mhurhangee/ep-ind-claims huggingface dataset:
Illumination device (40, 140) of a motor vehicle, a first structural component (1, 31, 101, 131) of the illumination device (40, 140) being connected to a second structural component (20, 120) of the illumination device (40, 140), the first structural component (1, 31, 101, 131) having at least one tab (3, 4, 44, 45, 103, 104), in particular projecting rearward, having a coupling element (5, 6, 42, 43, 105, 106) arranged thereon, and the second structural component (20, 120) having at least one coupling element receptacle (30, 121-128) for receiving the coupling element (5, 6, 42, 43, 105, 106) of the first structural component (1, 31, 101, 131), the coupling element receptacle (30, 121-128) at least partially engaging around or behind the coupling element (5, 6, 42, 43) in a coupling position, the body of the second structural component (20, 120) having a recess (3.1, 4.1, 103.1) for receiving the tab (3, 4, 44, 45, 103, 104) of the first structural component (1, 31, 101, 131), characterized in that the first structural component (1, 31, 101, 131) is designed as a lens, in particular a projection lens, and the second structural component (20, 120) is designed as a lens carrier, the lens, the tab (3, 4, 44, 45, 103, 104) and the coupling element (5, 6, 42, 43, 105, 106) being formed in one piece from one material, at least one coupling element receptacle (30, 121-128) having an elastic securing element (144, 145), which is initially deflected when the at least one tab is inserted through the coupling element (5, 6, 42, 43, 45, 103, 104) and subsequently engages behind the coupling element (5, 6, 42, 43, 105, 106).
An apparatus for spraying concrete, with the following features: a) a conveying line which is configured and designed to receive concrete from one inlet end and to direct it to its other outlet end, b) a lance which is configured and designed to deliver the concrete by spraying; c) the lance has an inlet end for the concrete, which is supplied by the conveying line, and a water supply adjacent to this inlet end, wherein the water supply is configured and designed to introduce water into the lance such that the concrete mixes with the water in the lance and the flowability of the concrete within the lance is increased; d) in the direction of flow of the concrete at a distance from the water supply, a binding agent supply is connected to the lance, wherein the binding agent supply is configured and designed to introduce a binding agent into the concrete enriched with water; e) at a distance from the binding agent supply, an air supply is connected to the lance, which is configured and designed to form an annular air flow which determines the size of a spray cone of the concrete emerging from the lance; f) at an outlet end of the lance, a nozzle ring is arranged which is configured and designed to form the annular air flow surrounding the material flow of the emerging concrete, wherein the air supply is configured and designed to introduce air into an annular space between the nozzle ring and the lance, characterised in that in the annular space, the air is deflected in an axial direction such that at the outlet end, a purely axially oriented air flow is generated, which is guided parallel to the material flow. a) a conveying line which is configured and designed to receive concrete from one inlet end and to direct it to its other outlet end, b) a lance which is configured and designed to deliver the concrete by spraying; c) the lance has an inlet end for the concrete, which is supplied by the conveying line, and a water supply adjacent to this inlet end, wherein the water supply is configured and designed to introduce water into the lance such that the concrete mixes with the water in the lance and the flowability of the concrete within the lance is increased; d) in the direction of flow of the concrete at a distance from the water supply, a binding agent supply is connected to the lance, wherein the binding agent supply is configured and designed to introduce a binding agent into the concrete enriched with water; e) at a distance from the binding agent supply, an air supply is connected to the lance, which is configured and designed to form an annular air flow which determines the size of a spray cone of the concrete emerging from the lance; f) at an outlet end of the lance, a nozzle ring is arranged which is configured and designed to form the annular air flow surrounding the material flow of the emerging concrete, wherein the air supply is configured and designed to introduce air into an annular space between the nozzle ring and the lance, characterised in that
An eye shield for releasable mounting to a face of a patient, used to inhibit direct pressure being applied to eyes (16, 18) of the patient during a medical procedure, including; a resiliently deformable base, including first and second apertures (22, 24) extending therethrough that correspond to a position of the eyes (16, 18) of the patient, the eye shield being adapted to be attached to the face around orbital rims of the respective eyes (16, 18), the base including an adhesive layer on an underside thereof, for attachment to the face, whereby the eye shield overlays both orbital rims of the patient; characterised by a curved, flexible, transparent cover plate attached to an upper surface of said base and extending over said first and second apertures (22, 24), the cover plate including first and second eye cover portions (36, 38) joined by an integral hinge member located therebetween; wherein the hinge member has a greater degree of flex than the first and second eye cover portions (36, 38); wherein the first and second eye cover portions (36, 38) are configured to pivot relative to each other around the hinge member and flex along at least a part of their respective spans to generally conform to the shape of the face; and wherein the first and second eye cover portions (36, 38) and integral hinge member of the cover plate are of unitary construction, the hinge member extending down the cover plate, from a top to a bottom at a mid region thereof, the mid region corresponding to the position of a bridge of the patient's nose when the eye shield is attached to the face of the patient. a resiliently deformable base, including first and second apertures (22, 24) extending therethrough that correspond to a position of the eyes (16, 18) of the patient, the eye shield being adapted to be attached to the face around orbital rims of the respective eyes (16, 18), the base including an adhesive layer on an underside thereof, for attachment to the face, whereby the eye shield overlays both orbital rims of the patient; characterised by a curved, flexible, transparent cover plate attached to an upper surface of said base and extending over said first and second apertures (22, 24), the cover plate including first and second eye cover portions (36, 38) joined by an integral hinge member located therebetween; wherein the hinge member has a greater degree of flex than the first and second eye cover portions (36, 38); wherein the first and second eye cover portions (36, 38) are configured to pivot relative to each other around the hinge member and flex along at least a part of their respective spans to generally conform to the shape of the face; and wherein the first and second eye cover portions (36, 38) and integral hinge member of the cover plate are of unitary construction, the hinge member extending down the cover plate, from a top to a bottom at a mid region thereof, the mid region corresponding to the position of a bridge of the patient's nose when the eye shield is attached to the face of the patient.
