mhurhangee/ep-ind-claims huggingface dataset:
Combustion chamber arrangement comprising a combustion chamber aligned along a longitudinal axis and radially circumferentially bounded in the axial direction by a combustion chamber wall, and comprising an injector arrangement arranged on the end face of the combustion chamber for introducing reactive fluids (62, 64) into the combustion chamber, comprising a first injector device having a first outlet arrangement having at least a first outlet surface for introducing the first fluid and a second injector device having a second outlet arrangement having at least a second outlet surface for introducing the second fluid, the at least one, in particular annular, second outlet surface being arranged so as to radially circumferentially surround the at least one first outlet surface annularly with a fluid-impermeable separation arranged in between, and having a second porous element adjacent to the combustion chamber on the end face for forming the second outlet surface to the combustion chamber, characterized in that the second outlet surface is surrounded radially adjacently by the combustion chamber wall radially circumferentially bounding the combustion chamber in the axial direction.
A method for preparing a partially fluorinated alcohol, comprising reacting an epoxide: wherein R 1, R 2, R 3 and R 4 are independently selected from the group comprising H, F, Cl, Br, I, CF 3, alkyl, fluoroalkyl, haloalkyl with a fluorinating agent; where one of R 1 to R 4 is -CF 3, one of R 1 to R 4 is -F and two of R 1 to R 4 are -H; or where two of R 1 to R 4 are -CF 3 and two of R 1 to R 4 are -H; or where one of R 1 to R 4 is -CF 3, one of R 1 to R 4 is -Cl and two of R 1 to R 4 are -H. wherein R 1, R 2, R 3 and R 4 are independently selected from the group comprising H, F, Cl, Br, I, CF 3, alkyl, fluoroalkyl, haloalkyl with a fluorinating agent; where one of R 1 to R 4 is -CF 3, one of R 1 to R 4 is -F and two of R 1 to R 4 are -H; or where two of R 1 to R 4 are -CF 3 and two of R 1 to R 4 are -H; or where one of R 1 to R 4 is -CF 3, one of R 1 to R 4 is -Cl and two of R 1 to R 4 are -H.
An edge processing device for a molded powder compact, the device comprising: - conveying means that are adapted to convey a molded powder compact along a predetermined conveying path; - a first rotating tool disposed on one side in an intersecting direction intersecting with a conveying direction; and - a second rotating tool disposed on the other side in the intersecting direction, and rotating in a direction identical to the direction the first rotating tool rotates, - wherein the first rotating tool is configured so as to be able to be brought into contact from an upstream side with a first corner portion between one side surface of a processing target portion of the molded powder compact and a rear surface of the processing target portion, - wherein the second rotating tool is configured so as to be able to be brought into contact from a downstream side with a second corner portion between the other side surface of the processing target portion and a front surface of the processing target portion, characterized in that the second rotating tool faces the first rotating tool with the conveying path therebetween, and is positionally displaced to the downstream side with respect to the first rotating tool. - conveying means that are adapted to convey a molded powder compact along a predetermined conveying path; - a first rotating tool disposed on one side in an intersecting direction intersecting with a conveying direction; and - a second rotating tool disposed on the other side in the intersecting direction, and rotating in a direction identical to the direction the first rotating tool rotates, - wherein the first rotating tool is configured so as to be able to be brought into contact from an upstream side with a first corner portion between one side surface of a processing target portion of the molded powder compact and a rear surface of the processing target portion, - wherein the second rotating tool is configured so as to be able to be brought into contact from a downstream side with a second corner portion between the other side surface of the processing target portion and a front surface of the processing target portion, characterized in that the second rotating tool faces the first rotating tool with the conveying path therebetween, and is positionally displaced to the downstream side with respect to the first rotating tool.
