mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell comprising: a membrane-electrode assembly having a first surface and a second surface opposite to the first surface, wherein an anode electrode and a cathode electrode are each disposed on the first surface; an end plate disposed apart at a predetermined interval on the second surface; a first gas diffusion layer disposed on the anode electrode; a second gas diffusion layer disposed on the cathode electrode; a first separating plate disposed on the first gas diffusion layer and having a plurality of flow channels; and a second separating plate disposed on the second gas diffusion layer and having a plurality of flow channels, wherein a predetermined space portion is formed between the end plate and the second surface of the membrane-electrode assembly by a gasket for preventing leakage of cooling water, where the second surface of the membrane-electrode assembly is exposed to the space portion, and wherein cooling water is supplied to the space portion between the end plate and the second surface of the membrane-electrode assembly. a membrane-electrode assembly having a first surface and a second surface opposite to the first surface, wherein an anode electrode and a cathode electrode are each disposed on the first surface; an end plate disposed apart at a predetermined interval on the second surface; a first gas diffusion layer disposed on the anode electrode; a second gas diffusion layer disposed on the cathode electrode; a first separating plate disposed on the first gas diffusion layer and having a plurality of flow channels; and a second separating plate disposed on the second gas diffusion layer and having a plurality of flow channels, wherein a predetermined space portion is formed between the end plate and the second surface of the membrane-electrode assembly by a gasket for preventing leakage of cooling water, where the second surface of the membrane-electrode assembly is exposed to the space portion, and wherein cooling water is supplied to the space portion between the end plate and the second surface of the membrane-electrode assembly.
A cross-flow heat exchanger (1; 121) for a motor vehicle, with tubes (10-12; 40; 50; 71, 72; 131, 132) through which a medium flows and around which a further medium flows, with at least one collecting tank (2, 3) into which the tubes (10-12; 40; 50; 71, 72; 131, 132) open, and with guide elements (13, 14; 134, 135) which are arranged between the tubes (10-12; 40; 50; 71, 72; 131, 132), wherein the collecting tank (2, 3) and the tubes (10-12; 40; 50; 71, 72; 131, 132) are formed from plastic and the guide elements (13, 14; 134, 135) are formed from metal, characterised in that the collecting tank (2, 3) comprises a bottom with through holes whose circumferential edge forms an abutment for the tubes, the circumferential edge is surrounded by an encircling collar into which the ends of the tubes are inserted and the collars are welded to the tube ends.
An aircraft comprising: - a flight deck door, wherein the flight deck door, when in a closed position, separates a flight deck area of the aircraft from a cabin area of the aircraft; - a privacy door disposed within the cabin area of the aircraft and aft of the flight deck door such that the privacy door, when in a closed position, separates the cabin area into an intermediate cabin area between the privacy door and the flight deck door and a main cabin area aft of the privacy door, wherein the privacy door further comprises a decompression latch; - a door frame comprising a first post and a second post, wherein the privacy door is rotatably coupled to the first post via a set of hinges such that the privacy door is rotatable into the intermediate cabin area to an open position; and a latch recess positioned within the second post, wherein the latch recess is arranged to engage the decompression latch of the privacy door when the privacy door is in the closed position, and wherein the decompression latch is configured to disengage from the latch recess in response to a decompression of the aircraft detected forward of the privacy door, wherein the privacy door comprises a slam latch positioned to engage a slot in the first post of the door frame when the privacy door is in the open position and when the slam latch is in a first position, wherein the slam latch is coupled to a lever positioned on a forward side of the privacy door, and wherein the lever is operable to move the slam latch away from the first post to a second position so as to disengage the slam latch from the slot, wherein the privacy door further comprises a slam latch spring positioned to bias the slam latch toward the first post, wherein the first post comprises a cylindrical striker, wherein the cylindrical striker comprises the slot. - a flight deck door, wherein the flight deck door, when in a closed position, separates a flight deck area of the aircraft from a cabin area of the aircraft; - a privacy door disposed within the cabin area of the aircraft and aft of the flight deck door such that the privacy door, when in a closed position, separates the cabin area into an intermediate cabin area between the privacy door and the flight deck door and a main cabin area aft of the privacy door, wherein the privacy door further comprises a decompression latch; - a door frame comprising a first post and a second post, wherein the privacy door is rotatably coupled to the first post via a set of hinges such that the privacy door is rotatable into the intermediate cabin area to an open position; and
Bearing unit for a rotary processing tool, the bearing unit comprising a main body, two outer bearings, an intermediate bearing accommodated in a slider which is received within a recess in the main body of the bearing unit, and a preloading unit adapted for displacing the slider and therewith the intermediate bearing with respect to the main body and the two outer bearings, and wherein the preloading unit comprises an amplification lever and an actuator and whereby the amplification lever is configured to amplify the actuation force created by the actuator, into a greater preloading force acting on the slider and the intermediate bearing.
