mhurhangee/patent-ind-claim-en huggingface dataset:
A superconducting magnet apparatus comprising: a bobbin around which superconducting wires (7 to 11) are wound to constitute a superconducting coil ; a tubular first wiring-holding portion which extends from the bobbin in an axial direction of the superconducting coil ; and a disk-shaped second wiring-holding portion coupled to an end of the first wiring-holding portion , the end being opposite to the bobbin in the axial direction, wherein the second wiring-holding portion extends in a direction intersecting with the axial direction and has a diameter greater than that of the bobbin and the first wiring-holding portion , wherein a plurality of lead lines (7a to 11a), being respective parts of the superconducting wires (7 to 11) which extend from the superconducting coil , are spirally wound on the first wiring-holding portion , extend to the second wiring-holding portion , and are fastened in grooves (13a; 13b; 13c) formed on the second wiring-holding portion , with ends of the lead lines (7a to 11a) connecting pairwise to one another at respective connection portions (J1 to J6), each connection portion (J1 to J6) being located in a separate one of said grooves (13a; 13b; 13c). a bobbin around which superconducting wires (7 to 11) are wound to constitute a superconducting coil ; a tubular first wiring-holding portion which extends from the bobbin in an axial direction of the superconducting coil ; and a disk-shaped second wiring-holding portion coupled to an end of the first wiring-holding portion , the end being opposite to the bobbin in the axial direction, wherein the second wiring-holding portion extends in a direction intersecting with the axial direction and has a diameter greater than that of the bobbin and the first wiring-holding portion , wherein a plurality of lead lines (7a to 11a), being respective parts of the superconducting wires (7 to 11) which extend from the superconducting coil , are spirally wound on the first wiring-holding portion , extend to the second wiring-holding portion , and are fastened in grooves (13a; 13b; 13c) formed on the second wiring-holding portion , with ends of the lead lines (7a to 11a) connecting pairwise to one another at respective connection portions (J1 to J6), each connection portion (J1 to J6) being located in a separate one of said grooves (13a; 13b; 13c).
System having a motorbike and a transportable radio device , wherein the motorbike has a motorbike frame , having a steering head bearing mount and a drive unit , and a switch unit and a control device , and the control device is equipped to wirelessly communicate with the radio device and to control operating modes of the motorbike depending on authentication information transmitted from the radio device to the control device , and the control device is equipped to wirelessly transmit to the radio device blocking information which puts the radio device into a standby mode, in which standby mode a communication of the radio device with the control device ceases, characterised in that the control device is equipped to wirelessly transmit first and/or second time interval information relating to the length of a first (T1) and/or second (T2) time interval to the radio device , after the elapse of which time interval(s) the radio device goes into the standby mode, and in that after the switch unit is operated, the motorbike is equipped to direct the control device to wirelessly transmit the blocking information and/or the time interval information.
An electrical switch for an electrical vehicle supply equipment (EVSE), comprising: an enclosure ; a hinged armature disposed within the enclosure ; a moveable contact electrically coupled to the hinged armature and disposed substantially parallel to the hinged armature , wherein the hinged armature moves between a first position contacting a normally closed contact and a second position contacting a normally open contact ; and a rib positioned between the hinged armature and a wall of the enclosure closest to an end of the hinged armature distal from a fixed armature in the first position, wherein the rib transfers external forces applied to the electrical switch to the enclosure by limiting movement of the hinged armature and the moveable contact between the first position and the second position towards the wall of the enclosure , characterized in that the wall of the enclosure comprises an opening and the rib is inserted and secured into the opening , wherein the rib is sized and positioned to receive and limit the movement of the hinged armature . an enclosure ; a hinged armature disposed within the enclosure ; a moveable contact electrically coupled to the hinged armature and disposed substantially parallel to the hinged armature , wherein the hinged armature moves between a first position contacting a normally closed contact and a second position contacting a normally open contact ; and a rib positioned between the hinged armature and a wall of the enclosure closest to an end of the hinged armature distal from a fixed armature in the first position, wherein the rib transfers external forces applied to the electrical switch to the enclosure by limiting movement of the hinged armature and the moveable contact between the first position and the second position towards the wall of the enclosure , characterized in that the wall of the enclosure comprises an opening and the rib is inserted and secured into the opening , wherein the rib is sized and positioned to receive and limit the movement of the hinged armature .