A nasal delivery device for delivering substance to a nasal airway of a subject, comprising: a nosepiece for fitting to a nasal cavity of a subject; a mouthpiece into which the subject in use exhales; a delivery unit, which comprises an actuation part which is manually displaceable to actuate the delivery unit to deliver substance from the nosepiece; and a valve assembly which is fluidly connected to the nosepiece and the mouthpiece, wherein the valve assembly comprises a body element and a valve element which is movably disposed to the body element between closed and open configurations by manual displacement of the actuation part of the delivery unit to provide for an air flow through the nosepiece simultaneously with delivery of substance; characterized in that: the body element of the valve assembly includes a valve seat which defines a valve opening, the valve element of the valve assembly comprises a seal which acts to close the valve opening of the valve seat when the valve element of the valve assembly is in the closed configuration, and the delivery unit is configured to provide delivery of substance subsequent to opening of the valve element and in a period less than about 250 ms from opening of the valve element. a nosepiece for fitting to a nasal cavity of a subject; a mouthpiece into which the subject in use exhales; a delivery unit, which comprises an actuation part which is manually displaceable to actuate the delivery unit to deliver substance from the nosepiece; and a valve assembly which is fluidly connected to the nosepiece and the mouthpiece, wherein the valve assembly comprises a body element and a valve element which is movably disposed to the body element between closed and open configurations by manual displacement of the actuation part of the delivery unit to provide for an air flow through the nosepiece simultaneously with delivery of substance; characterized in that: the body element of the valve assembly includes a valve seat which defines a valve opening, the valve element of the valve assembly comprises a seal which acts to close the valve opening of the valve seat when the valve element of the valve assembly is in the closed configuration, and the delivery unit is configured to provide delivery of substance subsequent to opening of the valve element and in a period less than about 250 ms from opening of the valve element.
A graphite-based negative electrode active material made up of particles which comprise, in a cross-sectional view, a flat central portion made up of graphite; and a porous accumulation portion made up of accumulated graphite, on both sides of the flat central portion; wherein the graphite that makes up the flat central portion is present more densely than the graphite that makes up the porous accumulation portion. in a cross-sectional view, a flat central portion made up of graphite; and a porous accumulation portion made up of accumulated graphite, on both sides of the flat central portion; wherein the graphite that makes up the flat central portion is present more densely than the graphite that makes up the porous accumulation portion.
A live attenuated Bordetella pertussis vaccine which is deficient for tracheal cytotoxin, pertussis toxin, and dermonecrotic toxin for use in the prophylaxis or treatment of an allergen-driven airway pathology.
A recombinant polypeptide that specifically binds human von Willebrand Factor, comprising a modified extracellular domain of platelet glycoprotein Ibα, wherein: the recombinant polypeptide lacks a transmembrane domain; and the modified extracellular domain comprises at least one mutation selected from G233T, D235V, and K237V, relative to SEQ ID NO: 19, further comprising an oligomerization domain, wherein the oligomerization domain is selected from the group consisting of p53, GCN4, clathrin, and pent-tag, wherein the modified extracellular domain has at least 95% sequence identity with at least 250 consecutive amino acids of the amino acid sequence set forth in SEQ ID NO: 2; SEQ ID NO: 3; SEQ ID NO: 4; or SEQ ID NO: 5. the recombinant polypeptide lacks a transmembrane domain; and the modified extracellular domain comprises at least one mutation selected from G233T, D235V, and K237V, relative to SEQ ID NO: 19, further comprising an oligomerization domain, wherein the oligomerization domain is selected from the group consisting of p53, GCN4, clathrin, and pent-tag, wherein the modified extracellular domain has at least 95% sequence identity with at least 250 consecutive amino acids of the amino acid sequence set forth in SEQ ID NO: 2; SEQ ID NO: 3; SEQ ID NO: 4; or SEQ ID NO: 5.