A cell growth medium comprising a) a human platelet lysate free of solid matter greater than 0.22 μm in diameter, wherein the lysate constitutes from 2% to 15% of the total volume of the cell growth medium; b) a human fresh frozen plasma filtrate free of solid matter greater than 0.22 μm in diameter, wherein the FFP filtrate constitutes from 1 % to 10% of the total volume of the cell growth medium; c) heparin at a concentration of from 0 U/ml to 10 U/ml of the cell growth medium; d) L-glutamine at a concentration of from 0.5 mM to 10 mM; and e) a serum-free, low glucose medium suitable for mammalian cell growth, wherein the serum-free, low glucose medium constitutes from 75% to 97% of the total volume of the cell growth medium, and may contain the L-glutamine of part (d); wherein the term FFP refers to the fluid portion of human blood that has been centrifuged, separated, and frozen solid at -18 °C within 6 hours of collection; wherein the cell growth medium permits the expansion of human CD34-negative stem cells and wherein the resulting expanded CD34-negative stem cells retain the ability to differentiate. a) a human platelet lysate free of solid matter greater than 0.22 μm in diameter, wherein the lysate constitutes from 2% to 15% of the total volume of the cell growth medium; b) a human fresh frozen plasma filtrate free of solid matter greater than 0.22 μm in diameter, wherein the FFP filtrate constitutes from 1 % to 10% of the total volume of the cell growth medium; c) heparin at a concentration of from 0 U/ml to 10 U/ml of the cell growth medium; d) L-glutamine at a concentration of from 0.5 mM to 10 mM; and e) a serum-free, low glucose medium suitable for mammalian cell growth, wherein the serum-free, low glucose medium constitutes from 75% to 97% of the total volume of the cell growth medium, and may contain the L-glutamine of part (d); wherein the term FFP refers to the fluid portion of human blood that has been centrifuged, separated, and frozen solid at -18 °C within 6 hours of collection; wherein the cell growth medium permits the expansion of human CD34-negative stem cells and wherein the resulting expanded CD34-negative stem cells retain the ability to differentiate.
Method for magnetic pulse welding of an item comprising a stack of sheets of metal material, the method comprising: - making, in a thickness of the stack, at least one through perforation, - arranging two plates, called first and second plate, of metal material on either side of the stack, by forming a coverage zone covering the at least one through perforation, - positioning the plate-stack assembly opposite to an active part of a coil, so that a working area of the coverage zone is facing the active part of the coil, said working area covering the at least one perforation, - subjecting the working area to a magnetic field until the assembly is joined, during which, at the at least one perforation, a pressure is exerted onto the first plate and presses it against the second plate, so that there is a direct contact and permanent weld between said first plate and said second plate. - making, in a thickness of the stack, at least one through perforation, - arranging two plates, called first and second plate, of metal material on either side of the stack, by forming a coverage zone covering the at least one through perforation, - positioning the plate-stack assembly opposite to an active part of a coil, so that a working area of the coverage zone is facing the active part of the coil, said working area covering the at least one perforation, - subjecting the working area to a magnetic field until the assembly is joined,
An article of footwear, comprising: an upper having a bottom closed by a strobel board, said upper having a lasting allowance joined to said strobel board in a butt-seam by a stitch; a midsole disposed below said strobel board; a topsole disposed above said strobel board, said topsole manufactured from a foam, wherein the foam is an expanded thermoplastic polyurethane foam, or a thermoplastic elastomer foam; and an inner sole disposed above said topsole, characterized in that said foam has an average modulus at a stress of 535 kPa of from about 750 to about 950 kPa and an energy efficiency of at least about 78% and a dynamic compression set of less than about 10%. an upper having a bottom closed by a strobel board, said upper having a lasting allowance joined to said strobel board in a butt-seam by a stitch; a midsole disposed below said strobel board; a topsole disposed above said strobel board, said topsole manufactured from a foam, wherein the foam is an expanded thermoplastic polyurethane foam, or a thermoplastic elastomer foam; and an inner sole disposed above said topsole, characterized in that said foam has an average modulus at a stress of 535 kPa of from about 750 to about 950 kPa and an energy efficiency of at least about 78% and a dynamic compression set of less than about 10%.
