mhurhangee/patent-ind-claim-en huggingface dataset:
A self-catheterization intermittent urinary catheter training packaging assembly , comprising: an intermittent urinary catheter ; a package having a compartment containing the intermittent urinary catheter; the package comprising a plurality of panels including step-by-step written and/or pictorial self-catheterization training instructions for using the intermittent urinary catheter, the plurality of panels being superimposed one atop of the other and sequentially arranged in the order of the step-by-step self-catheterization training instructions; wherein a top superimposed panel is removable from a succeeding underlying panel to reveal the step-by-step self-catheterization training instructions of the succeeding underlying panel; and wherein one of the underlying panels has an opening therethrough for removing the intermittent catheter from the compartment of the package. an intermittent urinary catheter ; a package having a compartment containing the intermittent urinary catheter; the package comprising a plurality of panels including step-by-step written and/or pictorial self-catheterization training instructions for using the intermittent urinary catheter, the plurality of panels being superimposed one atop of the other and sequentially arranged in the order of the step-by-step self-catheterization training instructions; wherein a top superimposed panel is removable from a succeeding underlying panel to reveal the step-by-step self-catheterization training instructions of the succeeding underlying panel; and wherein one of the underlying panels has an opening therethrough for removing the intermittent catheter from the compartment of the package.
A speed reducer comprising: a first gear ; a second gear ; a first movable portion configured to hold the first gear to be rotatable around a first axis (Axl); and a second movable portion configured to hold the second gear to be rotatable around a second axis (Ax2) extending non-parallel to the first axis (Ax1), wherein the first gear has a first power transmission portion that is annular and surrounds the first axis (Ax1), the first power transmission portion located on one side of the first gear in a direction along the first axis (Ax1), the second gear has an outer periphery and a second power transmission portion on the outer periphery, the second power transmission portion facing the first power transmission portion and configured to transmit power to the first power transmission portion , the second movable portion has an outer bearing portion configured to hold the second gear outside the first power transmission portion , the second movable portion has an inner bearing portion configured to hold the second gear inside the first power transmission portion , and the first movable portion comprises a third bearing portion , characterized in that the third bearing portion is configured to hold the first gear so as to surround the first gear from outside of an inner periphery of the first power transmission portion . a first gear ; a second gear ; a first movable portion configured to hold the first gear to be rotatable around a first axis (Axl); and a second movable portion configured to hold the second gear to be rotatable around a second axis (Ax2) extending non-parallel to the first axis (Ax1), wherein the first gear has a first power transmission portion that is annular and surrounds the first axis (Ax1), the first power transmission portion located on one side of the first gear in a direction along the first axis (Ax1), the second gear has an outer periphery and a second power transmission portion on the outer periphery, the second power transmission portion facing the first power transmission portion and configured to transmit power to the first power transmission portion , the second movable portion has an outer bearing portion configured to hold the second gear outside the first power transmission portion , the second movable portion has an inner bearing portion configured to hold the second gear inside the first power transmission portion , and the first movable portion comprises a third bearing portion , characterized in that the third bearing portion is configured to hold the first gear so as to surround the first gear from outside of an inner periphery of the first power transmission portion .
A nonwoven abrasive article comprising: a) a nonwoven abrasive member having a working surface , wherein the nonwoven abrasive member comprises: a lofty open fiber web comprising fibers bonded to one another; abrasive particles having an average particle diameter, adhered to at least a portion of the fibers by a binder material , wherein at least a portion of the abrasive particles form a visible outer layer of the abrasive particles along the fibers adjacent to the working surface of the nonwoven abrasive member , wherein on a numerical basis at least 80 percent of the abrasive particles in the visible outer layer have recognizable outlines ; and b) an overlayer composition disposed on at least a portion of the visible outer layer of the abrasive particles thereby forming the nonwoven abrasive article , the nonvowen abrasive article being characterised in that the overlayer composition comprises a fatty acid metal salt, and in that the abrasive particles in the visible outer layer are closely packed, wherein the term "closely packed" in reference to abrasive particles means that substantially all of the abrasive particles are within a distance between outer surfaces corresponding to the average particle diameter to the nearest abrasive particle. a) a nonwoven abrasive member having a working surface , wherein the nonwoven abrasive member comprises: a lofty open fiber web comprising fibers bonded to one another; abrasive particles having an average particle diameter, adhered to at least a portion of the fibers by a binder material , wherein at least a portion of the abrasive particles form a visible outer layer of the abrasive particles along the fibers adjacent to the working surface of the nonwoven abrasive member , wherein on a numerical basis at least 80 percent of the abrasive particles in the visible outer layer have recognizable outlines ; and a lofty open fiber web comprising fibers bonded to one another; abrasive particles having an average particle diameter, adhered to at least a portion of the fibers by a binder material , wherein at least a portion of the abrasive particles form a visible outer layer of the abrasive particles along the fibers adjacent to the working surface of the nonwoven abrasive member , wherein on a numerical basis at least 80 percent of the abrasive particles in the visible outer layer have recognizable outlines ; and b) an overlayer composition disposed on at least a portion of the visible outer layer of the abrasive particles thereby forming the nonwoven abrasive article , the nonvowen abrasive article being characterised in that the overlayer composition comprises a fatty acid metal salt, and in that the abrasive particles in the visible outer layer are closely packed, wherein the term "closely packed" in reference to abrasive particles means that substantially all of the abrasive particles are within a distance between outer surfaces corresponding to the average particle diameter to the nearest abrasive particle.