Single-sided swingarm for a motorcycle having traction means for driving a rear wheel of the motorcycle , wherein the single-sided swingarm has a first portion for receiving the rear wheel in a rotatably mounted manner and second portions for pivotably fixing the single-sided swingarm on a structural component of the motorcycle , wherein geometric central points of the first portion and the second portions span a virtual swinging central plane , and a swinging arm having a upper side is provided between the first and the second portions, said swinging arm having a first side wall region and a second side wall region extensively lying opposite this, and the second side wall region extends up to the region of a second portion , and the two side wall regions are connected to a stiffening girder formed for passing through the traction means , characterised in that the stiffening girder extends up to a region below the swinging central plane .
A replacement mitral valve, comprising: a self-expandable anchor comprising a ventricular anchor comprising a plurality of ventricular arches, a central portion , and an atrial anchor having a first frame with a plurality of first arches and a second frame with a plurality of second arches , at least one of the first arches overlapping with one of the second arches , the self-expandable anchor having a self-expanded configuration in which the ventricular anchor and the atrial anchor are flared radially outward relative to the central portion such that the replacement mitral valve is configured to be secured within a mitral valve orifice, the ventricular anchor having greater stiffness in an axial direction than the atrial anchor when the expandable anchor is in the self-expanded configuration; and a plurality of replacement leaflets secured to the expandable anchor. a self-expandable anchor comprising a ventricular anchor comprising a plurality of ventricular arches, a central portion , and an atrial anchor having a first frame with a plurality of first arches and a second frame with a plurality of second arches , at least one of the first arches overlapping with one of the second arches , the self-expandable anchor having a self-expanded configuration in which the ventricular anchor and the atrial anchor are flared radially outward relative to the central portion such that the replacement mitral valve is configured to be secured within a mitral valve orifice, the ventricular anchor having greater stiffness in an axial direction than the atrial anchor when the expandable anchor is in the self-expanded configuration; and a plurality of replacement leaflets secured to the expandable anchor.
Injection-moulding device, comprising a. a first mould half and a second mould half, which is arranged to be moveable linearly in a first direction with respect to the first mould half, and b. a third mould half , which is arranged between the first mould half and the second mould half, and which interacts with the first mould half in the region of a first parting line in order to form first cavities , and which interacts with the second mould half in the region of a second parting line in order to form second cavities , wherein c. the third mould half has an upper part and a lower part spaced from each other by a slot, characterized in that d. a first drive shaft is arranged in the interior of the third mould half, wherein e. on the drive shaft , at least one carrier for an injection-moulded part is arranged adjustably in a radial direction via an arm , and wherein f. the first drive shaft is supported both with respect to the upper part and with respect to the lower part by at least one bearing , and is thereby provided for centring the lower part with respect to the upper part. a. a first mould half and a second mould half, which is arranged to be moveable linearly in a first direction with respect to the first mould half, and b. a third mould half , which is arranged between the first mould half and the second mould half, and which interacts with the first mould half in the region of a first parting line in order to form first cavities , and which interacts with the second mould half in the region of a second parting line in order to form second cavities , wherein c. the third mould half has an upper part and a lower part spaced from each other by a slot, characterized in that d. a first drive shaft is arranged in the interior of the third mould half, wherein e. on the drive shaft , at least one carrier for an injection-moulded part is arranged adjustably in a radial direction via an arm , and wherein f. the first drive shaft is supported both with respect to the upper part and with respect to the lower part by at least one bearing , and is thereby provided for centring the lower part with respect to the upper part.
