mhurhangee/ep-ind-claims huggingface dataset:
A vehicle lighting system, comprising; - a modular component, further comprising: - a plurality of addressable LED-based lighting units disposed in an array on a circuit board, each LED associated with a phosphor, - wherein each addressable lighting unit of the plurality of addressable lighting units is configured to respond to data addressed to it in a serial addressing protocol, and - wherein the array comprises rows and columns of addressable LED-based lighting units. - a modular component, further comprising: - a plurality of addressable LED-based lighting units disposed in an array on a circuit board, each LED associated with a phosphor, - wherein each addressable lighting unit of the plurality of addressable lighting units is configured to respond to data addressed to it in a serial addressing protocol, and - wherein the array comprises rows and columns of addressable LED-based lighting units.
A composition for culture of expanding cells, said composition comprising 0.05 - 0.5 wt% of mechanically disintegrated plant-derived anionic nanofibrillar cellulose having a degree of substitution of between 0.08 and 0.3 and a storage modulus between 1 and 40 Pa, when dispersed to a concentration of 0.5 wt% in water, in a form of hydrogel, wherein the cells are neuronal cells.
A mobile power supply device comprising a storage cell that is capable of supplying power stored in the storage cell to a house, comprising: a power-supplying coil that is covered by a weatherproof component and that, together with a power-receiving coil in the house, forms a first electromagnetic coupling circuit; a power converter (13, 31) that converts DC power stored in the storage cell into AC power and then supplies the AC power to the power-supplying coil; a power-receiving coil that, together with a ground power-supplying coil on the ground, forms a second electromagnetic coupling circuit; a power-receiving circuit that receives power that is supplied wirelessly via the second electromagnetic coupling circuit that is formed by the ground power-supplying coil and the power-receiving coil; a charging device that charges the storage cell using the power received by the power-receiving circuit; a motor that generates power used for movement of the mobile power supply device; a drive circuit that drives the motor using power stored in the storage cell; and a switching circuit (32,33) that switches between connecting the power converter, the power-receiving circuit and the drive circuit to the storage cell and disconnecting them from the storage cell, wherein when power is discharged from the storage cell, the switching circuit is controlled so that the storage cell, the inverter, the power converter, and the power-receiving circuit are connected, and when the storage cell is charged, the switching circuit is controlled so that the storage cell, the inverter, the power converter, and the power-receiving circuit are disconnected. a power-supplying coil that is covered by a weatherproof component and that, together with a power-receiving coil in the house, forms a first electromagnetic coupling circuit; a power converter (13, 31) that converts DC power stored in the storage cell into AC power and then supplies the AC power to the power-supplying coil; a power-receiving coil that, together with a ground power-supplying coil on the ground, forms a second electromagnetic coupling circuit; a power-receiving circuit that receives power that is supplied wirelessly via the second electromagnetic coupling circuit that is formed by the ground power-supplying coil and the power-receiving coil; a charging device that charges the storage cell using the power received by the power-receiving circuit; a motor that generates power used for movement of the mobile power supply device; a drive circuit that drives the motor using power stored in the storage cell; and a switching circuit (32,33) that switches between connecting the power converter, the power-receiving circuit and the drive circuit to the storage cell and disconnecting them from the storage cell, wherein when power is discharged from the storage cell, the switching circuit is controlled so that the storage cell, the inverter, the power converter, and the power-receiving circuit are connected, and when the storage cell is charged, the switching circuit is controlled so that the storage cell, the inverter, the power converter, and the power-receiving circuit are disconnected.
Disconnecting assembly for a high-voltage direct-current network comprising - a first disconnecting device, which comprises a first semiconductor switching unit, and - a second disconnecting device, which is connected in parallel with the first disconnecting device and which comprises a first mechanical switching unit and an auxiliary switching device connected in series with the first mechanical switching unit, wherein - the auxiliary switching device comprises a second semiconductor switching unit, characterized in that - the auxiliary switching device comprises a second mechanical switching unit, which is connected in parallel with the second semiconductor switching unit. - a first disconnecting device, which comprises a first semiconductor switching unit, and - a second disconnecting device, which is connected in parallel with the first disconnecting device and which comprises a first mechanical switching unit and an auxiliary switching device connected in series with the first mechanical switching unit, wherein - the auxiliary switching device comprises a second semiconductor switching unit, - the auxiliary switching device comprises a second mechanical switching unit, which is connected in parallel with the second semiconductor switching unit.
