mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensionally shaped acoustically effective firewall of a motor vehicle comprising at least one three-dimensionally shaped absorber with one or more layers that is covered on at least one major surface thereof by a flow layer on the entire surface or partially, which flow layer is directly applied to the absorber and consists of nanofibers, characterized in that the flow resistance of the flow layer(s) is equal or different in a locally defined way, said flow layer is sandwiched between several loosely stacked or compressed layers and said absorber, the thickness of said firewall is equal throughout its area or different in a locally defined way, said nanofiber layer has a flow resistance that is different in a locally defined way over the component, the firewall further comprises a support material open to flow, wherein said support open to flow with the absorber and the flow layer comprises several loosely stacked or compressed layers.
A window assembly, comprising: a first pane of glass, the first pane of glass being chemically strengthened and exhibiting a surface compressive stress of 400 MPa or more; a second pane of glass having a first major surface and a second major surface, wherein the second major surface of the second pane of glass and a first major surface of the first pane of glass face each other, the second pane of glass comprising 68-74 weight % SiO 2, 2-6 weight % MgO, 1-10 weight % CaO, 12-16 weight % Na 2 O, 0-1 weight % K 2 O, 0.8-2.0 weight % Fe 2 O 3 (total iron), 0-1.25 weight % TiO 2, and 0-1.25 weight % CeO 2; a polymeric interlayer provided between the first pane of glass and the second pane of glass, wherein the window assembly exhibits a direct solar transmittance, integrated over the wavelength range 300 to 2500 nm according to the relative solar spectral distribution for air mass 1.5, of 55% or less and a total solar transmittance, integrated over the wavelength range 300 to 2500 nm according to the relative solar spectral distribution for air mass 1.5, of 65% or less. a first pane of glass, the first pane of glass being chemically strengthened and exhibiting a surface compressive stress of 400 MPa or more; a second pane of glass having a first major surface and a second major surface, wherein the second major surface of the second pane of glass and a first major surface of the first pane of glass face each other, the second pane of glass comprising 68-74 weight % SiO 2, 2-6 weight % MgO, 1-10 weight % CaO, 12-16 weight % Na 2 O, 0-1 weight % K 2 O, 0.8-2.0 weight % Fe 2 O 3 (total iron), 0-1.25 weight % TiO 2, and 0-1.25 weight % CeO 2; a polymeric interlayer provided between the first pane of glass and the second pane of glass, wherein the window assembly exhibits a direct solar transmittance, integrated over the wavelength range 300 to 2500 nm according to the relative solar spectral distribution for air mass 1.5, of 55% or less and a total solar transmittance, integrated over the wavelength range 300 to 2500 nm according to the relative solar spectral distribution for air mass 1.5, of 65% or less.
A medical device comprising: an outer tubular member; a middle tubular member configured to be received within the outer tubular member; an inner tubular member configured to be received within the middle tubular member; an engagement gear configured to engage both the middle tubular member and the inner tubular member; and a cannulated electrical motor configured to be attachable to the inner tubular member; wherein the inner tubular member is configured to be rotatable in one direction while the middle tubular member is configured to be simultaneously rotatable in an opposite direction through the engagement gear; characterized in that a distal end of the middle tubular member forms a closed configuration with a distal end of the outer tubular member when the inner tubular member and the middle tubular member are not rotating. an outer tubular member; a middle tubular member configured to be received within the outer tubular member; an inner tubular member configured to be received within the middle tubular member; an engagement gear configured to engage both the middle tubular member and the inner tubular member; and a cannulated electrical motor configured to be attachable to the inner tubular member; wherein the inner tubular member is configured to be rotatable in one direction while the middle tubular member is configured to be simultaneously rotatable in an opposite direction through the engagement gear; characterized in that a distal end of the middle tubular member forms a closed configuration with a distal end of the outer tubular member when the inner tubular member and the middle tubular member are not rotating.
A device for cutting off and removing calcified tissue from a heart valve, comprising a tubular body suitable for being inserted by means of a minimally invasive or endoscopic channel in relation to a previously inserted guide wire (g) and suitable for passing through the flaps of the valve above the portion where the calcified tissue is to be removed, one of the ends of said body viewed at the level of said flaps, having a profiled tip made of flexible material and arrangements (la) for the lateral projection of a cutting member for cutting said tissue, that can be actuated using only one hand by means of a handle located externally, said arrangements (la) being in communication with means for sucking away the cut tissue characterized in that the end of the body having, upstream from the arrangements for the lateral projection of the cutting member, a laterally offset rounded area defining, on the same side as the arrangements, a recessed portion (1b1) and, on the opposite side, a projecting portion (1b2) suitable for bearing upon the flaps during the cutting procedure under the effect of a rotational movement of the body, in order to decalcify the whole valve.
