mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling the thread delivery of a thread-delivery device to a textile machine, wherein a thread is taken up from a storage element of the thread-delivery device by the textile machine, wherein the thread tension of the thread is adjusted by a braking device with at least one braking element in the thread path after the storage element and with an adjustment device, in that at least one actuating element of the adjustment device acts on the braking element or elements, wherein the actuating element or elements are controlled by a braking signal, and wherein, in a first operating condition (B1), the thread tension is controlled to a reference value (Mref), wherein the braking signal is adjusted by a thread-tension unit, and wherein measured values (Mi) of the thread tension are identified and, in each case, a difference (Mdiff) between a measured value (Mi) and the reference value (Mref) is minimised, and, in a second operating condition (B2a, B2b), the thread tension is is adjusted, wherein an auxiliary value (Ihc, Iho) of the braking signal is adjusted, wherein the corresponding operating condition (B2a, B2b) is determined by a test parameter relative to a threshold, in that the first or second operating condition is switched on, when the test parameter exceeds or falls below the threshold characterised in that a measure for fluctuations of the measured values (Mi) of the thread tension is determined by a test unit as the test parameter.
An apparatus, comprising: an anchor device disposable at least partially on a ventricle side of a native valve annulus of a heart and having a spring-shape when deployed within the heart, wherein the spring-shaped anchor device comprises at least two coils with shape-memory characteristics such that the spring-shaped anchor device has a flexibility; a prosthetic heart valve including a stent body having an atrial end and an opposite, ventricle end, wherein the stent body is a tubular stent having a collapsed condition and an expanded condition; wherein the heart valve is configured to be implanted within the native valve annulus with the stent body configured for attachment to the anchor device to secure a position of the stent body within the native valve annulus by the at least two coils of the spring-shaped anchor device that is configured to provide support to hold the stent body within the native valve annulus by encircling chordae tendineae of the heart such that the flexibility of the spring-shaped anchor device provides the prosthetic heart valve, upon deployment within a patient's heart, with added stability within the native valve annulus; and a set of valve leaflets disposed within a lumen defined by the stent body and configured to permit blood flow through the stent body from the atrial end to the ventricle end of the stent body and to inhibit blood flow from the ventricle end to the atrial end of the stent body when the prosthetic heart valve is disposed within the native valve annulus. an anchor device disposable at least partially on a ventricle side of a native valve annulus of a heart and having a spring-shape when deployed within the heart, wherein the spring-shaped anchor device comprises at least two coils with shape-memory characteristics such that the spring-shaped anchor device has a flexibility; a prosthetic heart valve including a stent body having an atrial end and an opposite, ventricle end, wherein the stent body is a tubular stent having a collapsed condition and an expanded condition; wherein the heart valve is configured to be implanted within the native valve annulus with the stent body configured for attachment to the anchor device to secure a position of the stent body within the native valve annulus by the at least two coils of the spring-shaped anchor device that is configured to provide support to hold the stent body within the native valve annulus by encircling chordae tendineae of the heart such that the flexibility of the spring-shaped anchor device provides the prosthetic heart valve, upon deployment within a patient's heart, with added stability within the native valve annulus; and a set of valve leaflets disposed within a lumen defined by the stent body and configured to permit blood flow through the stent body from the atrial end to the ventricle end of the stent body and to inhibit blood flow from the ventricle end to the atrial end of the stent body when the prosthetic heart valve is disposed within the native valve annulus.
An electromagnetic lateral initiative vibration damping system, characterized in that it comprises: an electromagnet controller ; a lateral acceleration sensor ; an electromagnet initiative vibration damper ; and a computing device , wherein the electromagnet controller is connected to the lateral acceleration sensor , the electromagnet initiative vibration damper and the computing device ; the lateral acceleration sensor is configured to acquire train lateral acceleration of a magnetic levitation train and transmit the acquired train lateral acceleration to the electromagnet controller ; the computing device is configured to acquire train position information and a train speed of the magnetic levitation train, and transmit the acquired train position information and train speed to the electromagnet controller ; the electromagnet controller is configured to determine a vibration damper target gap value of the electromagnet initiative vibration damper based on the acquired train lateral acceleration, the train position information and the train speed, and control, based on the determined vibration damper target gap value, the electromagnet initiative vibration damper to operate; and the electromagnet initiative vibration damper is configured to move from a default position to a position specified by the vibration damper target gap value under control of the electromagnet controller . an electromagnet controller ; a lateral acceleration sensor ; an electromagnet initiative vibration damper ; and a computing device , wherein the electromagnet controller is connected to the lateral acceleration sensor , the electromagnet initiative vibration damper and the computing device ; the lateral acceleration sensor is configured to acquire train lateral acceleration of a magnetic levitation train and transmit the acquired train lateral acceleration to the electromagnet controller ; the computing device is configured to acquire train position information and a train speed of the magnetic levitation train, and transmit the acquired train position information and train speed to the electromagnet controller ; the electromagnet controller is configured to determine a vibration damper target gap value of the electromagnet initiative vibration damper based on the acquired train lateral acceleration, the train position information and the train speed, and control, based on the determined vibration damper target gap value, the electromagnet initiative vibration damper to operate; and the electromagnet initiative vibration damper is configured to move from a default position to a position specified by the vibration damper target gap value under control of the electromagnet controller .