A valve , having an electromagnet , an inlet , an outlet , a housing and a fluid control means actuated by an anchor of the electromagnet , which fluidically connects a first pressure chamber fluidically connected to the inlet to a second pressure chamber fluidically connected to the outlet depending on an actuation by the anchor of the electromagnet , wherein the electromagnet has a third pressure chamber , wherein the electromagnet has a magnetic pole , which magnetically interacts with the anchor and which limits the third pressure chamber on one side, wherein the magnetic pole is axially supported by a first spring means , and wherein the magnetic pole is displaceable by a pressure in the third pressure chamber which is greater than a first predetermined pressure limit p g , against the force of the first spring means in the direction of the first spring means , characterized in that the third pressure chamber is cylindrical and is lined inside on the cylinder surface with a diaphragm which is at least partially comprised by a support , wherein the support is mounted in the housing , and wherein the support has depressions on its surface facing the diaphragm , which are pressure-dependently elastically fillable by the diaphragm .
An integral plastic pipe for guiding gaseous or liquid fluids, preferably a plastic exhaust pipe for discharging exhaust gas, in particular from building heating systems, or for protecting internally guided lines and cables, said plastic pipe comprising a plurality of rigid plain pipe sections and a plurality of structure sections adjoining the rigid plain pipe sections at least on one side along a longitudinal axis (L) of the plastic pipe , the structure sections having a first group of structure grooves , characterized by at least one flexible bending section disposed between two of the structure sections and realized as a corrugated pipe section.
A method for preparing a beverage component, the method comprising the steps of: (a) Providing an aqueous suspension comprising at least 1.5 g/l, preferably at least 3g/l, most preferably at least 5 g/l hops or hop products; and, fermentable carbohydrates; (b) Fermenting the aqueous suspension with a yeast to obtain the beverage component, characterized in that the aqueous suspension comprises an amount of free amino nitrogen (FAN) of less than 11ppm FAN/°Pl, preferably less than 6ppm FAN/°Pl, most preferably less than 4.5ppm FAN/°Pl, at the start of fermentation and/or that aqueous suspension comprises an amount of free amino nitrogen (FAN) of less than 180ppm, preferably less than 100ppm, most preferably less than 85ppm. (a) Providing an aqueous suspension comprising at least 1.5 g/l, preferably at least 3g/l, most preferably at least 5 g/l hops or hop products; and, fermentable carbohydrates; (b) Fermenting the aqueous suspension with a yeast to obtain the beverage component,
A plastic pipe comprising a. elevations oriented to be perpendicular to a pipe longitudinal axis on an outer side of the pipe; b. a pipe inner side on which at least one guide element (57; 62) oriented to be parallel to the pipe longitudinal axis is integrally formed; c. a separating element (58; 58'; 58"; 58"'; 58ʺʺ) held on the at least one guide element (57; 62); wherein d. the plastic pipe is designed as a composite pipe (10; 10'; 10") with inner pipe having an inner diameter d i and an outer pipe which is welded to the inner pipe and has an outer diameter d a , wherein: d a / d i ≥ 1.15; e. the separating element is designed as a plate (58"; 58ʺʺ) or as an open profile (58; 58'; 58′′′). a. elevations oriented to be perpendicular to a pipe longitudinal axis on an outer side of the pipe; b. a pipe inner side on which at least one guide element (57; 62) oriented to be parallel to the pipe longitudinal axis is integrally formed; c. a separating element (58; 58'; 58"; 58"'; 58ʺʺ) held on the at least one guide element (57; 62); wherein d. the plastic pipe is designed as a composite pipe (10; 10'; 10") with inner pipe having an inner diameter d i and an outer pipe which is welded to the inner pipe and has an outer diameter d a , wherein: d a / d i ≥ 1.15; e. the separating element is designed as a plate (58"; 58ʺʺ) or as an open profile (58; 58'; 58′′′).
