mhurhangee/patent-ind-claim-en huggingface dataset:
A hybrid capacitor , comprising: at least a positive electrode comprising one or both of a carbon material and a metal oxide; a lithium composite negative electrode ; and a neutral aqueous electrolyte filled between the positive electrode and the lithium composite negative electrode , characterized in that the lithium composite negative electrode is a laminar electrode comprising a lithium ion conductive solid electrolyte , an alginate gel electrolyte , and a lithium-doped carbon . at least a positive electrode comprising one or both of a carbon material and a metal oxide; a lithium composite negative electrode ; and a neutral aqueous electrolyte filled between the positive electrode and the lithium composite negative electrode , characterized in that the lithium composite negative electrode is a laminar electrode comprising a lithium ion conductive solid electrolyte , an alginate gel electrolyte , and a lithium-doped carbon .
A luminaire for room lighting, having communication means for exchanging information, which communication means are designed to exchange information with a plurality of luminaires in a wireless manner, in particular by means of a radio signal, wherein the luminaire is designed to select an operating state on the basis of an item of selection information received wirelessly by a luminaire by means of the communication means , characterized in that the luminaire has operating means , which are designed to set the operating state of the luminaire in such a manner that the operating state set by the operating means is prioritized over an operating state determined by the item of selection information.
A temporary valve device for hemodynamic support, comprising: a sheath having a first section and a second section , said first section attached to a distal end of said second section ; and an invertible temporary valve attached to an outer surface of said first section of said sheath , said temporary valve having a valve body, a first valve end , and a second valve end ; characterized in that said temporary valve is reversibly movable between an inverted delivery configuration and a deployed canopy configuration, wherein, in said inverted delivery configuration, said valve body and said first section of the sheath are inverted within said second section of the sheath, wherein said temporary valve is housed between two layers of said first section in said inverted configuration, and in said deployed configuration, said first section is moved distal of said second section of said sheath to permit radial expansion of said temporary valve . a sheath having a first section and a second section , said first section attached to a distal end of said second section ; and an invertible temporary valve attached to an outer surface of said first section of said sheath , said temporary valve having a valve body, a first valve end , and a second valve end ; characterized in that said temporary valve is reversibly movable between an inverted delivery configuration and a deployed canopy configuration, wherein, in said inverted delivery configuration, said valve body and said first section of the sheath are inverted within said second section of the sheath, wherein said temporary valve is housed between two layers of said first section in said inverted configuration, and in said deployed configuration, said first section is moved distal of said second section of said sheath to permit radial expansion of said temporary valve .
A light emitting device comprising: a first semiconductor layer ; a second semiconductor layer ; an active layer disposed between the first semiconductor layer and the second semiconductor layer; a first light extraction layer disposed on the first semiconductor layer and comprising a first nitride semiconductor layer, a second light extraction layer disposed between the first light extraction layer and the first semiconductor layer and comprising a second nitride semiconductor layer, wherein the first light extraction layer comprises a plurality of first layers (210-1, 210-n), and the first layers (210-1, 210-n) have uneven portions that include protruding portions and concave portions , wherein refractive indexes of the first layers (210-1, 210-n) reduce with increasing distance from the first semiconductor layer , wherein the second light extraction layer includes a plurality of second layers (220-1, 220-m), and each of the second layers (220-1, 220-m) is flat and does not include an uneven portion, wherein refractive indexes of the second layers (220-1, 220-m) reduce with increasing distance from the first semiconductor layer , and wherein the protruding portions of the first layers are disposed over the second light extraction layer . a first semiconductor layer ; a second semiconductor layer ; an active layer disposed between the first semiconductor layer and the second semiconductor layer; a first light extraction layer disposed on the first semiconductor layer and comprising a first nitride semiconductor layer, a second light extraction layer disposed between the first light extraction layer and the first semiconductor layer and comprising a second nitride semiconductor layer, wherein the first light extraction layer comprises a plurality of first layers (210-1, 210-n), and the first layers (210-1, 210-n) have uneven portions that include protruding portions and concave portions , wherein refractive indexes of the first layers (210-1, 210-n) reduce with increasing distance from the first semiconductor layer , wherein the second light extraction layer includes a plurality of second layers (220-1, 220-m), and each of the second layers (220-1, 220-m) is flat and does not include an uneven portion, wherein refractive indexes of the second layers (220-1, 220-m) reduce with increasing distance from the first semiconductor layer , and wherein the protruding portions of the first layers are disposed over the second light extraction layer .