A steering wheel comprising: a metal core ; a resin body made of resin that covers the metal core ; a decorative body that is provided separately from the resin body , the decorative body covering the metal core; and a placement member that is configured by a substantially semicircular tube shaped vehicle front side portion and a substantially semicircular tube shaped vehicle rear side portion fixed together, the placement member being disposed between the resin body and the decorative body , wherein the placement member is configured such that the vehicle front side portion is more moved by the decorative body than the vehicle rear side portion, when the decorative body has been relatively displaced, characterized in that the placement member comprises a thinned portion , and the movement of the placement member is caused by deformation of the thinned portion . a metal core ; a resin body made of resin that covers the metal core ; a decorative body that is provided separately from the resin body , the decorative body covering the metal core; and a placement member that is configured by a substantially semicircular tube shaped vehicle front side portion and a substantially semicircular tube shaped vehicle rear side portion fixed together, the placement member being disposed between the resin body and the decorative body , wherein the placement member is configured such that the vehicle front side portion is more moved by the decorative body than the vehicle rear side portion, when the decorative body has been relatively displaced, characterized in that the placement member comprises a thinned portion , and the movement of the placement member is caused by deformation of the thinned portion .
DC/DC voltage converter comprising an inductor and a control circuit , the control circuit being configured to implement, or control, a succession of operating cycles of the converter , each cycle comprising an energy accumulation phase in the inductor and an energy restitution phase, the control circuit being configured so that the duration of the energy restitution phase is determined by comparing a voltage ramp (RAMP2) and a first reference voltage (Vref), the control circuit being configured so that, if the current in the inductor is positive at the end of the previous operating cycle, the slope of said voltage ramp (RAMP2) is changed so as to have a lower tilt, or so that, if the current in the inductor is negative at the end of the previous operating cycle, the slope of said voltage ramp (RAMP2) is changed so as to have a higher tilt.
An apparatus comprising: a first carousel rotatably coupled to a base , the first carousel having a first axis of rotation ; a second carousel rotatably coupled to the base and vertically spaced over the first carousel such that at least a portion of the second carousel is disposed over the first carousel , the second carousel having a second axis of rotation and a plurality of vessels (112a-112 n ); and a first pipetting mechanism rotatable about a third axis of rotation, the third axis of rotation offset from the second axis of rotation , the third axis of rotation disposed within a circumference of the first carousel , the first pipetting mechanism to access the first carousel and the second carousel . a first carousel rotatably coupled to a base , the first carousel having a first axis of rotation ; a second carousel rotatably coupled to the base and vertically spaced over the first carousel such that at least a portion of the second carousel is disposed over the first carousel , the second carousel having a second axis of rotation and a plurality of vessels (112a-112 n ); and a first pipetting mechanism rotatable about a third axis of rotation, the third axis of rotation offset from the second axis of rotation , the third axis of rotation disposed within a circumference of the first carousel , the first pipetting mechanism to access the first carousel and the second carousel .
A system for sequencing a target nucleic acid, the system comprising: a) a 3'-O-alkynyl nucleotide analog for producing a fragment ladder from a target nucleic acid; b) a sequencing apparatus; c) a computer readable medium storing software for assembling short overlapping nucleotide sequences of fragments of the ladder fragment library into a consensus sequence, and d) an adaptor oligonucleotide suitable for attachment to the nucleotide analogs. a) a 3'-O-alkynyl nucleotide analog for producing a fragment ladder from a target nucleic acid; b) a sequencing apparatus; c) a computer readable medium storing software for assembling short overlapping nucleotide sequences of fragments of the ladder fragment library into a consensus sequence, and d) an adaptor oligonucleotide suitable for attachment to the nucleotide analogs.
