mhurhangee/ep-ind-claims huggingface dataset:
A water amusement ride comprising at least one vehicle comprising means for accommodating at least one passenger, a container for storing water having an opening to define a water surface, said vehicle being movable between a raised position with respect to the water surface, and a stop position, in which at least part of the vehicle is submerged in the water, further comprising lifting means to move said vehicle from the stop position to the raised position, and wherein the vehicle moved from the raised position towards said stop position is decelerated by the contact with water in said container to reach said stop position, wherein said vehicle is movable back and forth between said raised position and said stop position.
A geosynthetic clay liner for containing low pH, acidic fluids, comprising a dry blended mix of bentonite and a high molecular weight cellulose ether polymer, wherein said mix is 1%-10% by weight of said polymer and 90%-99% by weight bentonite, wherein when hydrated the high molecular weight cellulose ether particles form a gel that clogs open pores between the hydrated bentonite particles, resulting in narrow and tortuous flow paths around said bentonite particles.
A bclw protein or a BH4 domain containing fragment thereof, a polypeptide comprising an amino acid sequence that is at least 70% identical to the amino acid sequence of the BH4 domain of bclw, or a bclw mimetic for use in treating or preventing chemotherapy-induced peripheral neuropathy (CIPN) in a human subject in need thereof, wherein the bclw mimetic is an internally cross-linked polypeptide comprising an amino acid sequence that is at least 70% identical to the amino acid sequence of the BH4 domain of bclw.
Method for applying glue on tubular cores for the production of logs of paper material, comprising the step of supplying in sequence more tubular cores along a predetermined advancing direction and the step of applying on each of said cores a predetermined amount of glue on a first point and on a second point, characterized in that comprises a step of orienting the glue applied on the first point towards the second point and along said advancing direction, and orienting the glue applied on the second point towards the first point and along a direction opposite relative to said advancing direction.
Double-action piston pump for conveying a fluid medium to an output device, wherein the piston pump has a piston which, for conveying the fluid medium, is movable between a first reversal point and a second reversal point, wherein the piston pump has a control device for controlling the direction of movement of the piston, wherein the control device, when reaching the respective reversal point (24, 25), is specified to reverse the direction of movement of the piston, characterized in that the piston pump has a measuring device for measuring a piston speed, wherein the control device, when the measured piston speed falls short of a specific speed value, is specified to reverse the direction of movement of the piston.
A sensor unit for inclusion in a biosensor that measures values concerning liquid matter inside living tissue, comprising a light emitting unit for irradiating emitted light toward the living tissue situated outside and a light receiving unit for receiving scattered light from the living tissue, wherein the light emitting unit and the light receiving unit are disposed within a same recess formed on a surface of a semiconductor substrate; a light shielding cover substrate is disposed on the semiconductor substrate; the cover substrate having a light guiding section which guides light from the light emitting unit through the cover substrate and light guiding sections which guide light to the light receiving unit through the cover substrate; said sensor unit being characterized in that the light receiving surface of the light receiving unit is connected to one end of the light guiding sections so as to conform to each other without any gap and there is no barrier separating the light emitting unit and the light receiving unit in the semiconductor substrate.
Vaccine for use in a method to protect a ruminant against pneumonia caused by Mannheimia haemolytica bacteria, the vaccine comprising in combination live attenuated Mannheimia haemolytica bacteria, live attenuated parainfluenza-3 virus and live attenuated bovine respiratory syncytial virus, wherein the vaccine is for administration to the upper respiratory tract of the ruminant via intranasal atomisation of the vaccine, and whereby the protection is a reduction in lung lesion scores.
A compound of formula wherein R 1 represents hydrogen or fluoro; or a salt of such a compound. R 1 represents hydrogen or fluoro; or a salt of such a compound.
A method of changing location of a shock wave comprising: flying a swept wing commercial transport aircraft at a transonic Mach number; forming a shock wave at an upper surface of the wing; and controlling a location of the shock wave via a first feather fixed relative to the wing at an outboard tip of the wing, and a second feather fixed at the outboard tip of the wing and positioned aft of the first feather, the method characterized by shifting a location of the shock wave on the upper surface from a first position to a second position aft of the first position by moving the trailing edge location of the first feather in an aft direction. flying a swept wing commercial transport aircraft at a transonic Mach number; forming a shock wave at an upper surface of the wing; and controlling a location of the shock wave via a first feather fixed relative to the wing at an outboard tip of the wing, and a second feather fixed at the outboard tip of the wing and positioned aft of the first feather, the method characterized by shifting a location of the shock wave on the upper surface from a first position to a second position aft of the first position by moving the trailing edge location of the first feather in an aft direction.
