mhurhangee/ep-ind-claims huggingface dataset:
A targeting agent for tumor site, which comprises a hydrophilic polymer-modified carrier coated with a gelatin-like protein that has repeats of a sequence represented by Gly-X-Y characteristic to collagen and has two or more sequences of cell adhesion signals in a single molecule wherein X and Y each independently represent an amino acid and a plurality of Gly-X-Y sequences may be the same or different.
Polymeric vehicle window pane, having a composite component that comprises an inner opaque polymeric layer and an outer transparent polymeric layer, wherein the inner opaque polymeric layer and the outer transparent polymeric layer are bonded in a laminar manner, wherein the inner opaque polymeric layer has at least one at least partially penetrating recess, wherein an LED assembly which comprises an LED, a printed circuit board and an electrical contacting is arranged in the recess, wherein the LED assembly is placed such that the LED is directed in the direction of the outer transparent polymeric layer.
Method for operating a laundry treatment device having a drum, which can rotate about a rotation axis, for treating laundry and having a loading opening which is arranged in the circumferential wall of the drum and has a closure, comprising the method steps of: detecting at least one position signal from which a rotation position of the loading opening of the drum can be derived; detecting an unbalance signal which indicates an unbalance of the drum; determining a phase difference between the position signal and the unbalance signal; and identifying an unbalance of the drum, which unbalance is critical for the closure of the loading opening of the drum, when the phase difference between the position signal and the unbalance signal is in a predetermined range. detecting at least one position signal from which a rotation position of the loading opening of the drum can be derived; detecting an unbalance signal which indicates an unbalance of the drum; determining a phase difference between the position signal and the unbalance signal; and identifying an unbalance of the drum, which unbalance is critical for the closure of the loading opening of the drum, when the phase difference between the position signal and the unbalance signal is in a predetermined range.
Flush-mounted group for mixing water for a bathroom or kitchen, comprising: - a body comprising a valve, intended to be installed in a seat having a given depth with respect to a finished surface; - a plate which can be mounted on the finished surface so as to enclose the body inside the seat and which is provided with an opening for accessing the body; - a control member for operating the valve, connected to the valve through the opening of the plate; - coupling means for connecting together the valve and the control member, said coupling means being adjustable to vary a distance between the control member and the valve and ensure correct positioning of the control member inside the opening, characterized by a fastening member for fixing the body to the seat, adjustable on the body to set the depth to which the body is inset inside the seat, and in that the valve is provided with a threaded connection and the coupling means is provided with a threaded rod, the distance between the control member and the valve being variable by screwing or unscrewing the rod into/from the connection. - a body comprising a valve, intended to be installed in a seat having a given depth with respect to a finished surface; - a plate which can be mounted on the finished surface so as to enclose the body inside the seat and which is provided with an opening for accessing the body; - a control member for operating the valve, connected to the valve through the opening of the plate; - coupling means for connecting together the valve and the control member, said coupling means being adjustable to vary a distance between the control member and the valve and ensure correct positioning of the control member inside the opening, characterized by a fastening member for fixing the body to the seat, adjustable on the body to set the depth to which the body is inset inside the seat, and in that the valve is provided with a threaded connection and the coupling means is provided with a threaded rod, the distance between the control member and the valve being variable by screwing or unscrewing the rod into/from the connection.