A combined knife and knife block assembly comprising: at least one knife including a blade defining a length and including a handle and a bolster; and a knife block for storing knives, the knife block comprising: a body portion defining at least one slot for receiving a blade of a knife, said at least one slot having an open end extending the whole length of the blade of a knife in use; a recess in the body portion disposed adjacent a top end of said at least one slot, characterised by said at least one slot having a closed end extending the whole length of the blade of a knife in use and by the recess comprising a ledge defining a convex surface being angled downwardly when the knife block is in an upright condition to engage a bolster of a knife in use to direct the knife against the closed end of said at least one slot. at least one knife including a blade defining a length and including a handle and a bolster; and a knife block for storing knives, the knife block comprising: a body portion defining at least one slot for receiving a blade of a knife, said at least one slot having an open end extending the whole length of the blade of a knife in use; a recess in the body portion disposed adjacent a top end of said at least one slot, characterised by said at least one slot having a closed end extending the whole length of the blade of a knife in use and by the recess comprising a ledge defining a convex surface being angled downwardly when the knife block is in an upright condition to engage a bolster of a knife in use to direct the knife against the closed end of said at least one slot. a body portion defining at least one slot for receiving a blade of a knife, said at least one slot having an open end extending the whole length of the blade of a knife in use; a recess in the body portion disposed adjacent a top end of said at least one slot, characterised by said at least one slot having a closed end extending the whole length of the blade of a knife in use and by the recess comprising a ledge defining a convex surface being angled downwardly when the knife block is in an upright condition to engage a bolster of a knife in use to direct the knife against the closed end of said at least one slot.
A supercritical carbon dioxide (CO 2) power generation system using supercritical CO 2 as a working fluid, the supercritical CO 2 power generation system comprising: a first compression part and a second compression part configured to compress the working fluid; a first regeneration part heating the working fluid compressed by the first compression part; a second regeneration part heating the working fluid heated by the first regeneration part and the working fluid compressed by the second compression part; a main heat exchange part transferring heat generated from a heat source to the working fluid heated by the second regeneration part; an expansion part generating power by expanding the working fluid that has received heat from the main heat exchange part; a power transmission part transmitting the power generated by the expansion part to the first compression part and the second compression part; and a power generation part generating power using the power transmitted from the power transmission part, characterised in that it further comprises a branching portion arranged on a conduit between the second compression part and the first regeneration part, and configured to adjust a flow rate of the working fluid flowing from the first regeneration part to the first compression part and the second compression part. a first compression part and a second compression part configured to compress the working fluid; a first regeneration part heating the working fluid compressed by the first compression part; a second regeneration part heating the working fluid heated by the first regeneration part and the working fluid compressed by the second compression part; a main heat exchange part transferring heat generated from a heat source to the working fluid heated by the second regeneration part; an expansion part generating power by expanding the working fluid that has received heat from the main heat exchange part; a power transmission part transmitting the power generated by the expansion part to the first compression part and the second compression part; and a power generation part generating power using the power transmitted from the power transmission part, characterised in that it further comprises a branching portion arranged on a conduit between the second compression part and the first regeneration part, and configured to adjust a flow rate of the working fluid flowing from the first regeneration part to the first compression part and the second compression part.
A heavy duty pneumatic tire comprising a tread having an external surface to form a tread surface, a pair of side walls extending almost inward in a radial direction from each end of the tread, a pair of beads positioned almost inward of the sidewalls in the radial direction, a carcass laid between both of the beads along insides of the tread and the sidewalls and having a radial structure, a belt positioned between the tread and the carcass, and a rubber layer, the belt having a first ply, a second ply and a third ply positioned between the first ply and the second ply, the first ply and the second ply including a cord which is formed by a non-extensible material and has an absolute value of an angle to a circumferential direction being 10° or greater and 45° or less, an inclination of the cord of the first ply to the circumferential direction being reverse to an inclination of the cord of the second ply to the circumferential direction, the third ply including a cord substantially extending in the circumferential direction, a width of the third ply being smaller than those of the first ply and the second ply, and being 75% or greater of a width (w) of the tread, and the rubber layer being positioned outward of the third ply in an axial direction and between the first ply and the second ply, characterized in that the rubber layer is a hard rubber layer and in that the hard rubber layer has a complex elastic modulus of 30 MPa or greater and 80 MPa or less.
A process for alkylating a saturated hydrocarbon feed comprising isobutane which comprises contacting the hydrocarbon feed to be alkylated with an alkylation agent comprising an olefin having 2-6 carbon atoms in the presence of a catalyst comprising a solid acid zeolite, platinum as a hydrogenation metal, characterized in that the catalyst comprises 1.5 - 6 wt% of water, measured as the loss on ignition at 600°C.