A magazine assembly for a fastener driving tool having a nosepiece defining a fastener passageway, comprising: an inner mobile member at least partially defining at least first and second chambers for receiving fasteners; an outer stationary member at least partially surrounding said inner mobile member and engageable relative to the nosepiece ; and said inner mobile member being movable relative to said outer member in a direction transverse to fastener travel in said magazine assembly, characterised by a translational lever assembly having a translational lever attached to an actuator ; wherein movement of said translational lever causes said actuator to urge said inner mobile member to move between a first position and a second position, and an endcap attached to said outer stationary member, wherein a rear end of the magazine assembly is covered by the endcap . an inner mobile member at least partially defining at least first and second chambers for receiving fasteners; an outer stationary member at least partially surrounding said inner mobile member and engageable relative to the nosepiece ; and said inner mobile member being movable relative to said outer member in a direction transverse to fastener travel in said magazine assembly, characterised by a translational lever assembly having a translational lever attached to an actuator ; wherein movement of said translational lever causes said actuator to urge said inner mobile member to move between a first position and a second position, and an endcap attached to said outer stationary member, wherein a rear end of the magazine assembly is covered by the endcap .
A method for transmitting an uplink signal by a user equipment, UE, in a wireless communication system, the method comprising: monitoring (s2002) control channel candidates in a common search space and a UE-specific search space on a subframe #n to receive downlink control information; and transmitting (S2004), in subframe #n+k, an uplink signal associated with the downlink control information, wherein #n indicates a subframe number n, n is an integer equal to or greater than 0 and k is a positive integer indicating a subframe spacing between the downlink control information reception time and the uplink signal transmission time, wherein k is k1 and a subframe number based synchronous Hybrid Automatic Repeat reQuest, HARQ, procedure is applied to the uplink signal, based on the downlink control information being detected in the common search space, and wherein k is k2, k2<k1, and a HARQ process ID-based asynchronous HARQ procedure is applied to the uplink signal, based on the downlink control information being detected in the UE-specific search space. monitoring (s2002) control channel candidates in a common search space and a UE-specific search space on a subframe #n to receive downlink control information; and transmitting (S2004), in subframe #n+k, an uplink signal associated with the downlink control information, wherein #n indicates a subframe number n, n is an integer equal to or greater than 0 and k is a positive integer indicating a subframe spacing between the downlink control information reception time and the uplink signal transmission time, wherein k is k1 and a subframe number based synchronous Hybrid Automatic Repeat reQuest, HARQ, procedure is applied to the uplink signal, based on the downlink control information being detected in the common search space, and wherein k is k2, k2<k1, and a HARQ process ID-based asynchronous HARQ procedure is applied to the uplink signal, based on the downlink control information being detected in the UE-specific search space.
