mhurhangee/ep-ind-claims huggingface dataset:
Vehicle pane having a plurality of integrated electro-optical elements (10 1,10 2,10 3,...10 N), wherein the electro-optical elements (10 1,10 2,10 3,...10 N) have a common supply voltage, wherein the integrated electro-optical elements (10 1,10 2,10 3,...10 N) can be controlled individually by logical control units (30;30 1,30 2,30 3...30 N), wherein each electro-optical element (10 1,10 2,10 3,...10 N) is addressed individually, such that the electro-optical elements (10 1,10 2,10 3,...10 N) can change the optical properties of the pane at the respective location, wherein the control units (30;30 1,30 2,30 3...30 N) are arranged in an intermediate layer of the vehicle pane, wherein a first logical interface for feeding in the common supply voltage and a second logical interface for feeding in a common control signal are provided for controlling the electro-optical elements (10 1,10 2,10 3,...10 N) and for providing the common supply voltage, wherein, downstream from the second logical interface, the common control signal is converted into control signals for the control of the integrated electro-optical elements (10 1,10 2,10 3,...10 N) individually, wherein a physical interface configured as plug connector is arranged on one of the outer faces (100,400) of the pane, wherein the physical interface for the first logical interface and the second logical interface has, together, 3 or 4 electrical connections.
A fuel tank manufacturing apparatus for a fuel tank, the fuel tank having therein a built-in component with a head portion, a neck portion, and a shoulder portion, and having the built-in component anchored to a tank body (Ta) with a part of a parison wrapped around the neck portion during molding the tank body (Ta), the apparatus comprising: a pair of molding dies (3, 4) to have the parison transferred to the built-in component by blow molding; and shaping devices (30, 40) respectively provided in the pair of molding dies (3, 4), wherein the shaping devices (30, 40) each include: a recess (30b, 40b) to receive the head portion and the neck portion and covered by the shoulder portion during molding; and an air hole (30d, 40d) through which air pressure is applied is provided in a bottom surface (30f, 40f) of the recess (30b, 40b); characterized in that the air hole (30d, 40d) is provided in an area of the bottom surface (30f, 40f) of the recess (30b, 40b) corresponding to the head portion, to apply air pressure toward the head portion. a pair of molding dies (3, 4) to have the parison transferred to the built-in component by blow molding; and shaping devices (30, 40) respectively provided in the pair of molding dies (3, 4), wherein the shaping devices (30, 40) each include: a recess (30b, 40b) to receive the head portion and the neck portion and covered by the shoulder portion during molding; and an air hole (30d, 40d) through which air pressure is applied is provided in a bottom surface (30f, 40f) of the recess (30b, 40b); characterized in that the air hole (30d, 40d) is provided in an area of the bottom surface (30f, 40f) of the recess (30b, 40b) corresponding to the head portion, to apply air pressure toward the head portion. a recess (30b, 40b) to receive the head portion and the neck portion and covered by the shoulder portion during molding; and an air hole (30d, 40d) through which air pressure is applied is provided in a bottom surface (30f, 40f) of the recess (30b, 40b); characterized in that the air hole (30d, 40d) is provided in an area of the bottom surface (30f, 40f) of the recess (30b, 40b) corresponding to the head portion, to apply air pressure toward the head portion.
Device for cutting off an electric current comprising two fixed contacts (2a, 2b) and at least one moving contact that can move between a closed position in which it establishes electrical continuity with the fixed contacts and an open position in which it prevents current circulation, and two permanent magnets (4a, 4b) placed to generate a magnetic field that interferes with an area where an electrical arc occurs between the fixed contacts and the moving contact to help in quenching an electrical arc, characterised in that the permanent magnets are mounted together with the moving contact, such that the permanent magnets and the moving contact are able to move at the same time, the moving contact being arranged for coming into contact with the fixed contacts (2a,2b), whereby the two permanent magnets (4a,4b) are mounted in the moving contact such that the magnetic field of each of the permanent magnets (4a,4b) interferes respectively with an area where an electrical arc occurs between each of the fixed contacts (2a,2b) and the moving contact, and wherein the permanent magnets (4a,4b) are positioned in the moving contact, such that in the electrically closed position, the permanent magnets (4a,4b) are proximal to an end of each fixed contact (2a,2b) and the magnetic field passes through the space between the fixed contact (2a,2b) and the moving contact, and wherein it further comprises a support made of an electrically isolating material fixed to the moving contact, and wherein the permanent magnets (4a,4b) are mounted in said support such that they are electrically isolated from the moving contact.