A gas turbine engine component comprising: an inner support structure surrounding an engine center axis and fixed to an engine static structure; an outer support structure spaced radially outward of the inner support structure; a curved beam comprised of a plurality of curved beam spring segments that are positioned adjacent to each other to form a ring, and wherein the inner and outer support structures (74, 76) are coupled together around the curved beam to enclose the curved beam therebetween and form a mechanical spring assembly; and a bearing spaced radially inward of the mechanical spring assembly; and a fluid damper that is separated from the mechanical spring assembly, wherein the fluid damper is spaced radially inward of the inner support structure, characterised in that: the outer support structure is fixed to an outer race of the bearing and the inner support structure is fixed to a flange of the engine static structure. an inner support structure surrounding an engine center axis and fixed to an engine static structure; an outer support structure spaced radially outward of the inner support structure; a curved beam comprised of a plurality of curved beam spring segments that are positioned adjacent to each other to form a ring, and wherein the inner and outer support structures (74, 76) are coupled together around the curved beam to enclose the curved beam therebetween and form a mechanical spring assembly; and a bearing spaced radially inward of the mechanical spring assembly; and a fluid damper that is separated from the mechanical spring assembly, wherein the fluid damper is spaced radially inward of the inner support structure,
A method comprising: receiving a request for accelerated delivery of a specified media stream, the request including a requested burst size; deciding to grant or deny the accelerated delivery request based at least in part on one or more factors including the requested burst size, resource usage, current network congestion, or a combination thereof; and responding (230, 250) to the accelerated delivery request with a response indicating the decision to grant or deny, wherein if the decision is to grant, the response comprises a granted burst size wherein the granted burst size may be different than the requested burst size. receiving a request for accelerated delivery of a specified media stream, the request including a requested burst size; deciding to grant or deny the accelerated delivery request based at least in part on one or more factors including the requested burst size, resource usage, current network congestion, or a combination thereof; and responding (230, 250) to the accelerated delivery request with a response indicating the decision to grant or deny, wherein if the decision is to grant, the response comprises a granted burst size wherein the granted burst size may be different than the requested burst size.
A method of forming a 3D woven stiffener comprising: flat weaving a plurality of layers of interwoven warp and weft fibers; interweaving portions of some of the layers with other layers into a flat woven fabric having a cap portion, a first web portion and a second web portion, a first foot portion and second foot portion, and an inner wrap portion; forming the flat woven fabric to form an omega-shaped stiffener having an open inner space, wherein at least some of the weft fibers are continuous across a juncture between the web portions (608a, 608b) and the foot portions (606a, 606b), and wherein the cap portion is thicker than the web portions (608a, 608b) and the web portions (608a, 608b) are thicker than the foot portions (606a, 606b). flat weaving a plurality of layers of interwoven warp and weft fibers; interweaving portions of some of the layers with other layers into a flat woven fabric having a cap portion, a first web portion and a second web portion, a first foot portion and second foot portion, and an inner wrap portion; forming the flat woven fabric to form an omega-shaped stiffener having an open inner space, wherein at least some of the weft fibers are continuous across a juncture between the web portions (608a, 608b) and the foot portions (606a, 606b), and wherein the cap portion is thicker than the web portions (608a, 608b) and the web portions (608a, 608b) are thicker than the foot portions (606a, 606b).
A unit for hemostasis, wherein the unit is configured to be directly applied to a bleeding wound and comprises an envelope enclosing an inner space as well as an effective amount of a hemostatic material disposed within the inner space, wherein the unit comprises a biodegradable and/or bioresorbable, hemostatic material forming a gel after contact with aqueous liquids, where the hemostatic material is in the form of particles or granules having an average diameter of about 0.5-2 mm and a porosity of about 70-85%, and wherein the unit has a filling grade of about 50-90 Vol%.
A valve assembly, comprising: a pitot tube having an angled tip to extract from a duct formed by a housing a sample of a fluid to be communicated to an actuator configured to operate the duct, the pitot tube being disposed within the housing whereby the pitot tube is fixed longitudinally between the actuator and the housing and laterally within the housing; and an anti-rotation mechanism coupled with the pitot tube to rotationally secure the pitot tube such that the angled tip is fixed to face rearwardly; characterized in that a first through-hole is formed in the housing to accommodate the pitot tube and a diametrical slot is formed in association with the first through-hole, wherein the diametrical slot extends from the upper surface of the housing and along a partial length of the first through-hole at opposite diametrical sides of the first through-hole, and the anti-rotation mechanism fits into the diametrical slot to prevent the pitot tube rotating in the first through-hole. a pitot tube having an angled tip to extract from a duct formed by a housing a sample of a fluid to be communicated to an actuator configured to operate the duct, the pitot tube being disposed within the housing whereby the pitot tube is fixed longitudinally between the actuator and the housing and laterally within the housing; and an anti-rotation mechanism coupled with the pitot tube to rotationally secure the pitot tube such that the angled tip is fixed to face rearwardly; characterized in that a first through-hole is formed in the housing to accommodate the pitot tube and a diametrical slot is formed in association with the first through-hole, wherein the diametrical slot extends from the upper surface of the housing and along a partial length of the first through-hole at opposite diametrical sides of the first through-hole, and the anti-rotation mechanism fits into the diametrical slot to prevent the pitot tube rotating in the first through-hole.