A method for surveying drill holes, wherein the method comprises: a first providing step for providing a drill tool comprising at least one drill rod and a drill bit assembly, a second providing step for providing a borehole survey tool comprising sensor means for measuring a borehole, an arranging step for arranging the borehole survey tool within the drill tool, a drilling step for drilling with the drill tool a borehole by a drilling process including at least percussive drilling, a measuring step for measuring the borehole by means of the borehole survey tool to obtain data of the borehole, and a processing step for processing data of the borehole with data processing means to obtain borehole status information, characterized by using a drill tool comprising a central flushing channel for conducting flushing fluid to the drill bit assembly, and by arranging the borehole survey tool in the arranging step in the central flushing channel so that flushing fluid can flow in the central flushing channel past the borehole survey tool. a first providing step for providing a drill tool comprising at least one drill rod and a drill bit assembly, a second providing step for providing a borehole survey tool comprising sensor means for measuring a borehole, an arranging step for arranging the borehole survey tool within the drill tool, a drilling step for drilling with the drill tool a borehole by a drilling process including at least percussive drilling, a measuring step for measuring the borehole by means of the borehole survey tool to obtain data of the borehole, and a processing step for processing data of the borehole with data processing means to obtain borehole status information, characterized by using a drill tool comprising a central flushing channel for conducting flushing fluid to the drill bit assembly, and by arranging the borehole survey tool in the arranging step in the central flushing channel so that flushing fluid can flow in the central flushing channel past the borehole survey tool.
A compressor of a gas turbine engine, the compressor comprising a rotor blade and a hub of a rotor, wherein the rotor blade is coupled to the hub, the rotor blade comprising: an airfoil extending from a root (210, 310, 510) to a tip (212, 312, 512) and having a leading edge (206, 306, 506) and a trailing edge (208, 308, 508), with a span that extends from 0% at the root to 100% at the tip and a mean camber line (228, 328, 528) that extends from the leading edge to the trailing edge, characterised by a total camber distribution that increases from the root to a maximum value of total camber between 5% of the span and 20% of the span, the hub comprising a hub slope angle that is greater than 20 degrees, wherein the hub slope angle is formed between a longitudinal axis of the gas turbine engine and a line extending along the hub at 0% span of the rotor blade. an airfoil extending from a root (210, 310, 510) to a tip (212, 312, 512) and having a leading edge (206, 306, 506) and a trailing edge (208, 308, 508), with a span that extends from 0% at the root to 100% at the tip and a mean camber line (228, 328, 528) that extends from the leading edge to the trailing edge, characterised by a total camber distribution that increases from the root to a maximum value of total camber between 5% of the span and 20% of the span, the hub comprising a hub slope angle that is greater than 20 degrees, wherein the hub slope angle is formed between a longitudinal axis of the gas turbine engine and a line extending along the hub at 0% span of the rotor blade.
An optical correlator system comprising an optical input, a first optical processing module comprising a beam splitter which receives incoming light from said optical input and splits said light to be transmitted to two or more spatial light modulating devices (13, 14); the output from the first module is transmitted through a lens and focused on a second optical processing module comprising a beam spitter which splits incoming light to be transmitted to two or more spatial light modulating devices (17, 18); the output from the second module is focused through a lens and captured by a detector; wherein said beam splitter of said first module comprises a first cubic block with sides and the spatial light modulating devices are bonded to the sides of the first cubic block; whereby said spatial light modulating devices are orthogonal from one another; and said beam splitter of said second module comprises a second cubic block with sides and the spatial light modulating devices are bonded to the sides of the second cubic block; whereby said spatial light modulating devices are orthogonal from one another.