A sheath assembly for the insertion of a percutaneous pump, the sheath assembly comprising: a tubular sheath body dimensioned for insertion into a blood vessel through a vessel aperture and including: a wall having a proximal end portion, a distal end portion, a longitudinal axis, an outer surface, and an inner surface defining a first lumen substantially parallel to the longitudinal axis, wherein the first lumen is dimensioned to allow passage of a portion of the percutaneous pump; a second lumen disposed within the wall between the inner surface and the outer surface and extending from the proximal end portion to the distal end portion, wherein the second lumen is dimensioned for passage of a guidewire and wherein the second lumen has a proximal section having a proximal section diameter and a distal section having a distal section diameter, wherein the proximal section diameter is greater than the distal section diameter; and a stylet positioned to substantially occlude the second lumen, wherein the stylet has a proximal end releasably secured to the sheath assembly. a tubular sheath body dimensioned for insertion into a blood vessel through a vessel aperture and including: a wall having a proximal end portion, a distal end portion, a longitudinal axis, an outer surface, and an inner surface defining a first lumen substantially parallel to the longitudinal axis, wherein the first lumen is dimensioned to allow passage of a portion of the percutaneous pump; a second lumen disposed within the wall between the inner surface and the outer surface and extending from the proximal end portion to the distal end portion, wherein the second lumen is dimensioned for passage of a guidewire and wherein the second lumen has a proximal section having a proximal section diameter and a distal section having a distal section diameter, wherein the proximal section diameter is greater than the distal section diameter; and a wall having a proximal end portion, a distal end portion, a longitudinal axis, an outer surface, and an inner surface defining a first lumen substantially parallel to the longitudinal axis, wherein the first lumen is dimensioned to allow passage of a portion of the percutaneous pump; a second lumen disposed within the wall between the inner surface and the outer surface and extending from the proximal end portion to the distal end portion, wherein the second lumen is dimensioned for passage of a guidewire and wherein the second lumen has a proximal section having a proximal section diameter and a distal section having a distal section diameter, wherein the proximal section diameter is greater than the distal section diameter; and a stylet positioned to substantially occlude the second lumen, wherein the stylet has a proximal end releasably secured to the sheath assembly.
A method of controlling access to IP streaming content by a plurality of receivers, the method comprising: for each receiver in the plurality of receivers, providing that receiver with access to first control information unique to that receiver to enable that receiver to access an individually watermarked version of a first portion of the content; identifying a receiver from the plurality of receivers as an identified receiver, wherein identifying a receiver comprises detecting a watermark associated with the identified receiver in an unauthorised instance of the content; updating the first control information so as to provide updated control information unique to each receiver, the updated control information being associated with a second portion of the content; and configuring each receiver to fetch the updated control information for that receiver; wherein, for the identified receiver, the updated control information is invalid such that the identified receiver is unable to fully access the second portion of the content. for each receiver in the plurality of receivers, providing that receiver with access to first control information unique to that receiver to enable that receiver to access an individually watermarked version of a first portion of the content; identifying a receiver from the plurality of receivers as an identified receiver, wherein identifying a receiver comprises detecting a watermark associated with the identified receiver in an unauthorised instance of the content; updating the first control information so as to provide updated control information unique to each receiver, the updated control information being associated with a second portion of the content; and configuring each receiver to fetch the updated control information for that receiver; wherein, for the identified receiver, the updated control information is invalid such that the identified receiver is unable to fully access the second portion of the content.
Method for manufacturing inductively heatable aerosol-forming rods, the method comprising the steps of: - supplying a first substrate web and a second substrate web separately to a continuous multiple-stage rod-forming process, the multiple-stage rod-forming process including at least a first and a subsequent second stage (11, 12); - supplying a continuous susceptor profile to the rod-forming process such as to pass through at least the second stage; - passing the first and second substrate web (31, 32) separately through the first stage, thereby separately pre-gathering the first and second substrate web (31, 32) in a transverse direction with respect to a respective transport direction of the first and second substrate web (31, 32) through the first stage; and - passing the susceptor profile and the pre-gathered first and second substrate web (31, 32) through the second stage, thereby jointly gathering the pre-gathered first and second substrate web (31, 32) into a rod shape around the susceptor profile, wherein the susceptor profile is longitudinally guided along at least an upstream section of the second stage. - supplying a first substrate web and a second substrate web separately to a continuous multiple-stage rod-forming process, the multiple-stage rod-forming process including at least a first and a subsequent second stage (11, 12); - supplying a continuous susceptor profile to the rod-forming process such as to pass through at least the second stage; - passing the first and second substrate web (31, 32) separately through the first stage, thereby separately pre-gathering the first and second substrate web (31, 32) in a transverse direction with respect to a respective transport direction of the first and second substrate web (31, 32) through the first stage; and - passing the susceptor profile and the pre-gathered first and second substrate web (31, 32) through the second stage, thereby jointly gathering the pre-gathered first and second substrate web (31, 32) into a rod shape around the susceptor profile, wherein the susceptor profile is longitudinally guided along at least an upstream section of the second stage.