Process for oligomerization of C2- to C8-olefins in at least two serially connected reaction stages, each of which comprise at least one reactor and at least one distillation column, wherein an input mixture containing the C2- to C8-olefins as reactant olefins and a proportion of > 10% by weight of alkanes is subjected to oligomerization in the at least one reactor using a heterogeneous catalyst with a reactant olefin conversion of 60 to 95%, preferably 70 to 93%, particularly preferably 80 to 92%, and the reaction mixture obtained from the at least one reactor is distilled in the at least one distillation column to separate the formed oligomers from the residual reaction mixture containing at least the unconverted reactant olefins and forming the distillate from the distillation column, wherein the distillate formed in the at least one distillation column is at least partially passed to the reactor(s) of the same or preceding reaction stage, characterized in that , based on a cooling power of 100% for the reactor(s) in the first reaction stage, the cooling power in the reactor(s) of the subsequent reaction stages is less than 100%, but 0% only in the last reaction stage; the recycle-to-fresh feed ratio for each of the reaction stages present is between 0.1 and 5, and the concentration of the oligomers in the distillate from the last distillation column of the last reaction stage is < 100 ppmw, while the distillate(s) from the preceding distillation column(s) has or have a concentration of the oligomers in the range from > 200 ppmw to 7000 ppmw. an input mixture containing the C2- to C8-olefins as reactant olefins and a proportion of > 10% by weight of alkanes is subjected to oligomerization in the at least one reactor using a heterogeneous catalyst with a reactant olefin conversion of 60 to 95%, preferably 70 to 93%, particularly preferably 80 to 92%, and the reaction mixture obtained from the at least one reactor is distilled in the at least one distillation column to separate the formed oligomers from the residual reaction mixture containing at least the unconverted reactant olefins and forming the distillate from the distillation column, wherein the distillate formed in the at least one distillation column is at least partially passed to the reactor(s) of the same or preceding reaction stage, characterized in that , based on a cooling power of 100% for the reactor(s) in the first reaction stage, the cooling power in the reactor(s) of the subsequent reaction stages is less than 100%, but 0% only in the last reaction stage; the recycle-to-fresh feed ratio for each of the reaction stages present is between 0.1 and 5, and the concentration of the oligomers in the distillate from the last distillation column of the last reaction stage is < 100 ppmw, while the distillate(s) from the preceding distillation column(s) has or have a concentration of the oligomers in the range from > 200 ppmw to 7000 ppmw.
A hydraulic mass determining system arranged for determining the mass of a load displaced by a hydraulic fluid system, whereby the hydraulic mass-determining system is adapted to be connected to a hydraulic fluid system between a hydraulic activator and a lifting device, the hydraulic mass determining system comprises at least one pressure sensor for measuring the pressure in the hydraulic fluid system, where the at least one pressure sensor is connected to a processor , characterised in that the processor is arranged for comparing two pressure signals from the pressure sensor corresponding to a first measurement of a first movement and a second measurement of a second movement, respectively, and for calculating the mass of the load based on the mean value of the two pressure signals, if the value of the two pressure signals differ more than a preset value.
A process for preparing an aqueous N,N-dimethylglucamine solution, wherein an aqueous solution of formaldehyde is metered into an aqueous solution of N-methylglucamine in the presence of a metal catalyst at a hydrogen pressure of 10-200 bar, wherein subsequent to a hydrogenation with formaldehyde metering at 35 - 65°C a further, after-hydrogenation step without formaldehyde metering at 70 - 110°C is appended.
