reaction by activation with heat, electromagnetic radiation or electric current, b) pressing the ultrasonic transducer toward the screw with a specified contact pressure, and c) activating the reactive layer .
A method for producing an organic compound, comprising: preparing an organic compound comprising a lead component as an impurity, by using an organic metal compound, and purifying the organic compound by obtaining an organic compound having a reduced lead content from the organic compound comprising a lead component, wherein when purifying the organic compound, the organic compound comprising a lead component is irradiated with ultraviolet rays, and then the lead component in the organic compound is removed.
Striking or musical watch provided with at least one acoustic radiating membrane made of metallic material or amorphous metal, said membrane taking the form of a loop with walls of a specific thickness to be connected by a first edge portion to a middle part of a watch case and by a second edge portion to a bezel secured to a watch crystal , or directly to a watch crystal , the bezel connected to the crystal or the crystal being movable with respect to the case middle via the membrane during vibration of the membrane once a sound is generated by the watch striking mechanism in the watch case, characterized in that the membrane is configured with a wall of a specific thickness in an active region dependent on the mass of the bezel connected to the crystal , or only of the crystal , to obtain a frequency f 0 of a first vibration mode, which is on a low frequency of less than or equal to 4 kHz according to the equation f 0 = (1/2π)·(k/m) 1/2 where k is the stiffness of the membrane , which depends on the thickness thereof, and m is the mass of the bezel connected to the crystal , or only of the crystal , and in that the membrane is annular in shape with an annular arcuate part starting from the second edge portion and pointing in a direction of the crystal perpendicular to the plane of the watch , the arcuate part being extended by a straight part , which is connected to the first edge portion , and in that the annular arcuate part is a portion of a circle, on a cross-section, whose angle at rest is greater than 180°.
A thermoplastic polyurethane obtainable or obtained by a process comprising reaction of an isocyanate composition (I1) comprising at least one polyisocyanate and a polyol composition (P1), wherein at least one diamine (D1) having a molecular weight in the range from 50 g/mol to 700 g/mol is employed and wherein the diamine D1 is reacted with a thermoplastic polyester (PE-1) to afford an amide (PA-1) before reaction with the isocyanate composition (I1) and the polyol composition (P1). wherein at least one diamine (D1) having a molecular weight in the range from 50 g/mol to 700 g/mol is employed and wherein the diamine D1 is reacted with a thermoplastic polyester (PE-1) to afford an amide (PA-1) before reaction with the isocyanate composition (I1) and the polyol composition (P1).
A method of creating a three dimensional object from reactive components that form a thermoset product using extruded thermoset printing, comprising: providing first and second reactive components that are effective to form a thermoset product having a predetermined layer resolution during the method; introducing the first and second reactive components into a mixing chamber where mixing occurs to form a mixture, wherein the first and second reactive components have a residence time in the mixing chamber effective to form a partially reacted thermoset product in the mixing chamber and result in the predetermined layer resolution upon exiting the mixing chamber, and wherein the first and second reactive components have a residence time in the mixing chamber insufficient to completely react; extruding the partially reacted thermoset product out of the mixing chamber through an extrusion nozzle and onto a substrate; moving the extrusion nozzle and/or the substrate to form a 3D object having a predetermined shape resolution, characterized in that the ratio of viscosity of the first and second reactive components is from 1:3 to 3:1. providing first and second reactive components that are effective to form a thermoset product having a predetermined layer resolution during the method; introducing the first and second reactive components into a mixing chamber where mixing occurs to form a mixture, wherein the first and second reactive components have a residence time in the mixing chamber effective to form a partially reacted thermoset product in the mixing chamber and result in the predetermined layer resolution upon exiting the mixing chamber, and wherein the first and second reactive components have a residence time in the mixing chamber insufficient to completely react; extruding the partially reacted thermoset product out of the mixing chamber through an extrusion nozzle and onto a substrate; moving the extrusion nozzle and/or the substrate to form a 3D object having a predetermined shape resolution, characterized in that the ratio of viscosity of the first and second reactive components is from 1:3 to 3:1.
