mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine component comprising: a component wall including a cooling hole having: an inlet defined by an internal surface, an outlet defined by an external surface, a metering location having a cross-sectional area that is smaller than any other cross-sectional area of the cooling hole, an internal diffuser positioned between an inlet and the metering location to accumulate and converge the coolant flow, and having an accumulator, characterized in the internal diffuser having an accumulation diverter configured to create and form by its shape a pocket of lower velocity coolant within the accumulation diverter. a component wall including a cooling hole having: an inlet defined by an internal surface, an outlet defined by an external surface, a metering location having a cross-sectional area that is smaller than any other cross-sectional area of the cooling hole, an internal diffuser positioned between an inlet and the metering location to accumulate and converge the coolant flow, and having an accumulator, characterized in the internal diffuser having an accumulation diverter configured to create and form by its shape a pocket of lower velocity coolant within the accumulation diverter. an inlet defined by an internal surface, an outlet defined by an external surface, a metering location having a cross-sectional area that is smaller than any other cross-sectional area of the cooling hole, an internal diffuser positioned between an inlet and the metering location to accumulate and converge the coolant flow, and having an accumulator, characterized in the internal diffuser having an accumulation diverter configured to create and form by its shape a pocket of lower velocity coolant within the accumulation diverter.
A butterfly valve comprising: a valve body formed therein with an internal flow passage extending in a direction of a flow passage axis, and including a valve stem (31, 33) rotatable about a rotation axis perpendicular to the flow passage axis; a disk-shaped valve member disposed in the internal flow passage and rotatably supported by the valve body through the valve stem, the valve member including two principal surfaces (15a, 15b) opposite to each other; and an annular valve seat (17, 17a) provided on an inner periphery of the internal flow passage, said internal flow passage being configured to be opened and closed by rotating the valve stem (31, 33) to bring an outer peripheral edge portion of the valve member into and out of contact with the valve seat (17, 17a), wherein one of the two principal surfaces (15a, 15b) is provided with a groove portion, the groove portion extending in a direction across the rotation axis, and both side walls (25a, 25b) of the groove portion in a direction of the rotation axis are formed as convex curved surfaces extending in convex shapes toward each other in the direction of the rotation axis, and characterized in that each of the convex curved surfaces of both the side walls (25a, 25b) of the groove portion intersects the rotation axis and includes convex curved surface portions connected to each other and having curvature radii (R1, R2; R3, R4) different from each other. wherein one of the two principal surfaces (15a, 15b) is provided with a groove portion, the groove portion extending in a direction across the rotation axis, and both side walls (25a, 25b) of the groove portion in a direction of the rotation axis are formed as convex curved surfaces extending in convex shapes toward each other in the direction of the rotation axis, and characterized in that each of the convex curved surfaces of both the side walls (25a, 25b) of the groove portion intersects the rotation axis and includes convex curved surface portions connected to each other and having curvature radii (R1, R2; R3, R4) different from each other.
A method in controlling a steering assistance actuator in a steering system of a vehicle and one or more controllable vehicle state actuators of said vehicle where the steering system has a base steering-wheel torque and where the vehicle is in an understeer situation incorporating the following method steps: - measurement of at least two input signals with the aid of sensors (such as a torsion-bar torque sensor, a steering-wheel angle sensor, vehicle wheel speed sensors and a vehicle yaw rate sensor), - in an understeer calculation determination from said input signals of a level of understeer, - from the above-mentioned level of understeer in a ramp calculation determination of a steering-wheel torque ramp, - from at least one of the above-mentioned input signals determination of a measure of a torque applied by the driver via the steering wheel, said steering-wheel torque ramp being added to said base steering-wheel torque, whereby said steering-wheel torque sum is used as a reference signal to the before-mentioned steering assistance actuator and thus preventing the driver from excessive steering, characterized in that said determined torque applied by the driver via a steering wheel is compensated with a compensation torque, including one or more of the following torque contributions: steering system friction torque, tyre friction torque, damping torque and steering-wheel self-alignment torque, and that said compensated torque is transformed to a target yaw and/or lateral vehicle state by the use of a calculation function in a target vehicle state calculation, whereby said target yaw and/or lateral vehicle state is used as a reference signal to one or more vehicle state controllers for the mentioned control of one or more vehicle state actuators in order to control a path of the vehicle with the result that the front axle tyre-to-road friction is fully utilised at the same time as the vehicle yaw and/or lateral vehicle states are controlled. - measurement of at least two input signals with the aid of sensors (such as a torsion-bar torque sensor, a steering-wheel angle sensor, vehicle wheel speed sensors and a vehicle yaw rate sensor), - in an understeer calculation determination from said input signals of a level of understeer, - from the above-mentioned level of understeer in a ramp calculation determination of a steering-wheel torque ramp, - from at least one of the above-mentioned input signals determination of a measure of a torque applied by the driver via the steering wheel,
A telephoto lens, from an object side to an imaging surface thereof, sequentially comprising a stop surface; a first lens having a positive refractive power, an object side surface of the first lens being convex; a second lens having a refractive power; a third lens having a negative refractive power, an image side surface of the third lens being concave; a flat glass; and a filter; characterized in that an object side surface of the second lens is convex; the flat glass meets the expression: N d4 > 1.8, where N d4 represents a refractive index of the flat glass, and a focal length of the telephoto lens is capable of reaching 31.000 mm. a first lens having a positive refractive power, an object side surface of the first lens being convex; a second lens having a refractive power; a third lens having a negative refractive power, an image side surface of the third lens being concave; a flat glass; and a filter; characterized in that an object side surface of the second lens is convex; the flat glass meets the expression: N d4 > 1.8, where N d4 represents a refractive index of the flat glass, and a focal length of the telephoto lens is capable of reaching 31.000 mm.