A continuous olefin polymerization process comprising polymerization of at least one olefin monomer in at least two serial vapor phase polymerization reactors containing an agitated bed of forming polymer particles, comprising a polymer particles transfer step wherein forming polymer particles are transferred from an upstream reactor to a downstream reactor, wherein the forming polymer particles transport step comprises in a repeating sequence the steps of: (a) discharging at least one charge of forming polymer powder and reactive gases from the upstream reactor into a gas-solid separator wherein the polymer powder is separated from the reactive gases; (b) collecting the polymer powder separated in the gas-solid separator in a pressure transfer chamber; (c) closing a valve between the gas-solid separator and the pressure transfer chamber and increasing the pressure in the pressure transfer chamber with a pressurizing gas to a pressure that is higher than the operating pressure of the downstream reactor; (d) discharging the polymer powder from the pressure transfer chamber into the downstream reactor by opening and subsequently closing a valve between the pressure transfer chamber and the downstream reactor; and (e) opening the valve between the gas-solid separator and the pressure transfer chamber, wherein the pressure in the pressure transfer chamber before said discharging at least one charge of forming polymer powder and reactive gases from the upstream reactor into the gas-solid separator is 105-500 kPaa, wherein the at least one olefin monomer is propylene or a mixture of ethylene and propylene. (a) discharging at least one charge of forming polymer powder and reactive gases from the upstream reactor into a gas-solid separator wherein the polymer powder is separated from the reactive gases; (b) collecting the polymer powder separated in the gas-solid separator in a pressure transfer chamber; (c) closing a valve between the gas-solid separator and the pressure transfer chamber and increasing the pressure in the pressure transfer chamber with a pressurizing gas to a pressure that is higher than the operating pressure of the downstream reactor; (d) discharging the polymer powder from the pressure transfer chamber into the downstream reactor by opening and subsequently closing a valve between the pressure transfer chamber and the downstream reactor; and (e) opening the valve between the gas-solid separator and the pressure transfer chamber, wherein the pressure in the pressure transfer chamber before said discharging at least one charge of forming polymer powder and reactive gases from the upstream reactor into the gas-solid separator is 105-500 kPaa, wherein the at least one olefin monomer is propylene or a mixture of ethylene and propylene.
A fluorochemical compound of the formula: Where Rf is a perfluorinated group; and R is a fluorinated or non-fluorinated C 2 -C 40 (hetero)hydrocarbyl group; subscript x is 1 to 3. Rf is a perfluorinated group; and R is a fluorinated or non-fluorinated C 2 -C 40 (hetero)hydrocarbyl group; subscript x is 1 to 3.
A fuel emulsion for powering a diesel engine comprising - water, - a fuel, and - an emulsifier package, which comprises - a quaternary ammonium surfactant and - at least two nonionic surfactants which are alkoxylates selected from ethoxylates of fatty amide, castor oil ethoxylate, ethoxylated fatty alcohol. - water, - a fuel, and - an emulsifier package, which comprises - a quaternary ammonium surfactant and - at least two nonionic surfactants which are alkoxylates selected from ethoxylates of fatty amide, castor oil ethoxylate, ethoxylated fatty alcohol. - a quaternary ammonium surfactant and - at least two nonionic surfactants which are alkoxylates selected from ethoxylates of fatty amide, castor oil ethoxylate, ethoxylated fatty alcohol.
A load-bearing prefabricated double-skin façade timber wall element, comprising a timber frame having an inner side and an outer side and comprising: - a single-layer outer glazing designed as laminated fully tempered glass provided on the outer side of the timber frame , and - a three-layer insulating glazing designed as laminated float glass panes internally installed on the inner side of the timber frame , characterized in that - said laminated fully tempered glass being glued to the timber frame with a weather-resistant structural silicone adhesive and, - said panes being glued to the timber frame with a polyurethane adhesive provided at side edges of said panes . - a single-layer outer glazing designed as laminated fully tempered glass provided on the outer side of the timber frame , and - a three-layer insulating glazing designed as laminated float glass panes internally installed on the inner side of the timber frame , - said laminated fully tempered glass being glued to the timber frame with a weather-resistant structural silicone adhesive and, - said panes being glued to the timber frame with a polyurethane adhesive provided at side edges of said panes .
Device for acquiring images in a measuring method for measuring the size, quantity and/or presence or velocity of particles in a fluid or gas or in a method for depth measurement, comprising an imaging optics , which has different foci for at least two different wavelengths, an object space , an imaging space , an image of the object space being projected in the imaging space , an electronic recording device being positioned in the imaging space , which recording device records the received image from the object space , with which for each of the wavelengths a separate image can be produced in a recording such that one focussed image is produced per wavelength, and the recorded image is divided into colour separations with one separation per wavelength, wherein the device is provided with an illumination device with which the object space can be illuminated, wherein the illumination device is arranged opposite the imaging space with respect to a plane arranged perpendicular to the optical axis and extending substantially through the centre of the object space.