A liquid circulation type inkjet head for an inkjet printer having a tank from which ink is ejected, comprising: a base plate ; a plurality of supply holes configured to penetrate the baseplate ; a plurality of discharge holes configured to penetrate the baseplate ; a plurality of pressure chambers configured such that the ink is supplied to the pressure chambers through the supply holes and that the ink which is not ejected and used in the pressure chambers is collected to the tank from the discharge holes; wherein the inkjet head further comprises: a nozzle plate configured to include a first surface at the side of the pressure chambers, a second surface opposite to the first surface, a first nozzle formed into a frustum which penetrates the first surface and the second surface and the diameter of which decreases as it goes closer to the second surface, and a second nozzle formed into a frustum which penetrates the first surface and the second surface and the diameter of which decreases as it goes closer to the second surface; and a driving element configured adjacent to the pressure chambers to eject droplets from the first nozzle and the second nozzle simultaneously; wherein the part of the first nozzle on the first surface is integrally connected to the part of the second nozzle on the first surface, and the part of the first nozzle on the second surface is separated from the part of the second nozzle on the second surface. a base plate ; a plurality of supply holes configured to penetrate the baseplate ; a plurality of discharge holes configured to penetrate the baseplate ; a plurality of pressure chambers configured such that the ink is supplied to the pressure chambers through the supply holes and that the ink which is not ejected and used in the pressure chambers is collected to the tank from the discharge holes; wherein the inkjet head further comprises: a nozzle plate configured to include a first surface at the side of the pressure chambers, a second surface opposite to the first surface, a first nozzle formed into a frustum which penetrates the first surface and the second surface and the diameter of which decreases as it goes closer to the second surface, and a second nozzle formed into a frustum which penetrates the first surface and the second surface and the diameter of which decreases as it goes closer to the second surface; and a driving element configured adjacent to the pressure chambers to eject droplets from the first nozzle and the second nozzle simultaneously; wherein the part of the first nozzle on the first surface is integrally connected to the part of the second nozzle on the first surface, and the part of the first nozzle on the second surface is separated from the part of the second nozzle on the second surface.
A powered garden tool comprising: a powerhead having a housing , the housing having a motor chamber for holding an electric motor , a main handle capable of being gripped by a user, the main handle having a first trigger to turn the motor on or off; a blade assembly driveably connected to the motor and extending out from a front portion of the housing; and a pole assembly , characterised in that : the main handle and the motor chamber are parallel to one another, and extend rearwardly from a front portion of the housing ; and the pole assembly has a coupling member capable of removably connecting to the motor chamber of the powerhead for use in a poled configuration. a powerhead having a housing , the housing having a motor chamber for holding an electric motor , a main handle capable of being gripped by a user, the main handle having a first trigger to turn the motor on or off; a blade assembly driveably connected to the motor and extending out from a front portion of the housing; and a pole assembly , characterised in that : the main handle and the motor chamber are parallel to one another, and extend rearwardly from a front portion of the housing ; and the pole assembly has a coupling member capable of removably connecting to the motor chamber of the powerhead for use in a poled configuration. the main handle and the motor chamber are parallel to one another, and extend rearwardly from a front portion of the housing ; and the pole assembly has a coupling member capable of removably connecting to the motor chamber of the powerhead for use in a poled configuration.
A method for transmitting and receiving data between a first device and a second device in a wireless communication system supporting vehicle to everything, V2X, service, the method comprising: measuring an energy level of a first resource region for the first device to support the V2X service; and transmitting a specific message through at least one of the first resource region and a second resource region based on the measurement result, wherein the second resource region indicates a resource region for the first device transmitting the specific message to the second device via a network, wherein the first resource region represents a resource region for the first device transmitting the specific message directly to the second device , and wherein, if the energy level is less than a threshold, the transmitting of the specific message is performed through the first resource region and the second resource region. measuring an energy level of a first resource region for the first device to support the V2X service; and transmitting a specific message through at least one of the first resource region and a second resource region based on the measurement result, wherein the second resource region indicates a resource region for the first device transmitting the specific message to the second device via a network, wherein the first resource region represents a resource region for the first device transmitting the specific message directly to the second device , and wherein, if the energy level is less than a threshold, the transmitting of the specific message is performed through the first resource region and the second resource region.
Use of a chemical conversion coated metal sheet for non-condensed thermoplastic resin bonding, the chemical conversion coated metal sheet comprising a metal substrate and a chemical conversion coating film disposed on at least one surface of the metal substrate, wherein the chemical conversion coating film is obtained by coating the metal substrate with a coating liquid that contains an ethylene-acrylic acid copolymer, colloidal silica, and a silane coupling agent, and the ethylene-acrylic acid copolymer has an acrylic acid content of 10 mass% or more and a melt flow rate of 80g/10min or less.