A process for the preparation of moxifloxacin hydrochloride, comprising the steps of: (i) condensing a compound of Formula-II, with a compound of Formula-III, in presence of a base in a solvent system comprising organic solvent (s) and water, to produce an intermediate compound of Formula-IV, (ii) optionally isolating the compound of Formula-IV, and (iii) hydrolysing the compound of Formula-IV to form moxifloxacin hydrochloride, wherein the compound of Formula-II has a moisture content of 10 to 50% by weight, and, wherein the amount of water in the solvent system is provided from the wet mass of compound of Formula II and/ or by external addition of water to the solvent system, and wherein amount of the water in the solvent system is 5-60% by weight of the organic solvent(s). (i) condensing a compound of Formula-II, with a compound of Formula-III, in presence of a base in a solvent system comprising organic solvent (s) and water, to produce an intermediate compound of Formula-IV, (ii) optionally isolating the compound of Formula-IV, and (iii) hydrolysing the compound of Formula-IV to form moxifloxacin hydrochloride,
A display device comprising: a housing; a screen connected to the housing, the screen being configured to generate grey levels and display data in grey-scale on a first portion of a surface of the screen; and at least one light source (150, 230) connected to the housing, the at least one light source (150, 230) being configured to project color content on a second portion of the surface of the screen, wherein the screen is flexible and rollable into the housing and/or wrappable around the housing. a housing; a screen connected to the housing, the screen being configured to generate grey levels and display data in grey-scale on a first portion of a surface of the screen; and at least one light source (150, 230) connected to the housing, the at least one light source (150, 230) being configured to project color content on a second portion of the surface of the screen, wherein the screen is flexible and rollable into the housing and/or wrappable around the housing.
An adhesive composition for encapsulating an organic electronic element, the adhesive composition comprising an olefin-based resin which is a polyisobutylene resin having a weight average molecular weight of 500 or more and of 55,000 or less, and a curable compound which comprises a heat-curable resin or a photocurable compound, wherein the olefin-based resin and the curable compound are included at 55 to 85 parts by weight and 15 to 45 parts by weight, respectively, wherein the adhesive composition has a viscoelastic ratio of 15 to 75%, measured by General Equation 1: R = J i / J 60 × 100 where J i is a deformation modulus of a specimen of the adhesive composition, after being cured, prepared in a circular shape having a diameter of 8 mm and a thickness of 200 μm, which is loaded in an advanced rheometric expansion system (ARES), and subjected to application of a stress of 5000 Pa for one minute at a time of applying an axial force of 200 g and 100 °C, and J 60 is a deformation modulus measured one minute after the time of applying the axial force, and wherein the olefin-based resin has a water vapor transmission rate (WVTR) of 50 g/m 2. day or less, measured at 37.78°C and a relative humidity of 100% in a thickness direction of a film formed in a layer of the resin to a thickness of 100 μm. the adhesive composition comprising an olefin-based resin which is a polyisobutylene resin having a weight average molecular weight of 500 or more and of 55,000 or less, and a curable compound which comprises a heat-curable resin or a photocurable compound, wherein the olefin-based resin and the curable compound are included at 55 to 85 parts by weight and 15 to 45 parts by weight, respectively, wherein the adhesive composition has a viscoelastic ratio of 15 to 75%, measured by General Equation 1: R = J i / J 60 × 100 where J i is a deformation modulus of a specimen of the adhesive composition, after being cured, prepared in a circular shape having a diameter of 8 mm and a thickness of 200 μm, which is loaded in an advanced rheometric expansion system (ARES), and subjected to application of a stress of 5000 Pa for one minute at a time of applying an axial force of 200 g and 100 °C, and J 60 is a deformation modulus measured one minute after the time of applying the axial force, and wherein the olefin-based resin has a water vapor transmission rate (WVTR) of 50 g/m 2. day or less, measured at 37.78°C and a relative humidity of 100% in a thickness direction of a film formed in a layer of the resin to a thickness of 100 μm.