A rim for vehicles comprising a hub, a channel for receiving a tyre and a plurality of spokes which join the hub and the channel, the channel comprising a first edge and a second edge, between which there is defined a seat for the tyre, the first edge and the second edge comprising a respective abutment shoulder (21A, 21B) which is capable of retaining the bead of the tyre, characterized in that the first edge and/or the second edge comprise(s) a respective extension (22A, 22B) which extends from a respective shoulder (21A, 21B) in a radial direction away from the shoulder (21A, 21B), the rim being constructed as a single piece.
An engine control apparatus that controls an engine which is restarted using an AC motor, the engine control apparatus comprising: an engine rotational direction determining section configured to determine a rotational direction of the engine; a restart command determining section configured to determine if a restart command occurred while a rotational speed of the engine is decreasing due to an idle stop command; and an engine restart prohibiting section configured to selectively prohibit the engine from being restarted by the AC motor in response to the restart command upon determining the engine is rotating backward, characterized in that the engine control apparatus further comprises: an excitation section configured to selectively excite a field magnet of the AC motor when the engine is rotating backward, said excitation section being configured to commence to excite the field magnet of the AC motor when the rotational speed of the engine is equal to or below a prescribed rotational speed, said prescribed rotational speed being set such that if the excitation is commenced when the prescribed rotational speed is reached, then the excitation is completed simultaneously with the transition of the engine from backward rotation to forward rotation. an engine rotational direction determining section configured to determine a rotational direction of the engine; a restart command determining section configured to determine if a restart command occurred while a rotational speed of the engine is decreasing due to an idle stop command; and an engine restart prohibiting section configured to selectively prohibit the engine from being restarted by the AC motor in response to the restart command upon determining the engine is rotating backward, characterized in that the engine control apparatus further comprises: an excitation section configured to selectively excite a field magnet of the AC motor when the engine is rotating backward, said excitation section being configured to commence to excite the field magnet of the AC motor when the rotational speed of the engine is equal to or below a prescribed rotational speed, said prescribed rotational speed being set such that if the excitation is commenced when the prescribed rotational speed is reached, then the excitation is completed simultaneously with the transition of the engine from backward rotation to forward rotation. an excitation section configured to selectively excite a field magnet of the AC motor when the engine is rotating backward, said excitation section being configured to commence to excite the field magnet of the AC motor when the rotational speed of the engine is equal to or below a prescribed rotational speed, said prescribed rotational speed being set such that if the excitation is commenced when the prescribed rotational speed is reached, then the excitation is completed simultaneously with the transition of the engine from backward rotation to forward rotation.
A kit, to be used in combination with a digital flat panel X-ray detector, for converting a X-ray diagnostic apparatus originally configured solely for analogbased radiography into a digital radiography apparatus, said X-ray diagnostic apparatus including resident circuitry for controlling analog X-ray exposures triggered by a user-actuatable exposure control, said conversion kit comprising: a tablet PC; means for releasably mounting said tablet PC in relation to said x-ray diagnostic apparatus; and means for diverting an exposure control signal from said user-actuatable exposure control to said tablet PC; wherein the tablet PC has a user interface and software configured to control an operation of the digital flat panel detector. a tablet PC; means for releasably mounting said tablet PC in relation to said x-ray diagnostic apparatus; and means for diverting an exposure control signal from said user-actuatable exposure control to said tablet PC;