A liquid composition for fertilisers containing amide nitrogen, wherein the composition comprises an active substance in the form of N-(n-butyl)thiophosphoric triamide and a solvent system, wherein the N-(n-butyl)thiophosphoric triamide content is in the range of 15-35 wt.%, and the solvent system comprises solvent selected from DMSO or amino alcohols in the form of triethanolamine in a system with at least one co-solvent selected from: trihydroxide alcohol, benzoic acid benzyl ester, propylene carbonate and N,N-dimethylacetamide, wherein the composition comprises no methanol if the solvent is a sulfoxide and co-solvent is a trihydroxide alcohol, wherein the composition comprises 50-75 wt.% dimethyl sulfoxide and up to 20 wt.% benzyl benzoate, or the composition comprises 50-70 wt.% triethanolamine and up to 25 wt.% N,N-dimethylacetamide, or the composition comprises 20-40 wt.% triethanolamine and 30-55 wt.% propylene carbonate, or the composition comprises 30-50 wt.% dimethyl sulfoxide and 25-45 wt.% glycerine, wherein the composition additionally comprises a dye in the range of 0.01-1 wt.% being typical acid blue FG or an equivalent amount at a commercial concentration. an active substance in the form of N-(n-butyl)thiophosphoric triamide and a solvent system, wherein the N-(n-butyl)thiophosphoric triamide content is in the range of 15-35 wt.%, and the solvent system comprises solvent selected from DMSO or amino alcohols in the form of triethanolamine in a system with at least one co-solvent selected from: trihydroxide alcohol, benzoic acid benzyl ester, propylene carbonate and N,N-dimethylacetamide, wherein the composition comprises no methanol if the solvent is a sulfoxide and co-solvent is a trihydroxide alcohol, wherein the composition comprises 50-75 wt.% dimethyl sulfoxide and up to 20 wt.% benzyl benzoate, or the composition comprises 50-70 wt.% triethanolamine and up to 25 wt.% N,N-dimethylacetamide, or the composition comprises 20-40 wt.% triethanolamine and 30-55 wt.% propylene carbonate, or the composition comprises 30-50 wt.% dimethyl sulfoxide and 25-45 wt.% glycerine, wherein the composition additionally comprises a dye in the range of 0.01-1 wt.% being typical acid blue FG or an equivalent amount at a commercial concentration.
Rechargeable battery cell with a positive electrode, a negative electrode, an electrolyte, which contains a conducting salt, and a separator, which is positioned between the positive electrode and the negative electrode, wherein - the negative electrode is an insertion electrode, - the positive electrode is an insertion electrode, and - the electrolyte is based on SO 2, and - the separator comprises a separator layer (15, 16), which is an organic polymer separator layer, - the polymer separator layer has a surface energy and the electrolyte has a surface energy, wherein the surface energy of the polymer separator layer is higher than or as high as the surface energy of the electrolyte, and - the thickness of the organic polymer separator layer in relation to the quantity of active material per unit area contained in the positive insertion electrode is less than 0.25 mm 3 /mg. - the negative electrode is an insertion electrode, - the positive electrode is an insertion electrode, and - the electrolyte is based on SO 2, and - the separator comprises a separator layer (15, 16), which is an organic polymer separator layer, - the polymer separator layer has a surface energy and the electrolyte has a surface energy, wherein the surface energy of the polymer separator layer is higher than or as high as the surface energy of the electrolyte, and - the thickness of the organic polymer separator layer in relation to the quantity of active material per unit area contained in the positive insertion electrode is less than 0.25 mm 3 /mg.