A composition for use in treating soft stools, loose faeces, gastro-intestinal dysbiosis or enhancing gut microbiome resilience in a companion animal by administration of: galactooligosaccharides (GOS) of 0.05 g/day to 5.0 g/day; beet pulp and/or chicory pulp to a total amount of 0.1 g/day to 10 g/day; and cellulose from 0.2 g/day to 30.8 g/day, wherein the pulp is present at a concentration between 0.5% w/w and 10% w/w, wherein the ratio of the ingredients is about 1: about 3.3: about 0.3 for total beet pulp and/or chicory pulp: cellulose: GOS, and wherein the composition is further for use in increasing the numbers of bacteria in any of the Bacteroidaceae and/or Fusobacteriaceae families present in the gastro-intestinal tract or faeces of a companion animal compared to the number of said bacteria present in the companion animal before administration of the composition and/or for use in reducing the numbers of bacteria in any of the Erysipelotrichaceae and/or Peptostreptococcaceae families.
A method of communicating along a neural pathway, the method comprising: stimulating the neural pathway at a first location by delivering a peripheral sensory input, in order to evoke neural responses which propagate along the neural pathway, the neural responses being modulated with data; an implanted device sensing the evoked neural responses at a second location spaced apart from the first location along the neural pathway, and the implanted device demodulating the sensed neural responses to retrieve the data, the data being configured to control or alter the operation of the implanted device . stimulating the neural pathway at a first location by delivering a peripheral sensory input, in order to evoke neural responses which propagate along the neural pathway, the neural responses being modulated with data; an implanted device sensing the evoked neural responses at a second location spaced apart from the first location along the neural pathway, and the implanted device demodulating the sensed neural responses to retrieve the data, the data being configured to control or alter the operation of the implanted device .
A ventilation system for use with surgical hoods and gowns, wherein the ventilation system is further comprised of: a protective casing ; a face vent module located on one side of the protective casing; an air filtration module located on the other side of the protective casing; a power module located adjacent to the face vent module; a yoke module located between the face vent module and the power module; a neck vent module located adjacent to the yoke module; a down tube module located adjacent to the neck vent module; and an air flow generation module located between the power module and the air filtration module; wherein the face vent module is further comprised of: a plurality of face vent connectors operatively connected to the other side of the protective casing; a plurality of removable face vents , wherein each of the plurality of removable face vents is operatively connected to each of the plurality of face vent connectors such that a position of each of the removable face vents can be adjusted; a plurality of face vent openings located substantially along a portion of each of the plurality of removable face vents; and a plurality of face vent air flow adjustors , wherein each of the plurality of face vent flow adjustors is located adjacent to the plurality of face vent connectors. a protective casing ; a face vent module located on one side of the protective casing; an air filtration module located on the other side of the protective casing; a power module located adjacent to the face vent module; a yoke module located between the face vent module and the power module; a neck vent module located adjacent to the yoke module; a down tube module located adjacent to the neck vent module; and an air flow generation module located between the power module and the air filtration module; wherein the face vent module is further comprised of: a plurality of face vent connectors operatively connected to the other side of the protective casing; a plurality of removable face vents , wherein each of the plurality of removable face vents is operatively connected to each of the plurality of face vent connectors such that a position of each of the removable face vents can be adjusted; a plurality of face vent openings located substantially along a portion of each of the plurality of removable face vents; and a plurality of face vent air flow adjustors , wherein each of the plurality of face vent flow adjustors is located adjacent to the plurality of face vent connectors. a plurality of face vent connectors operatively connected to the other side of the protective casing; a plurality of removable face vents , wherein each of the plurality of removable face vents is operatively connected to each of the plurality of face vent connectors such that a position of each of the removable face vents can be adjusted; a plurality of face vent openings located substantially along a portion of each of the plurality of removable face vents; and a plurality of face vent air flow adjustors , wherein each of the plurality of face vent flow adjustors is located adjacent to the plurality of face vent connectors.
An aerosol generating device comprising: a fixture including a base and a light guide positioned on the base ; a light source configured to emit light toward the light guide of the fixture , wherein the light guide is configured to receive light emitted from the light source in a first direction and guide the received light to be emitted in a second direction crossing the first direction; and characterized by a light emitting unit configured to receive the light from the light guide of the fixture and transmit the light toward an outside. a fixture including a base and a light guide positioned on the base ; a light source configured to emit light toward the light guide of the fixture , wherein the light guide is configured to receive light emitted from the light source in a first direction and guide the received light to be emitted in a second direction crossing the first direction; and characterized by a light emitting unit configured to receive the light from the light guide of the fixture and transmit the light toward an outside.