A computer-implemented method for detecting microsatellite instability, MSI, in a sample, comprising: receiving a plurality of nucleic acid sequence reads corresponding to a plurality of marker regions for MSI, wherein each of the sequence reads includes a left flank sequence, right flank sequence and a repeat region of bases positioned between a rightmost base of the left flank sequence and a leftmost base of the right flank sequence, wherein the repeat region includes a number of repeats of a repeated sequence of bases corresponding to a particular marker region of the plurality of marker regions; for each of the sequence reads, aligning at least a portion the left flank sequence with a reference left flank, wherein the reference left flank borders a reference repeat region of a reference nucleic acid sequence corresponding to the particular marker region; for the repeat region corresponding to a target homopolymer in the sequence reads, calculating a histogram of homopolymer signal values based on flow space signal measurements for the target homopolymer, wherein at least a portion of the marker regions corresponds to target homopolymers; determining a score per marker based on features of the histogram of homopolymer signal values for each marker region corresponding to the target homopolymers to produce a plurality of scores; and combining the plurality of scores to form a total MSI score for the sample. receiving a plurality of nucleic acid sequence reads corresponding to a plurality of marker regions for MSI, wherein each of the sequence reads includes a left flank sequence, right flank sequence and a repeat region of bases positioned between a rightmost base of the left flank sequence and a leftmost base of the right flank sequence, wherein the repeat region includes a number of repeats of a repeated sequence of bases corresponding to a particular marker region of the plurality of marker regions; for each of the sequence reads, aligning at least a portion the left flank sequence with a reference left flank, wherein the reference left flank borders a reference repeat region of a reference nucleic acid sequence corresponding to the particular marker region; for the repeat region corresponding to a target homopolymer in the sequence reads, calculating a histogram of homopolymer signal values based on flow space signal measurements for the target homopolymer, wherein at least a portion of the marker regions corresponds to target homopolymers; determining a score per marker based on features of the histogram of homopolymer signal values for each marker region corresponding to the target homopolymers to produce a plurality of scores; and combining the plurality of scores to form a total MSI score for the sample.
A tractor having a cabin for covering a drive operating unit, comprising frame bodies on both right and left sides of a front side surface of the cabin, frame bodies on both right and left sides of a rear side surface of the cabin, and frame bodies on both right and left sides of a ceiling of the cabin are integrally constituted as a frame body of a left side door of the cabin and a frame body of a right side door of the cabin, the front side surface is made of curved surface glass that cover the cabin from a floor surface of the drive operating unit to the ceiling, the curved surface glass is formed in such a manner as to bend in a smooth arc shape whose axial direction is a right-left direction and in a smooth arc shape whose axial direction is an up-down direction, the left side door and the right side door, which can fully open and close a surface of the cabin, are respectively provided on right and left lateral surfaces of the cabin, entire surfaces of the left side door and the right side door are made of curved surface glass bent in a smooth arc shape whose axial direction is the up-down direction, curved surface glass that covers the cabin from a vicinity of a seating surface of an operating seat of the drive operating unit to the ceiling is provided as rear glass on the rear side surface, the curved surface glass of the rear side surface is formed in such a manner that the both right and left end portions of the curved surface glass are bent so as to be continuous with the left side door and the right side door, the ceiling is continuously formed on upper end portions of the front side surface, the left side door, the right side door and the rear side surface, the ceiling is formed in an arc shape from a front end to a rear end of the ceiling, a radius of curvature of the arc shape of the ceiling is increased from the front end to the rear end of the ceiling, the height of the ceiling from ground is gently increased to the rear end of the ceiling, thickness of the ceiling is increased from the front end to the rear end of the ceiling, an eaves portion, where only the upper end of the rear end surface of the ceiling protrudes to the rear with respect to the rear side surface of the cabin, is formed on the ceiling.