An endovascular device comprising: a stent comprising electrodes (131, 138), a first strut having a first conductive path, and a second strut having a second conductive path, where the first conductive path is embedded in the first strut, where the second conductive path is embedded in the first strut and in the second strut, where the first conductive path and the second conductive path extend between a first end and a second end of the first strut, where the first and second conductive paths are independent data channels, where data is transmittable or receivable via the first conductive path, where data is transmittable or receivable via the second conductive path, and where the stent comprises a collapsed configuration and an expanded configuration. a stent comprising electrodes (131, 138), a first strut having a first conductive path, and a second strut having a second conductive path, where the first conductive path is embedded in the first strut, where the second conductive path is embedded in the first strut and in the second strut, where the first conductive path and the second conductive path extend between a first end and a second end of the first strut, where the first and second conductive paths are independent data channels, where data is transmittable or receivable via the first conductive path, where data is transmittable or receivable via the second conductive path, and where the stent comprises a collapsed configuration and an expanded configuration.
A method of assessing whether a patient suspected of having an endometrial cancer is afflicted with an endometrial cancer, the method comprising: (a) contacting a body fluid sample from the patient, wherein the sample is a blood, serum or plasma sample, with an antibody specific for the antigen of HE4 or an antigen-binding fragment thereof; and (b) detecting antigen-antibody complex formation by said antibody or antigen-binding fragment, wherein elevated expression in said sample of antigen which binds said antibody or fragment is an indication that the patient is afflicted with an endometrial cancer. (a) contacting a body fluid sample from the patient, wherein the sample is a blood, serum or plasma sample, with an antibody specific for the antigen of HE4 or an antigen-binding fragment thereof; and (b) detecting antigen-antibody complex formation by said antibody or antigen-binding fragment, wherein elevated expression in said sample of antigen which binds said antibody or fragment is an indication that the patient is afflicted with an endometrial cancer.
A dry powder cartridge device for use in a dry powder inhaler, comprising: an elongate body having an anterior end and a posterior end; a delivery lumen positioned at the anterior end of the body; a powder reservoir positioned at the posterior end of the body; a powder metering drum assembly positioned anterior to the powder reservoir, wherein the powder metering drum assembly comprises a cylindrical outer drum and a cylindrical inner drum insert having a curved exterior, wherein the cylindrical outer drum lies flush against and is rotatable along the curved exterior of the inner drum insert, and wherein the cylindrical outer drum comprises a powder dose aperture and an air aperture positioned opposite from the powder dose aperture (13 6); an actuating cap positioned at the anterior end of the body mechanically engaged to the powder metering drum, wherein, in use, the actuating cap rotates the outer drum about the curved exterior of the inner drum insert; and a piston; wherein, in use, an amount of powder within the powder reservoir is advanced towards the powder metering drum by the piston. an elongate body having an anterior end and a posterior end; a delivery lumen positioned at the anterior end of the body; a powder reservoir positioned at the posterior end of the body; a powder metering drum assembly positioned anterior to the powder reservoir, wherein the powder metering drum assembly comprises a cylindrical outer drum and a cylindrical inner drum insert having a curved exterior, wherein the cylindrical outer drum lies flush against and is rotatable along the curved exterior of the inner drum insert, and wherein the cylindrical outer drum comprises a powder dose aperture and an air aperture positioned opposite from the powder dose aperture (13 6); an actuating cap positioned at the anterior end of the body mechanically engaged to the powder metering drum, wherein, in use, the actuating cap rotates the outer drum about the curved exterior of the inner drum insert; and a piston; wherein, in use, an amount of powder within the powder reservoir is advanced towards the powder metering drum by the piston.
A device for delivering and deploying an endoluminal prosthesis, the device comprising: a delivery catheter having at least one axial lumen; and an endoluminal prosthesis disposed at a distal end portion of the delivery catheter and comprising a tubular graft having a first opening at a first end, a second opening at a second end, and at least one fenestration in the graft between the first and second ends; characterised by a wire comprising first and second ends (31A, 31B), each end disposed at a proximal end portion of the delivery catheter, and a body portion (31 C) disposed between the first and second ends of the wire; wherein the wire extends distally from the first wire end (31 A) through an lumen of the delivery catheter and the prosthesis, and through the fenestration in the graft; and wherein the wire extends proximally through a lumen of the prosthesis and through an axial lumen of the delivery catheter towards the second wire end (31 B) at the proximal end portion of the delivery catheter. a delivery catheter having at least one axial lumen; and an endoluminal prosthesis disposed at a distal end portion of the delivery catheter and comprising a tubular graft having a first opening at a first end, a second opening at a second end, and at least one fenestration in the graft between the first and second ends; characterised by a wire comprising first and second ends (31A, 31B), each end disposed at a proximal end portion of the delivery catheter, and a body portion (31 C) disposed between the first and second ends of the wire; wherein the wire extends distally from the first wire end (31 A) through an lumen of the delivery catheter and the prosthesis, and through the fenestration in the graft; and wherein the wire extends proximally through a lumen of the prosthesis and through an axial lumen of the delivery catheter towards the second wire end (31 B) at the proximal end portion of the delivery catheter.
