mhurhangee/ep-ind-claims huggingface dataset:
An antagonist of IL-22 which is an antibody that specifically binds IL-22 for use in a method of treating psoriasis and/or disorders characterized by psoriatic symptoms mediated by IL-22 signaling activity, wherein the antibody that specifically binds IL-22 is a.) an antibody produced by a hybridoma selected from 3F11.3 (ATCC Accession No. PTA-7312), hybridoma 11H4.4 (ATCC Accession No. PTA-7315), and hybridoma 8E11.9 (ATCC Accession No. PTA-7319); (b) an affinity matured form of the antibody of (a); (c) an antigen-binding fragment of the antibody of (a) or (b); or (d) a humanized form of the antibody of (a), (b), or (c).
An computer-implemented image processing method, comprising: when an obtained first image comprises a human face, performing a first transformation process on the first image to obtain a second image; determining, based on a first target face key point of the human face in the first image, a target position in the first image, to which a second target face key point of the human face in the second image is to be moved through a first movement process, in order to cover a part of the first image information that is not expected to be displayed; performing the first movement process on the second image based on the target position, wherein the first image is regarded as one layer and the second image processed through the first movement process is regarded as another layer; and generating a target image by performing a superimposition process on the first image and the second image processed through the first movement process, wherein the first image is regarded as a bottom layer and the second image as a top layer, and displaying the target image. when an obtained first image comprises a human face, performing a first transformation process on the first image to obtain a second image; determining, based on a first target face key point of the human face in the first image, a target position in the first image, to which a second target face key point of the human face in the second image is to be moved through a first movement process, in order to cover a part of the first image information that is not expected to be displayed; performing the first movement process on the second image based on the target position, wherein the first image is regarded as one layer and the second image processed through the first movement process is regarded as another layer; and generating a target image by performing a superimposition process on the first image and the second image processed through the first movement process, wherein the first image is regarded as a bottom layer and the second image as a top layer, and displaying the target image.
An active noise control device comprising two passive attenuation earpieces, each having an external microphone, an internal microphone, and a loudspeaker for playing back a noise into the earpiece; the control device having a first processing channel comprising a feedforward filter (FF_i) connected to the external microphones, a feedback filter connected to the internal microphones, and a playback module supplying each loudspeaker with a playback signal derived from the output signals of the feedforward filter and of the feedback filter; and a second processing channel comprising a sound source identification module for identifying sound sources, the second processing channel being implemented in parallel with the first processing channel and being adapted to adjust the settings of the first processing channel; the control device being characterized in that the first processing channel includes a partition module for partitioning an external acoustic space, which module is situated upstream from the feedforward filter (FF_i) and makes use of a directional microphone formed by the external microphones in order to partition the external acoustic space into a plurality of incidence sectors (Sect_i); and in that the identification module is adapted to identify whether an external noise in each incidence sector is a useful noise or an undesirable noise.
Sensor device for detecting substances in a fluid, wherein the sensor device has at least the following features: a functional element for condensing and atomizing fluid; an oscillation generator for setting the functional element into mechanical oscillations; a cooling apparatus for cooling the functional element; a gas sensor apparatus for detecting gaseous substances in fluid atomized by the functional element; and a housing for receiving the functional element, the oscillation generator, the cooling apparatus and the gas sensor apparatus, wherein at least one through-aperture for the fluid is formed in the housing, characterized in that the functional element is formed as a perforated membrane. a functional element for condensing and atomizing fluid; an oscillation generator for setting the functional element into mechanical oscillations; a cooling apparatus for cooling the functional element; a gas sensor apparatus for detecting gaseous substances in fluid atomized by the functional element; and a housing for receiving the functional element, the oscillation generator, the cooling apparatus and the gas sensor apparatus, wherein at least one through-aperture for the fluid is formed in the housing, characterized in that the functional element is formed as a perforated membrane.