A clothes dryer, comprising: a main body ; a first drying tub including a rotary drum provided rotatably inside the main body ; a second drying tub provided separately from the first drying tub inside the main body ; a first supply flow path provided to supply air to the first drying tub ; a second supply flow path branched from the first supply flow path to supply air to the second drying tub ; a first discharge flow path provided to discharge air supplied to the first drying tub out of the first drying tub ; and a second discharge flow path provided to discharge air supplied to the second drying tub out of the second drying tub and through the first drying tub , characterised in that the second drying tub further comprises a plurality of racks provided in multiple layers stacked in a vertical direction. a main body ; a first drying tub including a rotary drum provided rotatably inside the main body ; a second drying tub provided separately from the first drying tub inside the main body ; a first supply flow path provided to supply air to the first drying tub ; a second supply flow path branched from the first supply flow path to supply air to the second drying tub ; a first discharge flow path provided to discharge air supplied to the first drying tub out of the first drying tub ; and a second discharge flow path provided to discharge air supplied to the second drying tub out of the second drying tub and through the first drying tub , characterised in that the second drying tub further comprises a plurality of racks provided in multiple layers stacked in a vertical direction.
A method of controlling a laundry treating apparatus, the laundry treating apparatus including a treating chamber , a moving hanger disposed in the treating chamber and configured for providing vibration to clothing thereon, a blower unit for circulating air of the treating chamber , a steam unit for supplying steam to the treating chamber , and a heat pump unit for generating heat through a refrigeration cycle using a refrigerant, the method comprising: performing a preheating operation of the steam unit for generating steam; performing a first cooling operation including operating the blower unit and the moving hanger ; performing a steam operation (S220) including operating the blower unit and the steam unit for circulating steam generated by the steam unit to the treating chamber ; performing a standby operation (S230) including operating the blower unit , after the steam operation has been terminated; performing a second cooling operation (S242) including operating the blower unit , after the standby operation has been terminated; and performing a drying operation (S250) including operating the blower unit and the heat pump unit for providing heat generated by the heat pump unit to the treating chamber to dry the treating chamber , after the second cooling operation has been terminated. performing a preheating operation of the steam unit for generating steam; performing a first cooling operation including operating the blower unit and the moving hanger ; performing a steam operation (S220) including operating the blower unit and the steam unit for circulating steam generated by the steam unit to the treating chamber ; performing a standby operation (S230) including operating the blower unit , after the steam operation has been terminated; performing a second cooling operation (S242) including operating the blower unit , after the standby operation has been terminated; and performing a drying operation (S250) including operating the blower unit and the heat pump unit for providing heat generated by the heat pump unit to the treating chamber to dry the treating chamber , after the second cooling operation has been terminated.
Joint stabilization device , particularly for the patellofemoral joint, comprising: - support means positionable at the patellar portion of a leg of a patient ; - at least a sustaining element of elongated shape, having a first extremity and a second extremity opposite to each other, associated with said support means and positionable laterally to the patella of said patient ; - at least a first traction element and at least a second traction element associated with said first extremity and with said second extremity , respectively; at least a first directing element and at least a second directing element which are associated with said sustaining element and interposed between said first extremity and said first traction element and between said second extremity and said second traction element respectively, wherein said first traction element and said second traction element are adapted to position said sustaining element in a predefined position, said first directing element and said second directing element being configurated to be adjusted depending on said predefined position, characterised in that said first directing element and said second directing element each is an annular element. - support means positionable at the patellar portion of a leg of a patient ; - at least a sustaining element of elongated shape, having a first extremity and a second extremity opposite to each other, associated with said support means and positionable laterally to the patella of said patient ; - at least a first traction element and at least a second traction element associated with said first extremity and with said second extremity , respectively; at least a first directing element and at least a second directing element which are associated with said sustaining element and interposed between said first extremity and said first traction element and between said second extremity and said second traction element respectively, wherein said first traction element and said second traction element are adapted to position said sustaining element in a predefined position, said first directing element and said second directing element being configurated to be adjusted depending on said predefined position, characterised in that said first directing element and said second directing element each is an annular element.
A power generation system used with: a combustion device configured to generate heat to be supplied to a heat load; a duct open to outside air; and a second exhaust gas passage connected to the duct , the second exhaust gas passage being configured to pass a combustion exhaust gas from the combustion device , the power generation system _comprising: a power generation unit comprising a fuel cell configured to generate electric power; a casing accommodating said power generation unit ; a ventilator provided external to the power generation unit and inside the casing and configured to ventilate the interior of said casing ; and a first exhaust gas passage configured to pass an exhaust gas from said ventilator which is discharged out of said casing , wherein in a power generating operation of the power generation unit , a combustor is configured to combust a fuel, a discharge path through which a combustion exhaust gas from the combustor is discharged out of the casing is provided, and said first exhaust gas passage is provided so as to guide the gas within said casing from said ventilator to said second exhaust gas passage , and merges with said second exhaust gas passage .