Motor vehicle gear shift lever knob comprising a hollow body made of rigid material comprising an upper part forming a gripping head and a lower part, the body being delimited by an inner surface, the knob comprising internal vibration damping means, characterized in that at least a portion of the inner surface of the body is provided with a piece (Mi) of a vibration damping sheet made up of a layer of viscoelastic adhesive material which is fastened to the inner surface of the body by adhesion, and of a metal film secured to said layer.
A wireless communication apparatus comprising: an execution unit configured to execute an application; specifying means (26, 21) configured to specify whether the application is a limit target application limited to using a first communication network and not using a second communication network; a determination unit configured, when wireless communication is performed using the first communication network and the second communication network at the same time, to determine the first communication network or the second communication network to be a communication network available for the application, on the basis of the radio quality of the first communication network, the radio quality of the second communication network, and whether the application is specified as being a limit target application; and a notification unit configured to notify the application of network information to make the application recognize that the wireless communication apparatus is connected to the available communication network determined by the determination unit. an execution unit configured to execute an application; specifying means (26, 21) configured to specify whether the application is a limit target application limited to using a first communication network and not using a second communication network; a determination unit configured, when wireless communication is performed using the first communication network and the second communication network at the same time, to determine the first communication network or the second communication network to be a communication network available for the application, on the basis of the radio quality of the first communication network, the radio quality of the second communication network, and whether the application is specified as being a limit target application; and a notification unit configured to notify the application of network information to make the application recognize that the wireless communication apparatus is connected to the available communication network determined by the determination unit.
A harvested blood vessel preservation device comprised of a vessel cannister, cannister cap, vessel alignment insert, pulsatile pump and surgical tubing (20, 30) wherein the vessel cannister, is shaped and configured as a hollow tube having a proximal terminus, a closed distal terminus and a central bore wherein an opening, continuous with said central bore is located at said proximal terminus; the cannister cap includes a top portion and a side wall portion, wherein the cannister cap is adapted to be matingly engaged to and occlude the vessel cannister at the proximal terminus of the cannister and wherein a vessel engagement fitting and a cannister outlet fitting are positioned and mounted within said top portion of the cannister cap, the vessel engagement fitting includes a central bore and an opening at a proximal and distal terminus thereof, the central bore of the engagement fitting being in fluid communication with said proximal and distal openings, and the outlet fitting includes a central bore and an opening at a proximal and distal terminus thereof and includes a central bore in fluid communication with said openings at said proximal and distal terminii; and the vessel alignment insert is comprised of a tube-like portion and a disc-like portion, said disc-like portion configured and formed in the shape of a flattened disc having a plurality of perforations therethrough, at least one of the perforations being located at a center point of said disc-like portion, said tube-like portion having an opening at both proximal and distal termini thereof and a central bore therewithin running from said proximal to said distal termini, the distal terminus of said tube-like portion being continuous with and extending from the disc-like portion of the vessel alignment insert at said center point thereof, wherein a conduit is provided running from the opening at the proximal terminus of said tube-like portion, through the central bore thereof, through the opening at the distal terminus of said tube-like portion, and through the at least one perforation of the disc-like portion of the disc-like portion located at the center point thereof, wherein the disk-like portion demonstrates a diameter slightly less that of the central bore of the cannister, wherein said device provides a means of providing a pulsatile flow of blood, derived from a patient from whom a harvested vessel is removed, through the harvested vessel contained within said vessel cannister, thereby maintaining a harvested vessel in a viable state until it can be grafted back into the patient's circulatory system at a desired and prepared location.