High strength fracture splitting use non-heat treated steel characterized by containing, by mass%, C: 0.23 to 0.35%, Si: 0.70 to 1.30%, Mn: 0.76 to 1.17%, P: 0.040 to 0.080%, S: 0.040 to 0.118%, Cr: 0.05 to 0.20%, Al: 0.010% or less, V: 0.27 to 0.45%, and N: 0.0050 to 0.0145%, having a balance of Fe and unavoidable impurities, and having a K value defined by the following formula of 1.3 or less, an F value defined by the following formula of 3.0 or less, and an R value defined by the following formula of 35 or more: K = - 0.56 × % C - 0.07 × % Si + 1.3 × % Mn + 0.80 × % Cr - 1.80 × % P + 0.19 % V - 5.6 × % N F = 4.3 × % C - 0.21 × % Si + 1.0 × % Mn + 1.4 × % Cr - 1.90 × % P + 1.8 % V - 6.6 × % N R = 46.7 - 7.4 × % Si + 37.7 × % Mn - 349 × % S - 12.0 × % V - 174 × % Al where, %C, %Si, %Mn, %Cr, %P, %V, %N, and %S are contents in the steel (mass%), and %Al is the content as an impurity (mass%). C: 0.23 to 0.35%, Si: 0.70 to 1.30%, Mn: 0.76 to 1.17%, P: 0.040 to 0.080%, S: 0.040 to 0.118%, Cr: 0.05 to 0.20%, Al: 0.010% or less, V: 0.27 to 0.45%, and N: 0.0050 to 0.0145%, having a balance of Fe and unavoidable impurities, and having a K value defined by the following formula of 1.3 or less, an F value defined by the following formula of 3.0 or less, and an R value defined by the following formula of 35 or more: K = - 0.56 × % C - 0.07 × % Si + 1.3 × % Mn + 0.80 × % Cr - 1.80 × % P + 0.19 % V - 5.6 × % N F = 4.3 × % C - 0.21 × % Si + 1.0 × % Mn + 1.4 × % Cr - 1.90 × % P + 1.8 % V - 6.6 × % N R = 46.7 - 7.4 × % Si + 37.7 × % Mn - 349 × % S - 12.0 × % V - 174 × % Al where, %C, %Si, %Mn, %Cr, %P, %V, %N, and %S are contents in the steel (mass%), and %Al is the content as an impurity (mass%).
Rail vehicle with at least one compressor (30, 31), which is arranged in a housing and is suitable for generating compressed air for the rail vehicle, wherein a removal facility is present, which makes it possible to move the compressor (30, 31) in a horizontal or at least approximately horizontal manner - in full or at least in relation to a section of the compressor (30, 31) - out of the housing, characterised in that the removal facility is formed by a gas friction bearing or at least also comprises such a gas friction bearing, which exerts a lifting force on the compressor (30, 31) when pressure is applied, in particular raises the compressor (30, 31), and enables or facilitates a horizontal movement of the compressor (30, 31).
A control device for a servo die cushion, for controlling a die cushion which generates a force applied to a slide by using a servomotor as a driving source, the control device comprising: a slide speed detecting part for detecting the speed of the slide; a die cushion speed commanding part for commanding the speed of the die cushion; a force commanding part for commanding a force to be generated between the slide and the die cushion; a force detecting part for detecting the force generated between the slide and the die cushion, wherein the die cushion speed commanding part generates a speed command of the die cushion from the detected speed of the slide and a force error, which is the difference between the force value detected by the force detecting part and the force command value generated by the force commanding part, characterized in that an absolute value of the speed command of the die cushion is equal to or smaller than a threshold calculated based on the absolute value of the speed of the slide detected by the slide speed detecting part, wherein the threshold is determined empirically, such that a workpiece is pressed by a sufficient force to perform a desired press working. a slide speed detecting part for detecting the speed of the slide; a die cushion speed commanding part for commanding the speed of the die cushion; a force commanding part for commanding a force to be generated between the slide and the die cushion; a force detecting part for detecting the force generated between the slide and the die cushion, wherein the die cushion speed commanding part generates a speed command of the die cushion from the detected speed of the slide and a force error, which is the difference between the force value detected by the force detecting part and the force command value generated by the force commanding part, characterized in that an absolute value of the speed command of the die cushion is equal to or smaller than a threshold calculated based on the absolute value of the speed of the slide detected by the slide speed detecting part, wherein the threshold is determined empirically, such that a workpiece is pressed by a sufficient force to perform a desired press working.
An inkjet printing device comprising: - a transport system for transporting a rigid multilayered substrate in a print direction and in a support plane; and - a dryer for immobilizing a jetted ink layer on the rigid multilayered substrate in a drying zone; and attached to a first gantry, which is stationary positioned over the transport system and perpendicular oriented to the print direction, - a push down mechanism for pushing down the rigid multilayered substrate against the transport system, arranged at least in the drying zone, by a flat bar, wherein the push down mechanism comprises the flat bar and wherein the flat bar is positioned parallel and elongated to the print direction; and wherein the flat bar is maintained on a second and third gantry by a maintainer on each of the second and third gantry; and wherein the second and third gantry are positioned over the transport system at each side of the first gantry and wherein the second and third gantry are perpendicular oriented to the print direction; and wherein the push down mechanism comprises a bender for pushing a flat portion of the flat bar at the push down side of the flat bar with an angle towards the transport system in a plane, perpendicular to the support plane and parallel to the print direction. - a transport system for transporting a rigid multilayered substrate in a print direction and in a support plane; and - a dryer for immobilizing a jetted ink layer on the rigid multilayered substrate in a drying zone; and attached to a first gantry, which is stationary positioned over the transport system and perpendicular oriented to the print direction, - a push down mechanism for pushing down the rigid multilayered substrate against the transport system, arranged at least in the drying zone, by a flat bar, wherein the push down mechanism comprises the flat bar and wherein the flat bar is positioned parallel and elongated to the print direction; and wherein the flat bar is maintained on a second and third gantry by a maintainer on each of the second and third gantry; and wherein the second and third gantry are positioned over the transport system at each side of the first gantry and wherein the second and third gantry are perpendicular oriented to the print direction; and wherein the push down mechanism comprises a bender for pushing a flat portion of the flat bar at the push down side of the flat bar with an angle towards the transport system in a plane, perpendicular to the support plane and parallel to the print direction.