A system for reacting at least a portion of an effluent gas stream, the system comprising an enclosed vessel defined by a wall having an inner surface; a reservoir configured to deliver a liquid to the inner surface of the enclosed vessel wall so as to cause the liquid to form a liquid wall at the inner surface of the enclosed vessel wall, the formed liquid wall defining a liquid-enclosed reaction chamber within the enclosed vessel, wherein the system is configured to receive the effluent gas stream into the reaction chamber; a main burner nozzle positioned at an upper end of the reaction chamber and configured to receive and convey a first gas such that the first gas creates a first reaction zone at the upper end of the reaction chamber, the first reaction zone having first abatement properties to react at least a portion of the effluent gas stream; a secondary gas port positioned downstream of the main burner nozzle and passing through the enclosed vessel wall, wherein the secondary gas port is configured to convey a second gas through the enclosed vessel wall and the formed liquid wall such that the second gas creates a second reaction zone in the reaction chamber downstream of the first reaction zone, the second reaction zone having second abatement properties for reacting the effluent gas stream and the products of the reaction occurring in the first reaction zone, characterized in that the secondary gas port (122, 204) comprises an array of apertures in the enclosed vessel wall, each aperture pointing generally upward towards the upper end of the reaction chamber. a reservoir configured to deliver a liquid to the inner surface of the enclosed vessel wall so as to cause the liquid to form a liquid wall at the inner surface of the enclosed vessel wall, the formed liquid wall defining a liquid-enclosed reaction chamber within the enclosed vessel, wherein the system is configured to receive the effluent gas stream into the reaction chamber; a main burner nozzle positioned at an upper end of the reaction chamber and configured to receive and convey a first gas such that the first gas creates a first reaction zone at the upper end of the reaction chamber, the first reaction zone having first abatement properties to react at least a portion of the effluent gas stream; a secondary gas port positioned downstream of the main burner nozzle and passing through the enclosed vessel wall, wherein the secondary gas port is configured to convey a second gas through the enclosed vessel wall and the formed liquid wall such that the second gas creates a second reaction zone in the reaction chamber downstream of the first reaction zone, the second reaction zone having second abatement properties for reacting the effluent gas stream and the products of the reaction occurring in the first reaction zone, characterized in that the secondary gas port (122, 204) comprises an array of apertures in the enclosed vessel wall, each aperture pointing generally upward towards the upper end of the reaction chamber.
A saddle vehicle comprising: a handle steerably supported by a head pipe; a seat configured to support an occupant; a side cowl that covers a side lower part of the seat; an air cleaner box provided below the seat and connected to a power unit; and an air intake duct for supplying outdoor air to the air cleaner box, wherein the side cowl includes an inner side cowl and an outer side cowl disposed on a vehicle width direction outer side of the inner side cowl, an air intake port for supplying traveling wind to the air intake duct is provided near a front end portion of the inner side cowl, and the air intake port of the inner side cowl, formed behind a protrusion section of the inner side cowl, is covered by the outer side cowl from an outer side, a side of the head pipe is covered by a middle cowl, an air intake passage is formed on an inside of the middle cowl, and a rear edge of the middle cowl is disposed on a front side of the air intake port and further on an outer side than the air intake port, whereby a gap functioning as an air passage is formed between the side cowl and a rear end portion of the middle cowl, and the traveling wind passed through the air intake passage is supplied to the air intake duct via the air intake port. a handle steerably supported by a head pipe; a seat configured to support an occupant; a side cowl that covers a side lower part of the seat; an air cleaner box provided below the seat and connected to a power unit; and an air intake duct for supplying outdoor air to the air cleaner box, wherein the side cowl includes an inner side cowl and an outer side cowl disposed on a vehicle width direction outer side of the inner side cowl, an air intake port for supplying traveling wind to the air intake duct is provided near a front end portion of the inner side cowl, and the air intake port of the inner side cowl, formed behind a protrusion section of the inner side cowl, is covered by the outer side cowl from an outer side, a side of the head pipe is covered by a middle cowl, an air intake passage is formed on an inside of the middle cowl, and a rear edge of the middle cowl is disposed on a front side of the air intake port and further on an outer side than the air intake port, whereby a gap functioning as an air passage is formed between the side cowl and a rear end portion of the middle cowl, and the traveling wind passed through the air intake passage is supplied to the air intake duct via the air intake port.
An actuator device for a blast simulator, comprising a first actuator including a linearly movable piston, an impact mass adapted to be accelerated via the piston in a direction away from the first actuator, wherein a biasing force can be applied to the piston in the direction of acceleration of the impact mass via a biasing means (22, 26), and wherein a second actuator is provided by which the piston is displaceable opposite to the biasing force so as to tension the biasing means (22, 26), with the second actuator and the piston being connected via a mechanical connecting element which is arranged for releasing the connection between the second actuator and the piston in a controlled manner, characterised in that: the impact mass is connected to the first actuator such that it can detach from the first actuator in the direction of acceleration, wherein after a defined displacement path, the velocity of the piston is decelerated, with the impact mass then detaching from the piston. the impact mass is connected to the first actuator such that it can detach from the first actuator in the direction of acceleration, wherein after a defined displacement path, the velocity of the piston is decelerated, with the impact mass then detaching from the piston.
A method of preventing or mitigating the formation of metal sulfide scale in a fluid, wherein the fluid is a production fluid from an oil and gas well, and wherein the metal sulfide scale comprises iron sulfide scale or zinc sulfide scale, the method comprising treating the fluid with an additive comprising thiamine.