Interaction system, embodied to be worn on the human body, comprising - at least one gesture detection unit (GS1, GS2) that is attached in an arm region of a user and that has a plurality of inertial sensors for detecting gestures produced by an arm position, arm movement and/or arm rotation of the user; - a binocular visualization unit for the positionally correct visualization of objects in a field of view of the user; and; - a control unit for actuating the visualization unit, for identifying the gestures detected by the gesture detection unit (GS1, GS2) and for processing the interaction of the user with the objects that is to be triggered by the gestures of the user; wherein the interaction system is characterized in that it comprises two gesture detection units (GS1, GS2) provided on a respective arm of the user, wherein, selectively, a selection gesture, a range selection gesture, a movement gesture, a navigation gesture and/or a zoom gesture is assigned to one of the two gesture detection units (GS1, GS2) and a confirmation gesture is assigned to the other gesture detection unit (GS1, GS2) by way of the interaction system. - at least one gesture detection unit (GS1, GS2) that is attached in an arm region of a user and that has a plurality of inertial sensors for detecting gestures produced by an arm position, arm movement and/or arm rotation of the user; - a binocular visualization unit for the positionally correct visualization of objects in a field of view of the user; and; - a control unit for actuating the visualization unit, for identifying the gestures detected by the gesture detection unit (GS1, GS2) and for processing the interaction of the user with the objects that is to be triggered by the gestures of the user;
A system for transporting persons, comprising: a rail-guided drive unit comprising a guide device and at least one bogie arranged on the guide device; at least one vehicle with at least one passenger carrier coupled to and moved by said drive unit on/in water and/or on land, said drive unit pulling and/or pushing said vehicle; and a connection unit between the drive unit and the vehicle, wherein the drive unit is arranged laterally and/or above the vehicle, and the connection unit is configured in such a way that the vehicle can perform at least one rotational movement relative to the drive unit, so that the vehicle can swing out and/or drift obliquely or laterally relative to a direction of travel with respect to a path determined by the guide device, characterized in that the vehicle can execute a translational movement (z) oriented transversely or perpendicularly to the direction of travel upwards and/or downwards relative to a travel surface. a rail-guided drive unit comprising a guide device and at least one bogie arranged on the guide device; at least one vehicle with at least one passenger carrier coupled to and moved by said drive unit on/in water and/or on land, said drive unit pulling and/or pushing said vehicle; and a connection unit between the drive unit and the vehicle, wherein the drive unit is arranged laterally and/or above the vehicle, and the connection unit is configured in such a way that the vehicle can perform at least one rotational movement relative to the drive unit, so that the vehicle can swing out and/or drift obliquely or laterally relative to a direction of travel with respect to a path determined by the guide device, characterized in that the vehicle can execute a translational movement (z) oriented transversely or perpendicularly to the direction of travel upwards and/or downwards relative to a travel surface.
A mould for forming a bottle shaped article from a fibre suspension, the mould comprising: a cavity in a negative shape of the bottle shaped article to be formed; wherein the mould is configured to communicate a suspending fluid of the fibre suspension through at least two regions of different porosity about the cavity; wherein a first porous region, having a porosity less than or equal to 90%, is a first layer comprising the substantive article facing surface of the cavity, and a second porous region, having a porosity greater than the first porous region, is a second layer serving as a supporting structure for the first porous region. a cavity in a negative shape of the bottle shaped article to be formed; wherein the mould is configured to communicate a suspending fluid of the fibre suspension through at least two regions of different porosity about the cavity; wherein a first porous region, having a porosity less than or equal to 90%, is a first layer comprising the substantive article facing surface of the cavity, and a second porous region, having a porosity greater than the first porous region, is a second layer serving as a supporting structure for the first porous region.
Gemcitabine-[phenyl-(benzyloxy-L-alaninyl)]-phosphate in the form of a mixture of gemcitabine-[phenyl-(benzyloxy-L-alaninyl)]- -phosphate: and gemcitabine-[phenyl-(benzyloxy-L-alaninyl)]- -phosphate: wherein the ratio of the epimer to the epimer is at least 20:1.