A brake disk assembly comprising a rotor disk and a rotor clip, said rotor clip comprising: a first tab engagement Portion; an undercut coupling portion coupled to said first tab engagement portion; and a second tab engagement portion coupled to said undercut coupling portion, wherein said undercut coupling portion has a first bump and a second bump, and characterized in that said first tab engagement portion comprises a first or multiple first tab(s) and said second tab engagement portion comprises a second or multiple second tab(s) and wherein said first tab of said first tab engagement portion and said second tab of said second tab engagement portion are configured to be bent circumferentially outward to engage said first bump of said rotor clip with a first undercut of the slot and said second bump of said rotor clip with a second undercut of said slot of said rotor disk; and wherein said first tab of said first tab engagement portion of said rotor clip is configured to be snapped onto the rotor disk and wherein said second tab of said second engagement portion is configured to be snapped the rotor disk. a first tab engagement Portion; an undercut coupling portion coupled to said first tab engagement portion; and a second tab engagement portion coupled to said undercut coupling portion, wherein said undercut coupling portion has a first bump and a second bump, and characterized in that said first tab engagement portion comprises a first or multiple first tab(s) and said second tab engagement portion comprises a second or multiple second tab(s) and wherein said first tab of said first tab engagement portion and said second tab of said second tab engagement portion are configured to be bent circumferentially outward to engage said first bump of said rotor clip with a first undercut of the slot and said second bump of said rotor clip with a second undercut of said slot of said rotor disk; and wherein said first tab of said first tab engagement portion of said rotor clip is configured to be snapped onto the rotor disk and wherein said second tab of said second engagement portion is configured to be snapped the rotor disk.
An isocyanate free radiation curable hot melt coating composition comprising a polymer component, an oligomer component and a monomer component, and a photoinitiator, wherein the polymer component comprises poly(meth)acrylate segments and/or polyurethane segments, has a Mn> 5000 g per mole and has at least one functional group polymerisable under UV radiation, the oligomeric component has Mn from 500 to 5000 g per mole and contains at least two functional groups polymerisable under UV radiation, and the monomer component has Mn from 100 to 1000 g per mole and contains at least one functional group polymerisable under UV radiation.
An apparatus for post-processing 2D cross-sectional slice images (110a-d) defining a 3D image volume data set, the apparatus comprising: - a graphical user interface controller; - a 2D segmenter; - a 3D segmenter; and wherein the graphical user interface controller is configured to generate for display on a screen a graphical user interface, the user interface when so displayed comprising an interactive first window widget displaying on the screen an initial slice of the 2D slices, the slice showing a cross section of an object of interest, the window widget configured to allow a user to specify by a pointer tool position data of a single initial point anywhere on the displayed initial slice; wherein the 2D segmenter is configured to 2D segment, in response to the user specifying the position data, the displayed initial slice by calculating across the slice a curvilinear segmentation line passing through or starting at the specified single initial point; wherein the graphical user interface controller is further configured to generate for display in the first window widget the calculated segmentation line overlaid on the initial slice; wherein the 3D segmenter is configured to calculate, in response to a user request, a 3D segmentation of the object across a plurality of the slices by using the calculated segmentation line as a geometric constraint for the 3D segmentation; and wherein the graphical user interface controller is further configured to generate for display on the screen at least a part of the so calculated 3D segmentation. - a graphical user interface controller; - a 2D segmenter; - a 3D segmenter; and
An apparatus comprising: a vibration generator (108, 208) positioned relative to a surface (114, 218) of an object, wherein the vibration generator (108, 208) is configured to excite the object at a location (121, 213) on the object such that at least a portion (118, 223) of the object vibrates; and an acousto-optical sensor (132, 210) arranged to be coupled to the surface (114, 218) of the portion (118, 223) of the object, wherein the acousto-optical sensor (132, 210) detects a vibratory response generated by the portion (118, 223) of the object in response to excitation of the portion (118, 223) of the object and generates an image (142, 225,700, 702, 704, 706, 708, 710) of the portion (118, 223) of the object based on the vibratory response, wherein the acousto-optical sensor (132, 210) comprises: a first side (134, 300) that faces the surface (114, 218) of the portion (118, 223) of the object; and a second side (136, 226), wherein the image (142, 225, 700, 702, 704, 706, 708, 710) is visually presented at the second side (136, 226) of the acousto-optical sensor (132, 210); wherein the vibratory response includes a feature response that is produced when a feature (144, 304) is present within the portion (118, 223) of the object and wherein the image (142, 225, 700, 702, 704, 706, 708, 710) of the portion (118, 223) of the object generated based on the feature response includes an indication that visually represents the feature (144, 304). a vibration generator (108, 208) positioned relative to a surface (114, 218) of an object, wherein the vibration generator (108, 208) is configured to excite the object at a location (121, 213) on the object such that at least a portion (118, 223) of the object vibrates; and an acousto-optical sensor (132, 210) arranged to be coupled to the surface (114, 218) of the portion (118, 223) of the object, wherein the acousto-optical sensor (132, 210) detects a vibratory response generated by the portion (118, 223) of the object in response to excitation of the portion (118, 223) of the object and generates an image (142, 225,700, 702, 704, 706, 708, 710) of the portion (118, 223) of the object based on the vibratory response, wherein the acousto-optical sensor (132, 210) comprises: a first side (134, 300) that faces the surface (114, 218) of the portion (118, 223) of the object; and a second side (136, 226), wherein the image (142, 225, 700, 702, 704, 706, 708, 710) is visually presented at the second side (136, 226) of the acousto-optical sensor (132, 210); a first side (134, 300) that faces the surface (114, 218) of the portion (118, 223) of the object; and a second side (136, 226), wherein the image (142, 225, 700, 702, 704, 706, 708, 710) is visually presented at the second side (136, 226) of the acousto-optical sensor (132, 210); wherein the vibratory response includes a feature response that is produced when a feature (144, 304) is present within the portion (118, 223) of the object and wherein the image (142, 225, 700, 702, 704, 706, 708, 710) of the portion (118, 223) of the object generated based on the feature response includes an indication that visually represents the feature (144, 304).
A side airbag device (200, 300) comprising: an inflator that supplies a gas; an airbag cushion that is disposed at a side of a seat of a vehicle and that is expandable from the side toward a front of the vehicle by the gas in the mounted position of the side airbag device (200, 300); a vent hole that is provided at a predetermined position of the airbag cushion and that discharges the gas; a patch (204, 302) that openably covers the vent hole from an inside of the airbag cushion; a tether (206, 306) that is connected to the patch (204, 302) and a predetermined position of the side of the seat, the tether (206, 306) pulling the patch (204, 302) toward a rear of the vehicle so as to open the vent hole when the airbag cushion is expanded and deployed in the mounted position of the side airbag device (200, 300); characterized in that a tether cutter that is configured to cut the tether (206, 306) in response to information relating to a state of the vehicle is provided, wherein the vent hole is provided in a side surface of the airbag cushion in a vehicle width direction and is close to a vehicle front side of the airbag cushion, wherein an intermediate portion of the tether (206, 306) in a longitudinal direction is connected to the patch (204, 302), and a front end of the tether is connected to an inner position of the airbag cushion, and the inner position is located further to a vehicle front side than the vent hole. an inflator that supplies a gas; an airbag cushion that is disposed at a side of a seat of a vehicle and that is expandable from the side toward a front of the vehicle by the gas in the mounted position of the side airbag device (200, 300); a vent hole that is provided at a predetermined position of the airbag cushion and that discharges the gas; a patch (204, 302) that openably covers the vent hole from an inside of the airbag cushion; a tether (206, 306) that is connected to the patch (204, 302) and a predetermined position of the side of the seat, the tether (206, 306) pulling the patch (204, 302) toward a rear of the vehicle so as to open the vent hole when the airbag cushion is expanded and deployed in the mounted position of the side airbag device (200, 300); characterized in that a tether cutter that is configured to cut the tether (206, 306) in response to information relating to a state of the vehicle is provided, wherein the vent hole is provided in a side surface of the airbag cushion in a vehicle width direction and is close to a vehicle front side of the airbag cushion, wherein an intermediate portion of the tether (206, 306) in a longitudinal direction is connected to the patch (204, 302), and a front end of the tether is connected to an inner position of the airbag cushion, and the inner position is located further to a vehicle front side than the vent hole.