A resin powder comprising: a resin comprising particles, wherein an aspect ratio of the particle contained in the resin powder is obtained from an SEM image obtained by observation with a scanning electron microscope, the aspect ratio being defined by length L of side surface to length D of surface plane, where the side surface is defined as the surface perpendicular to the plane surface of the SEM image, characterized in that a proportion of the particles in an aspect ratio range X obtained from number distribution of the aspect ratio and represented by the following inequality 1 is 50 percent by number or more: A50 - 1 ≤ X ≤ A50 + 1 Inequality 1, where A50 represents a median of the aspect ratio. a resin comprising particles, wherein an aspect ratio of the particle contained in the resin powder is obtained from an SEM image obtained by observation with a scanning electron microscope, the aspect ratio being defined by length L of side surface to length D of surface plane, where the side surface is defined as the surface perpendicular to the plane surface of the SEM image, characterized in that a proportion of the particles in an aspect ratio range X obtained from number distribution of the aspect ratio and represented by the following inequality 1 is 50 percent by number or more: A50 - 1 ≤ X ≤ A50 + 1 Inequality 1, where A50 represents a median of the aspect ratio.
A method comprising: a) contacting a substrate to be metal plated with an electroplating composition comprising: one or more sources of metal ions, an electrolyte and a reaction product of one or more reaction products of one or more diamines having a formula; wherein R' is a linking group and R 13 and R 14 may be the same or different and comprise hydrogen, linear or branched (C 1 -C 12)alkyl, alkyleneoxy or substituted or unsubstituted (C 6 -C 18)aryl and one or more compounds having formula: wherein R is a linking group having formula: wherein R 1 and R 2 are hydrogen and m is an integer from 2-3 b) contacting the substrate with the composition; c) applying a current to the substrate; and d) plating a metal on the substrate. a) contacting a substrate to be metal plated with an electroplating composition comprising: one or more sources of metal ions, an electrolyte and a reaction product of one or more reaction products of one or more diamines having a formula; wherein R' is a linking group and R 13 and R 14 may be the same or different and comprise hydrogen, linear or branched (C 1 -C 12)alkyl, alkyleneoxy or substituted or unsubstituted (C 6 -C 18)aryl and one or more compounds having formula: wherein R is a linking group having formula: wherein R 1 and R 2 are hydrogen and m is an integer from 2-3 b) contacting the substrate with the composition; c) applying a current to the substrate; and d) plating a metal on the substrate.
A compound for use in the amelioration of a fibrotic disease, wherein the compound is 1-[4-chloro-3-(trifluoromethyl)phenyl]-3-[3-(4-cyanophenoxy)phenyl]urea represented by a structure shown below:
A subject information obtaining apparatus comprising: a light source configured to generate light; a plurality of transducer elements configured to receive acoustic waves by irradiating a subject with the light from the light source and to transduce the acoustic waves into a plurality of reception signals; and a processing unit configured to obtain a characteristic distribution indicating a distribution of characteristic information respectively corresponding to a plurality of positions in the subject by using the plurality of reception signals: wherein the processing unit is configured to: cause a display unit to display a distribution image generated based on a compound distribution obtained by compounding a plurality of the characteristic distribution of the characteristic information obtained by irradiating the subject with the light from the light source a plurality of times, and generated data indicating a time fluctuation of characteristic information in a predetermined region among the created distribution image, within the same screen. a light source configured to generate light; a plurality of transducer elements configured to receive acoustic waves by irradiating a subject with the light from the light source and to transduce the acoustic waves into a plurality of reception signals; and a processing unit configured to obtain a characteristic distribution indicating a distribution of characteristic information respectively corresponding to a plurality of positions in the subject by using the plurality of reception signals: wherein the processing unit is configured to: cause a display unit to display a distribution image generated based on a compound distribution obtained by compounding a plurality of the characteristic distribution of the characteristic information obtained by irradiating the subject with the light from the light source a plurality of times, and generated data indicating a time fluctuation of characteristic information in a predetermined region among the created distribution image, within the same screen. cause a display unit to display a distribution image generated based on a compound distribution obtained by compounding a plurality of the characteristic distribution of the characteristic information obtained by irradiating the subject with the light from the light source a plurality of times, and generated data indicating a time fluctuation of characteristic information in a predetermined region among the created distribution image, within the same screen.