A device for controlling access to external computer diagnostic means to at least one on-board data bus of a vehicle, said device comprising: a computer acting as a gateway by allowing the transmission of communication frames and/or electrical signals between a first hardware port of the computer adapted to be connected to a first data bus (101 1 ) and to at least one second hardware port of the computer adapted to be connected to said at least one on-board data bus (101 3 ) of the vehicle; a diagnostic socket having a first port adapted to be connected to the first hardware port of the ECU via the first data bus (101 1 ); authentication means assuming an authentication role of said external computer diagnostic means on the basis of an authentication request received on the first hardware port of the computer; filtering means adapted to block the transmission through the gateway of at least one unauthorized communication frame; switching means (150, 150 1 , 150 2 ) connected to a second hardware port of the diagnostic socket and adapted to connect the second hardware port of the diagnostic socket to the second hardware port of the ECU when said external computer diagnostic means are authenticated by the authentication means , characterized in that The switching means are also suitable for connecting the second hardware port of the diagnostic socket to the first hardware port of the ECU when said switching means are at rest. a computer acting as a gateway by allowing the transmission of communication frames and/or electrical signals between a first hardware port of the computer adapted to be connected to a first data bus (101 1 ) and to at least one second hardware port of the computer adapted to be connected to said at least one on-board data bus (101 3 ) of the vehicle; a diagnostic socket having a first port adapted to be connected to the first hardware port of the ECU via the first data bus (101 1 ); authentication means assuming an authentication role of said external computer diagnostic means on the basis of an authentication request received on the first hardware port of the computer; filtering means adapted to block the transmission through the gateway of at least one unauthorized communication frame; switching means (150, 150 1 , 150 2 ) connected to a second hardware port of the diagnostic socket and adapted to connect the second hardware port of the diagnostic socket to the second hardware port of the ECU when said external computer diagnostic means are authenticated by the authentication means , characterized in that The switching means are also suitable for connecting the second hardware port of the diagnostic socket to the first hardware port of the ECU when said switching means are at rest.
An administration device comprising: a needle-shaped body having a substrate and a projection protruding from one surface of the substrate ; and a puncture depth adjustment section disposed on one surface of the substrate and having at least one film member that is detachable from the needle-shaped body . a needle-shaped body having a substrate and a projection protruding from one surface of the substrate ; and a puncture depth adjustment section disposed on one surface of the substrate and having at least one film member that is detachable from the needle-shaped body .
A container, wherein the inner surface of the container is at least partially coated with a coating layer, wherein the coating layer comprises antioxidant, wherein the antioxidant is selected from one or more of the group of vitamins, vitamins cofactors, hormones, carotenoid terpenoids, natural or synthetic phenols and polyphenols other than resveratrol, including flavonoids, phenolic acids and their esters and non-flavonoid phenolics, and characterized in that the concentration of antioxidant differs through the cross-section of the coating layer.
Device which allows a user to perform tests or tastings of different e-cigarette liquids, wherein the device comprises: a set of atomisers which are each provided with an e-cigarette liquid deposit and which are configured to produce vapour thereof; a battery for providing voltage to the atomisers , wherein said battery can operate independently; a conventional power supply for providing power to the battery and a mains socket for providing power to the conventional power supply ; a control panel comprising a power button and voltage regulators for adapting the voltages supplied to the different elements of the device, characterised in that the device comprises an aspiration mechanism which is operated by the user's own aspiration applied to the outlet of the selected atomiser , and by using a pressure switch or a flow switch for each atomiser wherein the activated switch closes the electrical circuit and activates the operation of the selected atomiser ; or in that the device comprises alternatively suction means consisting of a vacuum pump and a check valve for each atomiser , wherein said suction means are configured for aspirating air and carrying it outwards through ducts which end in a single output for the user; or in that the device comprises alternatively suction means consisting of a common vacuum pump , wherein said suction means is configured for aspirating air and carrying it outwards through ducts which are connected by a set of solenoid valves to the set of atomisers and which end in a single output for the user. a set of atomisers which are each provided with an e-cigarette liquid deposit and which are configured to produce vapour thereof; a battery for providing voltage to the atomisers , wherein said battery can operate independently; a conventional power supply for providing power to the battery and a mains socket for providing power to the conventional power supply ; a control panel comprising a power button and voltage regulators for adapting the voltages supplied to the different elements of the device,
A method for utilizing a bending machine tool layout, comprising punches and dies, for providing a working part having a quantity of bend lines, characterized by : designating a tool layout of a bending machine wherein said tool layout is already attached to the machine; extracting a plurality of regions, in the designated tool layout, where a punch and a die face each other, as a plurality of virtual tool stages; and assigning a suitable one of the plurality of the extracted virtual tool stages, by means of a virtual tool stage assignment unit , to each of the bend lines by using a sheet metal shape model of the working part, wherein a tool length check for checking a relationship between a bending length of the bend line and a length of the virtual tool stage is performed. designating a tool layout of a bending machine wherein said tool layout is already attached to the machine; extracting a plurality of regions, in the designated tool layout, where a punch and a die face each other, as a plurality of virtual tool stages; and assigning a suitable one of the plurality of the extracted virtual tool stages, by means of a virtual tool stage assignment unit , to each of the bend lines by using a sheet metal shape model of the working part, wherein a tool length check for checking a relationship between a bending length of the bend line and a length of the virtual tool stage is performed.