A method for diagnosis, prognosis, monitoring or therapy selection for a medical condition of the prostate gland in a subject, comprising the steps of: (a) obtaining a microvesicle fraction from a urine sample from a subject, where the sample is collected without the use of a digital rectal exam or prostatic massage prior to urine collection; (b) extracting one or more nucleic acids from the microvesicle fraction; and (c) analyzing the extracted nucleic acids to detect the presence or absence of a biomarker associated with a medical condition of the prostate gland, wherein the biomarker is one or more isoforms of ERG, AMACR, TMPRSS2-ERG, PCA3 or a combination thereof, wherein the biomarker comprises a combination of at least ERG and AMACR. (a) obtaining a microvesicle fraction from a urine sample from a subject, where the sample is collected without the use of a digital rectal exam or prostatic massage prior to urine collection; (b) extracting one or more nucleic acids from the microvesicle fraction; and (c) analyzing the extracted nucleic acids to detect the presence or absence of a biomarker associated with a medical condition of the prostate gland, wherein the biomarker is one or more isoforms of ERG, AMACR, TMPRSS2-ERG, PCA3 or a combination thereof, wherein the biomarker comprises a combination of at least ERG and AMACR.
Display device for a motor vehicle, having - a mirror which is arranged so as to be movable between a stowage position and a usage position, - a first movably arranged covering element which, for the movement between a stowage position and a usage position, is coupled to an electromechanical drive, and - a second movably arranged covering element, wherein the display device has a stowage position, in which the mirror and the two covering elements (3, 4) are arranged in a respective associated stowage position, and a usage position, in which the mirror and the two covering elements (3, 4) are arranged in a respective associated usage position, and in the stowage position, the two covering elements (3, 4) at least partially cover the mirror wherein the second covering element is, at least in the stowage position, preloaded by a spring element, wherein over a first travel path segment of the first covering element proceeding from the usage position, the first covering element is mechanically decoupled from the second covering element and wherein, over a second travel path segment of the first covering element as far as a point at which the stowage position of the first covering element is reached, the first covering element is mechanically coupled to the second covering element, characterized in that the first covering element has at least one, in particular peg-like coupling element which, over the second travel path segment, engages into a guide slot of the second covering element, with the mechanical coupling being implemented in this way. - a mirror which is arranged so as to be movable between a stowage position and a usage position, - a first movably arranged covering element which, for the movement between a stowage position and a usage position, is coupled to an electromechanical drive, and - a second movably arranged covering element, wherein the display device has a stowage position, in which the mirror and the two covering elements (3, 4) are arranged in a respective associated stowage position, and a usage position, in which the mirror and the two covering elements (3, 4) are arranged in a respective associated usage position, and in the stowage position, the two covering elements (3, 4) at least partially cover the mirror
A brake carrier of a drum brake, comprising a carrier unit, wherein the carrier unit has a first connecting section, to which a brake cylinder can be fixed, wherein the carrier unit has a second connecting section, to which a converter unit can be fixed, wherein between the first connecting section and the second connecting section a housing region is provided for receiving a transmission element, wherein the brake cylinder, the transmission element and the converter unit can be fixed via the carrier unit to an axle element of the utility vehicle, wherein the transmission element for force transmission can be displaced mainly along a transmission axle, and wherein the transmission axle is tilted or inclined in relation to the wheel axle by an angle α in such a way that the converter unit is arranged closer to the wheel axle than the brake cylinder, characterized in that the carrier unit can be fixed in a third connecting section at the axle element, wherein the first connecting section is arranged by an offset (v) along a wheel axle to the third connecting section, and wherein the relation of the offset (v) between the first and third connecting sections (81, 83) and the distance (d) of the wheel axle from the transmission axle has values between 0.1 and 2 in the region of the first connecting section.
A thermoplastic composition comprising 10 to 30 weight percent of a polycarbonate; 15 to 25 weight percent of a polyester carbonate copolymer; 8 to 16 weight percent of a poly(ethylene terephthalate); 30 to 40 weight percent of a poly(butylene terephthalate); and 7 to 15 weight percent of an impact modifier wherein weight percent is based on the combined amounts of polycarbonate, polyester carbonate copolymer, poly(ethylene terephthalate), poly(butylene terephthalate) and impact modifier.