A method for managing memory when executing one of a plurality of sub-processes in an operating system, wherein a sub-process is a process unit that is loaded and executed dynamically, that executes like a function-call, has its own context and runs in its own memory space, the sub-processes performing the functionality of a process that calls them, the method comprising: instructing a kernel to load a first sub-process into internal memory of a processor; instructing the kernel to execute the first sub-process after it is loaded into the internal memory, the kernel first checking the internal memory for a presence of bins of the first sub-process prior to execution of the first sub-process; and characterised by tracking, by the kernel, sub-processes that are loaded into internal memory and determining whether another sub-process has been neither loaded nor executed by a calling process since finishing execution of the first sub-process, wherein, when the first sub-process needs to execute again after a previous load and execution, when said determination is positive, calling a fast run command to execute the first sub-process without checking the internal memory for the presence of the bins of the first sub-process; and when said determination is negative, instructing the kernel to check whether all bins of the first sub-process are loaded into internal memory. instructing a kernel to load a first sub-process into internal memory of a processor; instructing the kernel to execute the first sub-process after it is loaded into the internal memory, the kernel first checking the internal memory for a presence of bins of the first sub-process prior to execution of the first sub-process; and
A transfection reagent composition comprising: 35-50 Mol% of an ionizable lipid, or a pharmaceutically acceptable salt thereof; 15 to 25 Mol% structural lipid; 35 to 41 Mol% sterol; and 0.5 to about 10 Mol% of a stabilizing agent comprising more than one surfactant, wherein the stabilizing agent is a mixture of polysorbate and maltoside. 35-50 Mol% of an ionizable lipid, or a pharmaceutically acceptable salt thereof; 15 to 25 Mol% structural lipid; 35 to 41 Mol% sterol; and 0.5 to about 10 Mol% of a stabilizing agent comprising more than one surfactant, wherein the stabilizing agent is a mixture of polysorbate and maltoside.
Association of at least one antibiotic compound selected from among doxycycline, rifampicin, erythromycin and azithromycin, and of an antiparasitic compound that is ivermectin, for use in therapeutic treatment against lice.
Use of an anti-bacterial compound in the preparation of an anti-bacterial agent, wherein the compound has a general structural formula: characterized in that n is a natural number of 1-8; Ri is a C 1 -C 5 alkyl group; R 2 is a C 2 -C 8 alkyl group; m is a natural number of 0-3, and the compound has a clogP value within 2.0-2.5. characterized in that n is a natural number of 1-8; Ri is a C 1 -C 5 alkyl group; R 2 is a C 2 -C 8 alkyl group; m is a natural number of 0-3, and the compound has a clogP value within 2.0-2.5.
A method for producing a crosslinked cellulose hydrate membrane having a porous double structure, consisting of - micropores having a diameter in the range of >100 nm to 20 μm, and - ultrapores having a diameter in the range of <100 nm, which are not accessible to Blue Dextran having an average molecular weight Mw of 2 000 000, wherein the fraction of the volume of the ultrapores is more than 15% of the entire pore volume accessible to water, and wherein hydrophobic ligands, selected from C1-C20-alkyl and their derivatives or C6-C25-aryl and their derivatives or C7-C25-arylalkyl and their derivatives or -[ m-O-]n-R, where m is 2 or 3, n is an integer greater than or equal to 1, and R is -H or -C1-C5-alkyl, are bonded to the membrane, comprising the steps: - providing a cellulose ester membrane having a pore diameter of from 0.1 to 20 μm; - optionally pretreating the cellulose ester membrane in a medium at a temperature of from 20°C to 100°C; - hydrolyzing the optionally pretreated cellulose ester membrane under swelling conditions in an aqueous hydrolysis medium containing sodium hydroxide or lithium hydroxide, wherein the concentration of the sodium hydroxide or lithium hydroxide in the hydrolysis medium is from 0.4% by weight to 50% by weight, based on the hydrolysis medium; - subsequently, crosslinking the hydrolyzed membrane with at least one crosslinking agent which has at least 2 functional groups in the molecule which are reactive with the hydroxyl groups of the cellulose; and - introducing hydrophobic ligands into the membrane, wherein the hydrophobic ligands are selected from C1-C20-alkyl and their derivatives or C6-C25-aryl and their derivatives or C7-C25-arylalkyl and their derivatives or -[ m-O-]n-R, where m is 2 or 3, n is an integer greater than or equal to 1, and R is -H or -C1-C5-alkyl. - micropores having a diameter in the range of >100 nm to 20 μm, and - ultrapores having a diameter in the range of <100 nm, which are not accessible to Blue Dextran having an average molecular weight Mw of 2 000 000, - providing a cellulose ester membrane having a pore diameter of from 0.1 to 20 μm; - optionally pretreating the cellulose ester membrane in a medium at a temperature of from 20°C to 100°C; - hydrolyzing the optionally pretreated cellulose ester membrane under swelling conditions in an aqueous hydrolysis medium containing sodium hydroxide or lithium hydroxide, wherein the concentration of the sodium hydroxide or lithium hydroxide in the hydrolysis medium is from 0.4% by weight to 50% by weight, based on the hydrolysis medium; - subsequently, crosslinking the hydrolyzed membrane with at least one crosslinking agent which has at least 2 functional groups in the molecule which are reactive with the hydroxyl groups of the cellulose; and - introducing hydrophobic ligands into the membrane, wherein the hydrophobic ligands are selected from C1-C20-alkyl and their derivatives or C6-C25-aryl and their derivatives or C7-C25-arylalkyl and their derivatives or -[ m-O-]n-R, where m is 2 or 3, n is an integer greater than or equal to 1, and R is -H or -C1-C5-alkyl.