A therapeutically effective amount of tetrahydro-N,N-dimethyl-2,2-diphenyl-3-furanmethanamine hydrochloride (A2-73) for use in treating a neurodevelopmental disorder in a subject, wherein the neurodevelopmental disorder is Rett syndrome.
A demonstration tool for demonstrating to a user of ostomy appliances an impact of mucin-contamination of a base plate during application of the base plate around the ostomy, the demonstration tool comprising: an artificial ostomy comprising a generally cylindrical body having an outer peripheral surface and a first end surface and a second end surface , wherein a liquid-absorbing material is provided on the outer peripheral surface of the body . impact of mucin-contamination of a base plate during application of the base plate around the ostomy, the demonstration tool comprising: an artificial ostomy comprising a generally cylindrical body having an outer peripheral surface and a first end surface and a second end surface , wherein a liquid-absorbing material is provided on the outer peripheral surface of the body .
A sound insulating sheet member comprising at least a sheet having rubber elasticity and a plurality of resonant portions , wherein the resonant portions are provided in contact with a sheet surface of the sheet , each of the resonant portions including a base part and a weight part , and the weight part being supported by the base part and having a larger mass than the base part ; wherein the sheet has a Young's modulus of from 0.01 MPa to 100 MPa; characterized in that each resonant portion comprises a single weight part , and in that at least a part of the weight part is embedded in the base part on the leading end side of the resonant portion.
A computer-implemented method for determining frequencies at which to operate interacting qubits arranged as a two dimensional grid in a quantum device, the method comprising: defining a first cost function that maps qubit operation frequency values to a cost corresponding to an operating state of the quantum device; applying one or more constraints to the defined first cost function to define an adjusted cost function; and adjusting qubit operation frequency values to vary the cost according to the adjusted cost function such that the computations performed by the quantum device using the adjusted qubit operation frequency values are less error-prone, wherein adjusting qubit operation frequency values to vary the cost according to the adjusted cost function comprises performing one or more multi-qubit optimization routines to obtain initial qubit operation frequency values, the one or more multi-qubit optimization routines comprising: performing a grid-scale optimization routine to obtain coarse-grained initial qubit operation frequency values; and performing a pair-scale optimization routine to adjust the coarse-grained initial qubit operation frequency values to fine-grained initial qubit operation frequency values. defining a first cost function that maps qubit operation frequency values to a cost corresponding to an operating state of the quantum device; applying one or more constraints to the defined first cost function to define an adjusted cost function; and adjusting qubit operation frequency values to vary the cost according to the adjusted cost function such that the computations performed by the quantum device using the adjusted qubit operation frequency values are less error-prone, wherein adjusting qubit operation frequency values to vary the cost according to the adjusted cost function comprises performing one or more multi-qubit optimization routines to obtain initial qubit operation frequency values, the one or more multi-qubit optimization routines comprising: performing a grid-scale optimization routine to obtain coarse-grained initial qubit operation frequency values; and performing a pair-scale optimization routine to adjust the coarse-grained initial qubit operation frequency values to fine-grained initial qubit operation frequency values. performing a grid-scale optimization routine to obtain coarse-grained initial qubit operation frequency values; and performing a pair-scale optimization routine to adjust the coarse-grained initial qubit operation frequency values to fine-grained initial qubit operation frequency values.
A control system for a transmission of a vehicle , the control system comprising one or more controllers, the control system being configured to: receive a transmission speed signal that is indicative of an output speed of the transmission of the vehicle as the transmission performs a gearshift; receive a driver demand signal that is indicative of a driver demand for acceleration of the vehicle during the gearshift; determine a torque demand signal for an engine of the vehicle in accordance with the transmission speed signal and the driver demand signal; receive an initial gear signal that is indicative of a gear ratio of the transmission at the start of the gearshift; receive a target gear signal that is indicative of a target gear ratio of the transmission ; and determine a torque ratio value based on the initial gear signal and the target gear signal and apply the torque ratio value to the transmission output speed to determine an indicated engine speed, and to determine the torque demand signal in accordance with the indicated engine speed and the driver demand signal; wherein the control system is further configured to predict variance in the torque ratio of the transmission during the gearshift to determine the torque ratio. receive a transmission speed signal that is indicative of an output speed of the transmission of the vehicle as the transmission performs a gearshift; receive a driver demand signal that is indicative of a driver demand for acceleration of the vehicle during the gearshift; determine a torque demand signal for an engine of the vehicle in accordance with the transmission speed signal and the driver demand signal; receive an initial gear signal that is indicative of a gear ratio of the transmission at the start of the gearshift; receive a target gear signal that is indicative of a target gear ratio of the transmission ; and determine a torque ratio value based on the initial gear signal and the target gear signal and apply the torque ratio value to the transmission output speed to determine an indicated engine speed, and to determine the torque demand signal in accordance with the indicated engine speed and the driver demand signal; wherein the control system is further configured to predict variance in the torque ratio of the transmission during the gearshift to determine the torque ratio.