Method for producing a concave or convex grating for a monochromator, the method comprising the calculation of coordinates of grating points of grating lines on a rotary body by determining points of intersections of a family of auxiliary surfaces with a surface of the rotary body, wherein the family of auxiliary surfaces is generated by a family of second-order curves rotating about an axis of rotation (x) of the rotary body, the method further comprising feeding the coordinates of the points of intersection or grating points into a computer-controlled ultra-precision turning machine to turn a grating structure corresponding to circles centered about the axis of rotation (x) or to a spiral extending about the axis of rotation (x) into a base body having at least in sections the shape of the rotary body.
A system for monitoring a fish farm, the system comprising one or more alarm devices operatively connected to receiving means for acoustic signals, wherein said system is configured to determine whether an acoustic signal received by the receiving means corresponds to the sound of an aquatic vehicle approaching the fish farm and cause, by at least one of the alarm devices, one or more alarm operations, when the received acoustic signal comprises a sound indicative of the aquatic vehicle stopping at the fish farm.
A method for manufacturing an absorbent article being a diaper including a first member being a front waist section, a second member being a back waist section, and a weld portion where the first member and the second member are welded to each other to form a pants shape of the diaper, the first member including two sheet members (31, 32) having at least one nonwoven fabric, and an elastic member stretchably contractible in a left-right direction, the second member having a nonwoven fabric, the method comprising: an elastic member placing process of placing the elastic member in a stretched state between the two sheet members (31, 32) in a thickness direction intersecting the left-right direction of the first member, the stretched state being a state in which the elastic member is stretched in the left-right direction; an overlapping process of causing the second member to overlap with the first member in the thickness direction; a releasing process of releasing the stretched state to bring about a released state; and a welding process of welding one end portion in the left-right direction of the first member and one end portion in the left-right direction of the second member to each other, to form the weld portion, the welding process being performed in the released state after the releasing process, wherein in the releasing process, the elastic member is released so as to be in a state between the stretched state and a natural state, and the sheet members (31, 32) are in a state in which a plurality of wrinkles are formed in the left-right direction. an elastic member placing process of placing the elastic member in a stretched state between the two sheet members (31, 32) in a thickness direction intersecting the left-right direction of the first member, the stretched state being a state in which the elastic member is stretched in the left-right direction; an overlapping process of causing the second member to overlap with the first member in the thickness direction; a releasing process of releasing the stretched state to bring about a released state; and a welding process of welding one end portion in the left-right direction of the first member and one end portion in the left-right direction of the second member to each other, to form the weld portion, the welding process being performed in the released state after the releasing process, wherein in the releasing process, the elastic member is released so as to be in a state between the stretched state and a natural state, and the sheet members (31, 32) are in a state in which a plurality of wrinkles are formed in the left-right direction.
A microcatheter, with tubular structure, comprising a catheter body, a sharp portion disposed at a distal end of the catheter body; the catheter body has a proximal end and a distal end, the catheter body comprises: an inner layer (1111, 1121), with a hollow lumen; a tubular intermediate layer (1112, 1122) wrapped outside the inner layer (1111, 1121), comprising a spring layer (1114, 114) and a braid above the spring layer (1114, 114), the braid extending longitudinally along a part of the spring layer (1114, 114); and a tubular outer layer (1113, 1123), wrapped outside the intermediate layer (1112, 1122); the part of the spring layer (1114, 114) which is not wrapped by the braid is bent at a certain angle along a longitudinal axis of the catheter body; characterized in that the outer layer (1113, 1123) is a spiral corrugated tube, which comprises: a spirally convex wave crest and a concave wave trough relative to the wave crest on the outer surface of the spiral corrugated tube, and wherein the part of the spring layer (1114, 114) which is not wrapped by the braid is a spring tube, and the wave trough of the outer layer (1113, 1123) is embedded in a gap between threads of the spring tube, the wave crest of the outer layer (1113, 1123) and the threads of the spring tube are in contact and bonded together. an inner layer (1111, 1121), with a hollow lumen; a tubular intermediate layer (1112, 1122) wrapped outside the inner layer (1111, 1121), comprising a spring layer (1114, 114) and a braid above the spring layer (1114, 114), the braid extending longitudinally along a part of the spring layer (1114, 114); and a tubular outer layer (1113, 1123), wrapped outside the intermediate layer (1112, 1122); the part of the spring layer (1114, 114) which is not wrapped by the braid is bent at a certain angle along a longitudinal axis of the catheter body; characterized in that the outer layer (1113, 1123) is a spiral corrugated tube, which comprises: a spirally convex wave crest and a concave wave trough relative to the wave crest on the outer surface of the spiral corrugated tube, and wherein the part of the spring layer (1114, 114) which is not wrapped by the braid is a spring tube, and the wave trough of the outer layer (1113, 1123) is embedded in a gap between threads of the spring tube, the wave crest of the outer layer (1113, 1123) and the threads of the spring tube are in contact and bonded together.