An end stop for connecting a pair of fastener tapes (2a, 2a), which extend in a front and rear direction, along an extending direction of a pair of element rows (2u, 2u) fixed along opposing right and left side edge portions of the pair of fastener tapes (2a, 2a), the end stop comprising: a male member and a female member configured to sandwich the opposing right and left side edge portions of the pair of fastener tapes (2a, 2a) from both sides thereof in an upward and downward direction, which is a thickness direction thereof, the male member and the female member having a circular outer contour; wherein the male member comprises a circular disk-shaped male base member and an inserting male portion protruding in a concentric shape from the male base portion to be inserted into the female member, wherein the female member comprises a circular disk-shaped female base member and a receiving female portion formed in a concentric shape with the female base portion to receive and connect at least a part of the inserting male portion, wherein a facing surface of at least one of the male base portion and the female base portion is provided with a protrusion group protruding therefrom, and characterized in that the protrusion group is configured so that a plurality of protrusions protruding to come at least in contact with each fastener tape are arranged in at least one concentric circle shape with the facing surface, to be spaced from each other at predetermined angles over the entire circumference of the facing surface along a circumferential direction thereof. a male member and a female member configured to sandwich the opposing right and left side edge portions of the pair of fastener tapes (2a, 2a) from both sides thereof in an upward and downward direction, which is a thickness direction thereof, the male member and the female member having a circular outer contour; wherein the male member comprises a circular disk-shaped male base member and an inserting male portion protruding in a concentric shape from the male base portion to be inserted into the female member, wherein the female member comprises a circular disk-shaped female base member and a receiving female portion formed in a concentric shape with the female base portion to receive and connect at least a part of the inserting male portion, wherein a facing surface of at least one of the male base portion and the female base portion is provided with a protrusion group protruding therefrom, and characterized in that the protrusion group is configured so that a plurality of protrusions protruding to come at least in contact with each fastener tape are arranged in at least one concentric circle shape with the facing surface, to be spaced from each other at predetermined angles over the entire circumference of the facing surface along a circumferential direction thereof.
A recombinant protein expression system comprising: a) a promoter; b) a perfect palindrome lac operator sequence; and c) an E. coli host; characterised in that the promoter is not T7, and that a perfect palindrome lac operator sequence overlaps with the transcriptional start point. a) a promoter; b) a perfect palindrome lac operator sequence; and c) an E. coli host;
Valve, in particular a three-way valve, for controlling the through-flow of a liquid, in particular as a mixing or distribution valve of a heating system, comprising a piston-shaped valve actuator which is movable in the axial direction between a closed and an open position in order to block and to open the through-flow between a first and a second channel (1, 2), wherein, in the closed position, the valve actuator bears sealingly by its sealing face against a valve seat, characterized - in that the valve actuator has an inner through-passage which, with the valve actuator closed, connects the two channels (1, 2) if the pressure in the inlet channel exceeds a certain value, - in that an actuator which opens and closes the through-passage is mounted in the or on the valve actuator, - in that the actuator forms the sealing face of the valve actuator. - in that the valve actuator has an inner through-passage which, with the valve actuator closed, connects the two channels (1, 2) if the pressure in the inlet channel exceeds a certain value, - in that an actuator which opens and closes the through-passage is mounted in the or on the valve actuator, - in that the actuator forms the sealing face of the valve actuator.
A yokeless stator for an axial flux electrical machine, comprising: - a housing comprising a circumferential portion (44; 48); - a plurality of discrete stator teeth arranged within the circumferential portion, each discrete stator tooth comprising a ferromagnetic material and an electrical winding wound around said ferromagnetic material; - the housing further comprising a plurality of elongated portions (45; 72) extending in a radially inward direction from said circumferential portion, the elongated portions (45; 72) having a proximal end being mechanically connected to the circumferential portion and being in thermal contact with said circumferential portion, and having a distal portion or distal end being physically located between the electrical windings of adjacent stator teeth; - an electrically isolating filling material filling empty space within said circumferential portion (44; 48) between said plurality of stator teeth and said plurality of elongated portions (45; 72), wherein said circumferential portion of said housing is made of a first non-ferromagnetic material and said elongated portions are made of a second non-ferromagnetic material, and characterised in that said housing comprises a laminated structure, said laminated structure comprising at least some of said plurality of inwardly directed elongated portions. - a housing comprising a circumferential portion (44; 48); - a plurality of discrete stator teeth arranged within the circumferential portion, each discrete stator tooth comprising a ferromagnetic material and an electrical winding wound around said ferromagnetic material; - the housing further comprising a plurality of elongated portions (45; 72) extending in a radially inward direction from said circumferential portion, - an electrically isolating filling material filling empty space within said circumferential portion (44; 48) between said plurality of stator teeth and said plurality of elongated portions (45; 72),
A muffler for an exhaust system of an internal combustion engine, comprising at least one muffler component with a perforation comprising a plurality of through-flow openings in a wall of the muffler component, wherein the through-flow openings can be flowed through in a flow direction in the direction from an upstream side of the wall to a downstream side of the wall, wherein, at least in the case of some of the through-flow openings of the perforation, a through-flow opening flow cross section decreases degressively in the flow direction in order to provide a through-flow opening flow-guiding surface, characterized in that an angle of inclination of the through-flow opening flow-guiding surfaces with respect to an opening center axis is in a range of from 5° to 15° in the region of an outlet end of a respective through-flow opening.