An assembly for mounting in a steam generating arrangement for generating steam, wherein the assembly comprises: a pressure vessel comprising an inlet and an outlet , a heat exchanging unit , in which exhaust gases of a heating device heat water, arranged to convey the heated water in liquid phase to the inlet and connected to the inlet , and a closing unit adapted to be biased to close the outlet , wherein the pressure vessel comprises an outlet portion , an inlet portion , and a compartment arranged to receive water in liquid phase from the inlet during operation, wherein a bottom of the pressure vessel is located in the inlet portion wherein the outlet portion comprises a chamber that is connected to the outlet , wherein the compartment comprises at least some parts of the inlet portion that are outside the chamber , characterized in that the compartment further comprises a first tube , wherein the first tube is fixed to and extends from the chamber into the inlet portion , wherein the first tube partially encloses a second tube , wherein the compartment and the chamber are connected to each other via the first and second tubes , wherein the second tube extends further into the inlet portion than the first tube , wherein a gap is formed between the first tube and the second tube . a pressure vessel comprising an inlet and an outlet , a heat exchanging unit , in which exhaust gases of a heating device heat water, arranged to convey the heated water in liquid phase to the inlet and connected to the inlet , and a closing unit adapted to be biased to close the outlet , wherein the pressure vessel comprises an outlet portion , an inlet portion , and a compartment arranged to receive water in liquid phase from the inlet during operation, wherein a bottom of the pressure vessel is located in the inlet portion wherein the outlet portion comprises a chamber that is connected to the outlet , wherein the compartment comprises at least some parts of the inlet portion that are outside the chamber , characterized in that the compartment further comprises a first tube , wherein the first tube is fixed to and extends from the chamber into the inlet portion , wherein the first tube partially encloses a second tube , wherein the compartment and the chamber are connected to each other via the first and second tubes , wherein the second tube extends further into the inlet portion than the first tube , wherein a gap is formed between the first tube and the second tube .
Chromatography media comprising fibers which display a convoluted structure comprised of discrete bundles of highly entangled, nanofibrils porous and wherein the fibers present a surface area in the range of 1 to 12 square meters per gram, said nanofibrils within said discrete porous bundles having diameters less than 1 micron and said nanofibrils having imparted thereon functionality enabling a chromatography selected from the group consisting of ion-exchange chromatography, hydrophobic interaction chromatography, and affinity chromatography, wherein the fibers are prepared by a method including the melt extrusion of bi-component fibers in core/sheath configuration with a core/sheath ratio of 50:50, wherein the sheath is formed of poly (lactic acid) and the core is formed of a blend of a nylon and poly(lactic acid), wherein the polymers are immiscible, drawing the fibers and subsequently extracting the poly(lactic acid) of said sheath and said blend with sodium hydroxide solution, wherein the poly (lactic acid) load in the blend is greater than 35 wt.% and less than 50 wt.% of the polymer blend.
A cut-off tool comprising: a housing including a motor housing portion and a handle portion extending therefrom; an arbor rotatably supported by the housing ; a cutting disk attachable to the arbor for co-rotation therewith; a motor positioned within the motor housing portion , the motor coupled to the arbor to provide torque thereto; a first lighting element positioned proximate an end of the handle portion that is opposite the motor housing portion ; and a second lighting element ; wherein the first lighting element is configured to illuminate a workpiece behind the cutting disk , and wherein the second lighting element is configured to illuminate the workpiece in front of the cutting disk , characterised in that : the second lighting element is positioned on the motor housing portion . a housing including a motor housing portion and a handle portion extending therefrom; an arbor rotatably supported by the housing ; a cutting disk attachable to the arbor for co-rotation therewith; a motor positioned within the motor housing portion , the motor coupled to the arbor to provide torque thereto; a first lighting element positioned proximate an end of the handle portion that is opposite the motor housing portion ; and a second lighting element ; wherein the first lighting element is configured to illuminate a workpiece behind the cutting disk , and wherein the second lighting element is configured to illuminate the workpiece in front of the cutting disk , characterised in that : the second lighting element is positioned on the motor housing portion .