A synthetic canine antibody library, wherein said library comprises one or more of the following VH/VL combinations: the VH/VL combination of the VH1 region Vs618 (SEQ ID No.:4) and the VL region Vs236 (kappa) (SEQ ID No.:12), the VH/VL combination of the VH1 region Vs624-PTM-low (SEQ ID No.:6) and the VL region Vs236 (kappa) (SEQ ID No.:12), the VH/VL combination of the VH1 region Vs635-PTM-low (SEQ ID No.:7) and the VL region Vs323-PTM-low (lambda) (SEQ ID No.:18), the VH/VL combination of the VH1 region Vs618 (SEQ ID No.:4) and the VL region Vs365 (lambda) (SEQ ID No.:13), the VH/VL combination of the VH1 region Vs624-PTM-low (SEQ ID No.:6) and the VL region Vs365 (lambda) (SEQ ID No.:13),the VH/VL combination of the VH1 region Vs635-PTM-low (SEQ ID No.:7) and the VL region Vs365 (lambda) (SEQ ID No.:13), the VH/VL combination of the VH1 region Vs618 (SEQ ID No.:4) and the VL region Vs843 (lambda) (SEQ ID No.:15), the VH/VL combination of the VH1 region Vs624-PTM-low (SEQ ID No.:6) and the VL region Vs843 (lambda) (SEQ ID No.:15), and the VH/VL combination of the VH1 region Vs635-PTM-low (SEQ ID No.:7) and the VL region Vs843 (lambda) (SEQ ID No.:15), the VH/VL combination of the VH1 region Vs618 (SEQ ID No.:4) and the VL region Vs323-PTM-low (lambda) (SEQ ID No.:18), the VH/VL combination of the VH1 region Vs624-PTM-low (SEQ ID No.:6) and the VL region Vs323-PTM-low (lambda) (SEQ ID No.:18), the VH/VL combination of the VH1 region Vs618 (SEQ ID No.:4) and the VL region Vs321 (lambda) (SEQ ID No.:14), the VH/VL combination of the VH1 region Vs624-PTM-low (SEQ ID No.:6) and the VL region Vs321 (lambda) (SEQ ID No.:14), the VH/VL combination of the VH1 region Vs635-PTM-low (SEQ ID No.:7) and the VL region Vs321 (lambda) (SEQ ID No.:14), the VH/VL combination of the VH1 region Vs635-PTM-low (SEQ ID No.:7) and the VL region Vs236 (kappa) (SEQ ID No.:12) the VH/VL combination of the VH1 region Vs628-PTM-low (SEQ ID No.:10) and the VL region VS236 (kappa) (SEQ ID No.:12), the VH/VL combination of the VH1 region Vs628-PTM-low (SEQ ID No.:10) and the VL region Vs365 (lambda) (SEQ ID No.:13), and the VH/VL combination of the VH1 region Vs628-PTM-low (SEQ ID No.:10) and the VL region Vs843 (lambda) (SEQ ID No.:15).