Method for taking a measurement from a reflective object or a transparent object by means of a deflectometer comprising: - a display displaying dynamic fringes; - a camera configured to acquire the images from fringes reflected by the reflective object and/or the images from fringes transmitted through the transparent object; - a computer configured to run a program in order to perform the measurement based on the images acquired by the camera; the method being characterised in that it comprises the following steps: - successively acquiring the images from fringes reflected and/or transmitted by the object in at least two configurations of an optical system defined by the display, the object and the camera; - based on the images acquired, running the program and calculating possible solutions for a shape of the object and for a position of the object within the optical system defined by the display, the object and the camera, in each of the configurations; - obtaining a final solution for the shape and for the position of the object by identifying a single solution common to the previously calculated possible solutions characterized in that the camera is displaced axially along an optical axis of the camera between successive acquisitions. - a display displaying dynamic fringes; - a camera configured to acquire the images from fringes reflected by the reflective object and/or the images from fringes transmitted through the transparent object; - a computer configured to run a program in order to perform the measurement based on the images acquired by the camera; - successively acquiring the images from fringes reflected and/or transmitted by the object in at least two configurations of an optical system defined by the display, the object and the camera; - based on the images acquired, running the program and calculating possible solutions for a shape of the object and for a position of the object within the optical system defined by the display, the object and the camera, in each of the configurations; - obtaining a final solution for the shape and for the position of the object by identifying a single solution common to the previously calculated possible solutions characterized in that the camera is displaced axially along an optical axis of the camera between successive acquisitions.
A top layer of an artificial leather multi-layer structure, the top layer made from a composition comprising propylene-alpha-olefin copolymer, ethylene-alpha-olefin block copolymer, and DPO-BSA molecular melt in which the DPO-BSA MM comprises at least 300 parts per million (ppm) of the composition.
An ultrasonic diagnostic imaging system for analyzing volume flow of blood comprising: a 3D imaging probe adapted to acquire volume image flow data sets of a blood vessel; an image data processor (24, 26) responsive to the volume image flow data sets; a vessel center locator, responsive to spatially organized blood vessel data, which is adapted to identify a center of the blood vessel; a beamformer controller, responsive to the vessel center locator, which is adapted to control the 3D imaging probe to acquire volume image flow data sets of the blood vessel starting with a subvolume from the center of the vessel; a volume flow calculator, responsive to acquired volume image flow data sets of the blood vessel, which is adapted to calculate volume flow profile data; and a heart rate calculator adapted to produce data representing a heart rate, wherein the volume image flow data sets are acquired in timed relation to the heart rate data, wherein the heart rate calculator is coupled to the volume flow calculator and adapted to calculate a subvolume acquisition time in relation to systolic peaks of a flow profile. a 3D imaging probe adapted to acquire volume image flow data sets of a blood vessel; an image data processor (24, 26) responsive to the volume image flow data sets; a vessel center locator, responsive to spatially organized blood vessel data, which is adapted to identify a center of the blood vessel; a beamformer controller, responsive to the vessel center locator, which is adapted to control the 3D imaging probe to acquire volume image flow data sets of the blood vessel starting with a subvolume from the center of the vessel; a volume flow calculator, responsive to acquired volume image flow data sets of the blood vessel, which is adapted to calculate volume flow profile data; and a heart rate calculator adapted to produce data representing a heart rate, wherein the volume image flow data sets are acquired in timed relation to the heart rate data, wherein the heart rate calculator is coupled to the volume flow calculator and adapted to calculate a subvolume acquisition time in relation to systolic peaks of a flow profile.
Driving tool, comprising a tank for storing a fuel, in particular liquefied petroleum gas, a combustion chamber connected to the tank, wherein the combustion chamber has a movable piston for driving a driving ram, and a metering device arranged between the tank and the combustion chamber, wherein the metering device has a movable displacement member for discharging the fuel from a metering volume, wherein the displacement member is movable by an actuation force from a first power source in a displacement direction against a pressure of the fuel, characterised in that an additional supporting force from a second power source impinges on the displacement member.
An agricultural composition comprising an adjuvant and a pesticide, the adjuvant comprising an amidoamine alkoxylate of the formula: wherein a = 1-3; c = 2-3; R 1 = C 5 to C 19 alkyl radical, wherein Y is each independently: H, or and at least one Y is wherein X is each independently H, CH 3 or C 2 H 5, b = 0-10.