Device having a holder and a component, in particular a fuel distributor, for fastening to an internal combustion engine, having a holding element, wherein the holding element has a component-side connecting portion at which the holding element can be connected to the component, and wherein the holding element has a fastening means-side connecting portion at which the holding element can be fastened to the internal combustion engine via a fastening means, wherein at least one receiving part and a fastening sleeve are provided, that the receiving part serves for connecting the fastening sleeve to the fastening means-side connecting portion of the holding element, and that the fastening sleeve has a through-opening through which the fastening means can be guided, and wherein the component has a tubular basic body, and at least one fastening region (26, 26A, 26B) of an outer side of the basic body is at least approximately configured as part of a cylinder lateral surface, and wherein the at least one holder (3 - 5) is fastened at its component-side connecting portion to the fastening region (26, 26A, 26B) on the outer side of the basic body, characterized in that an aperture, in which the fastening sleeve is arranged, is provided on the fastening means-side connecting portion, and in that a positioning play is provided between the fastening sleeve and the aperture and makes it possible, before the fastening sleeve is connected to the fastening means-side connecting portion via the receiving part, for the fastening sleeve to be positioned in an axial direction of the fastening sleeve and at least one radial direction (33, 36) of the fastening sleeve relative to the fastening means-side connecting portion, with the result that a distance between the lower side of the fastening sleeve and the surface of a cylinder head of the internal combustion engine can be adjusted, wherein the receiving part is configured as a partially annular receiving part and circumferentially partially encloses the fastening sleeve, or the receiving part is configured as an annular receiving part and circumferentially encloses the fastening sleeve, and wherein the component-side connecting portion is connected to the tubular basic body in an integrally bonded manner, and the receiving part is connected to the fastening means-side connecting portion in an integrally bonded manner, and the receiving part is connected to the fastening sleeve in an integrally bonded manner.
Method of estimating motion at a predefined time position in a video sequence comprising at least first and second video frames, comprising the steps of: a) estimating, for at least one pixel of the first frame located at the predefined time position, a first motion vector component in a first spatial direction based on the first video frame and the second video frame, b) compensating at least a part of the second video frame based on at least a part of the estimated first motion vector component, c) estimating, for the at least one pixel of the first frame located at the predefined time position, a second motion vector component in a second spatial direction based on the first video frame and the compensated second video frame, d) checking if a first stop criterion is reached at the end of the step c) and, as long as the first stop criterion is not reached, e) compensating at least a part of the second video frame based on at least a part of the estimated second motion vector component, f) estimating for the at least one pixel of the first frame located at the predefined time position a new first motion vector component in the first spatial direction based on the first video frame and on the new compensated second video frame and g) reiterating the steps b) to f). a) estimating, for at least one pixel of the first frame located at the predefined time position, a first motion vector component in a first spatial direction based on the first video frame and the second video frame, b) compensating at least a part of the second video frame based on at least a part of the estimated first motion vector component, c) estimating, for the at least one pixel of the first frame located at the predefined time position, a second motion vector component in a second spatial direction based on the first video frame and the compensated second video frame, d) checking if a first stop criterion is reached at the end of the step c) and, as long as the first stop criterion is not reached, e) compensating at least a part of the second video frame based on at least a part of the estimated second motion vector component, f) estimating for the at least one pixel of the first frame located at the predefined time position a new first motion vector component in the first spatial direction based on the first video frame and on the new compensated second video frame and g) reiterating the steps b) to f).
An injection device (110, 210) comprising: a housing (112, 212) adapted to receive a syringe (114, 214) having a discharge nozzle (118, 218); first and second drive elements (132,134, 232,234), of which the first is acted upon and the second acts upon the syringe to advance it from its retracted position to its extended position and discharge its contents through the discharge nozzle, the first drive element being capable of movement relative to the second when the former is acted upon and the latter is restrained by the syringe; and a coupling (135, 235) that prevents the first drive element from moving relative to the second until they have been advanced to a nominal decoupling position relative to the syringe; characterised in that the nominal decoupling position is defined by one of the drive elements interacting with a decoupling component that moves with the syringe as it is advanced, wherein the decoupling component is attached to the syringe flange or wherein the decoupling component is attached to a syringe carrier. a housing (112, 212) adapted to receive a syringe (114, 214) having a discharge nozzle (118, 218); first and second drive elements (132,134, 232,234), of which the first is acted upon and the second acts upon the syringe to advance it from its retracted position to its extended position and discharge its contents through the discharge nozzle, the first drive element being capable of movement relative to the second when the former is acted upon and the latter is restrained by the syringe; and a coupling (135, 235) that prevents the first drive element from moving relative to the second until they have been advanced to a nominal decoupling position relative to the syringe; characterised in that the nominal decoupling position is defined by one of the drive elements interacting with a decoupling component that moves with the syringe as it is advanced, wherein the decoupling component is attached to the syringe flange or wherein the decoupling component is attached to a syringe carrier.