Apparatus for producing carbon fibres in which at least one fibre formed from a polymeric material or a textile structure formed from polymeric fibres in a stabilized form as a precursor is guided through a plurality of modules, wherein at least one module is configured for the electrical resistance heating of the fibre(s), and at least one further module is configured for heating the fibre (s) or the textile structure by means of a plasma generated by microwaves; wherein in the feed movement direction of the fibre (s) or of the textile structure a module configured for heating the fibre (s) by means of a plasma generated by microwaves is arranged upstream of a module for the electrical resistance heating of the fibre(s) or of the textile structure.
An Organic Light Emitting Diode (OLED) display structure, comprising: a substrate and an OLED pixel layer, a beam splitting layer and a circular polarizer layer which are formed on the substrate in sequence, wherein the beam splitting layer is adapted to spatially divide a light beam into o-light and e-light, and to convert the o-light and the e-light into circularly polarized light which has the same polarization state as the circular polarizer layer; and the circular polarizer layer is adapted to allow passage of the circularly polarized light which has the same polarization state as it.
An electric fluid pump, comprising: a casing; a rotor arranged in the casing; and a shaft member supported by the casing and having a shaft portion extending in the casing in a direction of an axis of the shaft member, having a first end portion arranged at one axial end of the shaft member and a second end portion arranged at the other axial end of the shaft member, and supporting the rotor, a collar portion arranged at the first end portion of the shaft member having an outer diameter larger than an outer diameter of the shaft portion, and a stepped section arranged between the shaft portion and the collar portion, and including an outer diameter smaller than the outer diameter of the collar portion and larger than the outer diameter of the shaft portion, the stepped section being configured to have an end face facing the second end portion of the shaft member and serving as a bearing surface on which the rotor is rotatably supported, characterized in that the collar portion is embedded in the casing for fixing the shaft member to the casing, the collar portion including a first end face facing the first end portion and a second end face facing the second end portion, thus the collar portion being engaged within the casing. a casing; a rotor arranged in the casing; and a shaft member supported by the casing and having a shaft portion extending in the casing in a direction of an axis of the shaft member, having a first end portion arranged at one axial end of the shaft member and a second end portion arranged at the other axial end of the shaft member, and supporting the rotor, a collar portion arranged at the first end portion of the shaft member having an outer diameter larger than an outer diameter of the shaft portion, and a stepped section arranged between the shaft portion and the collar portion, and including an outer diameter smaller than the outer diameter of the collar portion and larger than the outer diameter of the shaft portion, the stepped section being configured to have an end face facing the second end portion of the shaft member and serving as a bearing surface on which the rotor is rotatably supported, characterized in that the collar portion is embedded in the casing for fixing the shaft member to the casing, the collar portion including a first end face facing the first end portion and a second end face facing the second end portion, thus the collar portion being engaged within the casing.
An electrically insulating cover (100; 150, 154, 158, 162) for a terminal assembly, the electrically insulating cover (100; 150, 154, 158, 162) comprising: an upper surface configured to cover an upper portion of a screw terminal, the upper surface comprising a channel formed on the upper surface for accommodating a retainer clip that extends along the whole length of an outer edge of the upper surface and is mounted on a frame of the terminal assembly to retain the electrically insulating cover (100; 150, 154, 158, 162) in a direction of the screw terminal, wherein the channel is formed by opposing ridges extending along the outer edge of the upper surface; and a cable gland attached to an end of the upper surface, the cable gland including a plurality of concentric rings of varying diameters, each ring being configured to circumferentially surround and substantially seal a cable or wire of a particular size, wherein the electrically insulating cover (100; 150, 154, 158, 162) is operable to electrically insulate an upper portion of the screw terminal. an upper surface configured to cover an upper portion of a screw terminal, the upper surface comprising a channel formed on the upper surface for accommodating a retainer clip that extends along the whole length of an outer edge of the upper surface and is mounted on a frame of the terminal assembly to retain the electrically insulating cover (100; 150, 154, 158, 162) in a direction of the screw terminal, wherein the channel is formed by opposing ridges extending along the outer edge of the upper surface; and a cable gland attached to an end of the upper surface, the cable gland including a plurality of concentric rings of varying diameters, each ring being configured to circumferentially surround and substantially seal a cable or wire of a particular size, wherein the electrically insulating cover (100; 150, 154, 158, 162) is operable to electrically insulate an upper portion of the screw terminal.