A method of forming an aligned polymer layer comprising: depositing a film of a liquid crystalline (LC) rigid rod polymer in a solvent onto a substrate comprising an alignment layer; bringing the polymer into uniaxial alignment whilst solvent remains present in the film; and then removing solvent from the film; wherein bringing the polymer into uniaxial alignment whilst solvent remains present in the film comprises keeping at room temperature a film of a solution of the LC rigid rod polymer in a solvent mixture comprising m-xylene and 2% to 10% (by volume) of cyclohexylbenzene.
Device comprising a metallurgical vessel which is mounted to be pivotable about a horizontal axis (a), wherein the metallurgical vessel has two support pins which extend from the metallurgical vessel at two opposite sides thereof, wherein each of the two support pins is received by a bearing , wherein the bearing is received in a bearing mount and wherein the bearing mount is arranged on a stationary bearing stand or on a foundation, characterised in that a lifting device constructed to lift the support pins in vertical direction (V) from the bearing stand by a lifting amount (h) for the purpose of exchange of the bearing is arranged directly or indirectly on each bearing stand .
A savoury concentrate comprising the following components: a) 22-85 wt.% inorganic salt; b) 2-60 wt.% fat; c) 1.5-10 wt.% of heteropolysaccharide gum selected from guar gum, locust bean gum, cassia gum, tara gum, konjac gum and combinations thereof; d) 0-25 wt.% of glutamate component selected from glutamic acid, edible glutamate salts and combinations thereof; e) 0-25 w.% starch component selected from native starch, pregelatinised starch, maltodextrin, modified starch and combinations thereof; f) 0-20 wt.% of sugar selected from monosaccharides, disaccharides and combinations thereof; g) 0-45 wt.% of vegetable matter selected from vegetables, herbs, spices and combinations thereof; h) 0-10 wt.% water; wherein the components a) to e) together constitute at least 55 wt.% of the savoury concentrate and wherein the components a) to h) together constitute at least 75 wt.% of the savoury concentrate. a) 22-85 wt.% inorganic salt; b) 2-60 wt.% fat; c) 1.5-10 wt.% of heteropolysaccharide gum selected from guar gum, locust bean gum, cassia gum, tara gum, konjac gum and combinations thereof; d) 0-25 wt.% of glutamate component selected from glutamic acid, edible glutamate salts and combinations thereof; e) 0-25 w.% starch component selected from native starch, pregelatinised starch, maltodextrin, modified starch and combinations thereof; f) 0-20 wt.% of sugar selected from monosaccharides, disaccharides and combinations thereof; g) 0-45 wt.% of vegetable matter selected from vegetables, herbs, spices and combinations thereof; h) 0-10 wt.% water;
Method for starting a combustion engine fitted to a hybrid or dual-mode motor vehicle, the method providing a starting of an additional motor , upon a setpoint torque requested by a driver of the vehicle, with a view to accelerating the vehicle, the method being characterized in that the starting of the additional motor aims to accelerate the vehicle beyond a threshold speed (V A ) at which the combustion engine is driven beyond its stalling speed threshold when said combustion engine is mechanically coupled to the wheels of the vehicle and in that , when the speed of the vehicle is substantially greater than or equal to the threshold speed (V A ), a signal which aims to start the combustion engine is emitted by a control unit .
A knife storing unit having a knife magazine for storing a knife , wherein a magazine opening is provided for inserting the knife into the knife magazine , wherein a grinding device having at least one grinding element is provided for grinding a knife edge of the knife , characterised in that at least one knife sensor is provided for detecting the knife inserted at least partially through the magazine opening into the knife magazine and that the knife storing unit is designed as a first knife storing module for coupling and/or connecting to a second knife storing module , wherein at least one plug-in device is provided for transferring energy between the first and the second knife storing module , wherein the first knife storing module has a mains connection or a mains plug and/or a transformer for electrical energy supply of the knife storing unit or of the electrical grinding device .
A data processing apparatus comprising: communication circuitry configured to receive, from an origin Peripheral Component Interconnect Express, PCIe, device , a translated PCIe packet comprising a destination field that comprises a physical address of a destination PCIe device ; permission circuitry configured to transmit a permission check packet, separate to the translated PCIe packet, to a PCIe root port to determine whether the origin PCIe device has permission to access the destination PCIe device; and buffer circuitry configured to store the translated PCIe packet until a response to the permission check packet is received. communication circuitry configured to receive, from an origin Peripheral Component Interconnect Express, PCIe, device , a translated PCIe packet comprising a destination field that comprises a physical address of a destination PCIe device ; permission circuitry configured to transmit a permission check packet, separate to the translated PCIe packet, to a PCIe root port to determine whether the origin PCIe device has permission to access the destination PCIe device; and buffer circuitry configured to store the translated PCIe packet until a response to the permission check packet is received.