A digital media decoding method comprising: receiving a compressed digital media bitstream at a digital media decoder; parsing a first syntax element and a second syntax element from the compressed digital media bitstream - the first syntax element signalling a degree of arithmetic precision to use for transform computations during processing of the digital media data and - the second syntax element signalling whether a scaling is to be used at the digital media decoder; decoding the compressed digital media bitstream, including the application of a two-stage inverse lapped transform that includes a first stage inverse transform that regenerates DC coefficients followed by a second stage inverse transform applied to the DC coefficients and AC coefficients decoded from the compressed digital media bitstream and that uses the signaled arithmetic precision and scaling, wherein the scaling includes a rounded division of the output at the digital media decoder; and outputting a reconstructed image. receiving a compressed digital media bitstream at a digital media decoder; parsing a first syntax element and a second syntax element from the compressed digital media bitstream - the first syntax element signalling a degree of arithmetic precision to use for transform computations during processing of the digital media data and - the second syntax element signalling whether a scaling is to be used at the digital media decoder; - the first syntax element signalling a degree of arithmetic precision to use for transform computations during processing of the digital media data and - the second syntax element signalling whether a scaling is to be used at the digital media decoder; decoding the compressed digital media bitstream, including the application of a two-stage inverse lapped transform that includes a first stage inverse transform that regenerates DC coefficients followed by a second stage inverse transform applied to the DC coefficients and AC coefficients decoded from the compressed digital media bitstream and that uses the signaled arithmetic precision and scaling, wherein the scaling includes a rounded division of the output at the digital media decoder; and outputting a reconstructed image.
A control apparatus, comprising: a connection detection unit configured to detect that a virtual machine (VM1 to VM6) has newly been connected to one of a plurality of tunnel endpoints (TEP-1 to TEP-3) by receiving a notification from a virtual server on which the newly connected virtual machine operates, each of the tunnel endpoints functioning as an endpoint of a virtual tunnel used for a communication between virtual machines that belong to a virtual network; a virtual network determination unit configured to determine a virtual network to which the detected virtual machine belongs on the basis of information in which virtual machines and virtual networks are associated with each other; and a tunnel endpoint control unit configured to cause, based on the determination by the virtual network determination unit, and if the tunnel endpoint has not participated in the determined virtual network, the tunnel endpoint to participate in the determined virtual network, based upon the virtual network determination units determination. a connection detection unit configured to detect that a virtual machine (VM1 to VM6) has newly been connected to one of a plurality of tunnel endpoints (TEP-1 to TEP-3) by receiving a notification from a virtual server on which the newly connected virtual machine operates, each of the tunnel endpoints functioning as an endpoint of a virtual tunnel used for a communication between virtual machines that belong to a virtual network; a virtual network determination unit configured to determine a virtual network to which the detected virtual machine belongs on the basis of information in which virtual machines and virtual networks are associated with each other; and a tunnel endpoint control unit configured to cause, based on the determination by the virtual network determination unit, and if the tunnel endpoint has not participated in the determined virtual network, the tunnel endpoint to participate in the determined virtual network, based upon the virtual network determination units determination.
An exercise device having: a base; a wall extendable away from said base to a closure; said base, wall and closure defining a space therebetween adapted to receive exercise equipment; a plurality of mounting means locatable about said wall; a plurality of display means each operatively associated with a respective one of said mounting means, said display means adapted in use to display an exercise to be performed by a user, so that in use said users positioned adjacent said device are provided information as to exercises to be performed at a particular location; characterised in that said device further includes a plurality of locators each operatively associated with a respective one of said display means, said locators adapted to define an exercise station, which defines the particular location; and in that each said locator is adapted to be positioned in use at a distance from said display means. a base; a wall extendable away from said base to a closure; said base, wall and closure defining a space therebetween adapted to receive exercise equipment; a plurality of mounting means locatable about said wall; a plurality of display means each operatively associated with a respective one of said mounting means, said display means adapted in use to display an exercise to be performed by a user, so that in use said users positioned adjacent said device are provided information as to exercises to be performed at a particular location; characterised in that said device further includes a plurality of locators each operatively associated with a respective one of said display means, said locators adapted to define an exercise station, which defines the particular location; and in that each said locator is adapted to be positioned in use at a distance from said display means.