A fiber-reinforced composite sheet, comprising (a) continuous reinforcing fiber, (b) a matrix resin comprising a thermosetting resin as a major component and (c) a flame-retardant, characterized in that at least part of the sheet surface has (d) a layer comprising a thermoplastic resin as a major component and the flame retardance in accordance with UL-94 of the sheet is V-1 or V-0 for test pieces having a having a thickness of the sheet of 0.05 to 2.0 mm, wherein the glass transition temperature Tg of (b) the matrix resin comprising a thermosetting resin as a major component satisfies the following equation: Tmax - Tg < 50, Tmax representing the glass transition temperature of the thermosetting resin comprised in the fiber-reinforced composite sheet having undergone after-cure and being in such a state that the residual exotherm of the thermosetting resin is not observed by DSC evaluation.
A disposable mask having a vertical direction and a width direction, including a mask body and a pair of ear looping straps extending from both side edges (20c, 20d) of the mask body, wherein the mask body includes an upper end edge linearly extending in the width direction, a lower end edge extending in the width direction, and both side edges (20c, 20d) extending in the vertical direction between the upper end edge and the lower end edge and a plurality of pleat portions formed by folding a body sheet forming the mask body in a pleated shape, the disposable mask being characterised in that - the lower end edge of the mask body includes a central part being convex upwardly. the mask body includes an upper end edge linearly extending in the width direction, a lower end edge extending in the width direction, and both side edges (20c, 20d) extending in the vertical direction between the upper end edge and the lower end edge and a plurality of pleat portions formed by folding a body sheet forming the mask body in a pleated shape, the disposable mask being characterised in that - the lower end edge of the mask body includes a central part being convex upwardly. - the lower end edge of the mask body includes a central part being convex upwardly.
A method for generating a secure boot for an electronic device, the method comprising: storing plural certificates including a first certificate and a second certificate, the first certificate for secure booting of the electronic device in a first security level and the second certificate for secure booting of the electronic device in a second security level; selecting one of the first certificate and the second certificate as a root certificate for secure booting of the electronic device; and booting the electronic device using the root certificate, wherein the method further comprises storing user identity information corresponding to at least one of the first and second certificates in a fuse region of a chipset of the electronic device. storing plural certificates including a first certificate and a second certificate, the first certificate for secure booting of the electronic device in a first security level and the second certificate for secure booting of the electronic device in a second security level; selecting one of the first certificate and the second certificate as a root certificate for secure booting of the electronic device; and booting the electronic device using the root certificate, wherein the method further comprises storing user identity information corresponding to at least one of the first and second certificates in a fuse region of a chipset of the electronic device.
A tank for a liquid-filled shell transformer or shell reactor, comprising - a lower tank portion with a bottom plate and lower side walls (21, 22), and an upper tank portion with upper side walls (11, 12), - the lower tank portion and upper tank portion being joined together along a substantially horizontal perimetric joining line and defining an internal space for housing an active part of the shell transformer or shell reactor and an insulating liquid, characterized in that - the tank further comprises a reinforcing cincture comprising a lower reinforcing ring and a upper reinforcing ring, the lower reinforcing ring being formed in a continuous piece surrounding and joined to the upper side walls (11, 12) of the upper tank portion, the reinforcing cincture forming a sealed chamber enclosing the perimetric joining line between the lower tank portion and the upper tank portion. formed in a continuous piece surrounding and joined to a horizontal flange of the lower side walls (21, 22) of the lower tank portion and the upper reinforcing ring being - a lower tank portion with a bottom plate and lower side walls (21, 22), and an upper tank portion with upper side walls (11, 12), - the lower tank portion and upper tank portion being joined together along a substantially horizontal perimetric joining line and defining an internal space for housing an active part of the shell transformer or shell reactor and an insulating liquid, characterized in that - the tank further comprises a reinforcing cincture comprising a lower reinforcing ring and a upper reinforcing ring, the lower reinforcing ring being formed in a continuous piece surrounding and joined to the upper side walls (11, 12) of the upper tank portion, the reinforcing cincture forming a sealed chamber enclosing the perimetric joining line between the lower tank portion and the upper tank portion.
An antibody having the ability of binding to Claudin 6 (CLDN6) for use in a method of treating or preventing cancer comprising inhibiting and/or eliminating cancer stem cells by administering the antibody having the ability of binding to CLDN6 to a cancer patient and by administering a chemotherapy, wherein the antibody and the chemotherapy are administered in synergistically effective amounts, wherein the antibody is capable of mediating killing of cells expressing CLDN6 by ADCC and/or CDC and comprises a heavy chain variable region comprising an amino acid sequence represented by SEQ ID NO: 5 and a light chain variable region comprising an amino acid sequence represented by SEQ ID NO: 4, and wherein the chemotherapy comprises an agent selected from the group consisting of carboplatin, gemcitabine, paclitaxel, and cisplatin.