A system for providing advanced messaging services in a wireless communications network, the system comprising: one or more messaging servers that are configured to interface with the wireless communications network to perform the advanced messaging services for one or more mobile units , wherein the advanced messaging services comprise Push-to-X messages; wherein the one or more messaging servers and the one or more mobile units that use the advanced messaging services are configured to communicate with each other using control messages transmitted across the wireless communications network ; wherein the advanced messaging services include attachments for the Push-to-X messages that are stored on one or more storage servers that are configured to interface with the wireless communications network, and the control messages communicated between the one or more messaging servers and the one or more mobile units identify a location for retrieving the attachments that are stored on the one or more storage servers; and wherein a Quality-of-Service for transfer of the attachments is treated differently from other traffic in the wireless communications network; wherein the one or more mobile units download only selected ones of the attachments using a Uniform Resource Identifier, URI, provided by the messaging server; wherein the URI, is allocated only when the one or more mobile units request a download of the attachments. one or more messaging servers that are configured to interface with the wireless communications network to perform the advanced messaging services for one or more mobile units , wherein the advanced messaging services comprise Push-to-X messages; wherein the one or more messaging servers and the one or more mobile units that use the advanced messaging services are configured to communicate with each other using control messages transmitted across the wireless communications network ; wherein the advanced messaging services include attachments for the Push-to-X messages that are stored on one or more storage servers that are configured to interface with the wireless communications network, and the control messages communicated between the one or more messaging servers and the one or more mobile units identify a location for retrieving the attachments that are stored on the one or more storage servers; and wherein a Quality-of-Service for transfer of the attachments is treated differently from other traffic in the wireless communications network; wherein the one or more mobile units download only selected ones of the attachments using a Uniform Resource Identifier, URI, provided by the messaging server; wherein the URI, is allocated only when the one or more mobile units request a download of the attachments.
A computer-implemented method for navigating through the hierarchical structure of a three-dimensional modeled assembly of parts, comprising the steps of: - displaying (S10) the three-dimensional modeled assembly of parts; - exploding (S20), upon user interaction, the three-dimensional modeled assembly into parts, each part of the assembly corresponding to a first hierarchical level; and - displaying (S50) each part of the first hierarchical level in one respective cell of a first two-dimensional table, no other part of the first hierarchical level being displayable in the respective cell; wherein each part displayed in one cell is freely rotatable in its cell by user interaction while the other displayed parts in the other cells remain stationary, characterized in that only the displayed part with which the user interacts in its respective cell is rendered for update, by a CPU of the computer, on the display. - displaying (S10) the three-dimensional modeled assembly of parts; - exploding (S20), upon user interaction, the three-dimensional modeled assembly into parts, each part of the assembly corresponding to a first hierarchical level; and - displaying (S50) each part of the first hierarchical level in one respective cell of a first two-dimensional table, no other part of the first hierarchical level being displayable in the respective cell; wherein each part displayed in one cell is freely rotatable in its cell by user interaction while the other displayed parts in the other cells remain stationary, characterized in that only the displayed part with which the user interacts in its respective cell is rendered for update, by a CPU of the computer, on the display.
A composition comprising a salmon milt extract, a beer yeast extract, a young barley leaf extract, and chicken collagen for use as an agent for the treatment of obesity, wherein the composition has a lipolysis-promoting effect and a peptic and tryptic digest thereof has an angiotensin-converting enzyme (ACE) inhibitory effect.