Drain gutter with a gutter and a grate, wherein the grate is secured on the gutter against lifting with a safety catch, wherein the safety catch comprises a U-shaped safety means (3.5) that cooperates positively and/or non-positively as well as disconnectably with a recess (1.1) in the gutter, characterised in that the safety catch comprises two legs (3.2) formed on a U-shaped safety means (3.5) and a wedge piece (3.1) that presses the two legs (3.2) of the safety catch apart and produces a positive and/or non-positive connection between the safety catch and the grate.
A sleep system comprising; an infant calming/sleep-aid device comprising a crib device including a platform operatively coupled to a motor for moving the platform in a reciprocating motion; a sleep sack and an attachment mechanism for removably attaching the sleep sack to the crib device to securely position an infant held within the sleep sack on the platform; and a control system for controlling the motion of the platform in an operational mode; wherein the control system includes a sensor for detecting if the sleep sack is securely attached with the attachment mechanism, and wherein motion of the platform with respect to an operational mode is discontinued or not initiated when the sleep sack is not detected to be securely attached with the attachment mechanism.
A sorting machine for sorting flat articles on edge, which machine has sorting outlets for stacking said sorted flat articles, each of which sorting outlets is equipped with a stacking actuator and with at least one slide plate having a slide front face against which the flanks of said flat articles slide while said flat articles are being stacked, said sorting machine being characterized in that it is provided with noise damper and reducer means (8, 12, 13) designed to co-operate with said front face to absorb the noise, in particular the noise generated by said flat articles while they are being stacked, at least a portion of the noise damper and reducer means (8, 13) being provided on and along said slide plate, said front face of said slide plate having at least a first zone of perforations that is provided with a plurality of first orifices extending through said slide plate and forming, at least in part, said noise damper and reducer means.
Domestic cooking appliance comprising: - a cooking vessel arranged to hold ingredients to be cooked, - stirring means that are removable with respect to the cooking vessel and arranged to stir the ingredients contained in the cooking vessel, - a lid arranged to close a cooking space defined partially at least by the cooking vessel, - driving means arranged to drive the stirring means when said driving means are mounted on the cooking appliance, the driving means being arranged in the lid, characterised in that the stirring means comprise a part that is mobile with respect to the cooking vessel, and a part that is fixed with respect to the cooking vessel and comprising an upper crown. - a cooking vessel arranged to hold ingredients to be cooked, - stirring means that are removable with respect to the cooking vessel and arranged to stir the ingredients contained in the cooking vessel, - a lid arranged to close a cooking space defined partially at least by the cooking vessel, - driving means arranged to drive the stirring means when said driving means are mounted on the cooking appliance, the driving means being arranged in the lid, characterised in that the stirring means comprise a part that is mobile with respect to the cooking vessel, and a part that is fixed with respect to the cooking vessel and comprising an upper crown.
Marker vaccine for prophylactic treatment of classical swine fever comprising modified live attenuated classical swine fever virus, characterised in that the viral amino acid sequence of the TAV-epitope of the E2 protein comprises a different sequence from that of a wild-type classical swine fever virus, whereby the viral amino acid sequence exhibits at least one of the following substitutions with reference to the C-strain "Riems" virus: - substitution of amino acid 830 to valine, - substitution of amino acid 833 to serine, - substitution of amino acid 839 to glycine. - substitution of amino acid 830 to valine, - substitution of amino acid 833 to serine, - substitution of amino acid 839 to glycine.
A guiding tool for guiding a probe into tissue, comprising a number of subunits (21, 22, 23), wherein each subunit along its edge is provided with an indentation, each subunit having a shape configured to fit in a predetermined configuration of the number of subunits, wherein said configuration comprises five holes formed by the indentations of said number of subunits and extending through said configuration, and wherein the five holes are positioned along two lines forming a cross, with three holes in each line, said guiding tool being characterized in that each hole is formed by only two indentations of two different subunits in said configuration.
An injection molding system (100, 200), comprising: a hot runner (102, 204) adapted to inject material into a mold, the hot runner (102, 204) having a front surface arranged to face the mold, a rear surface opposite the front surface, and external sides; a shooting pot assembly (106, 238) in fluid communication with the hot runner (102, 204); and a shooting pot actuation system configured to actuate the shooting pot assembly (106, 238), characterized in that the shooting pot actuation system is disposed on at least one external side of the hot runner (102, 204) and an actuation direction of the shooting pot actuation system is substantially perpendicular to the actuation direction of the shooting pot assembly (106,238). a hot runner (102, 204) adapted to inject material into a mold, the hot runner (102, 204) having a front surface arranged to face the mold, a rear surface opposite the front surface, and external sides; a shooting pot assembly (106, 238) in fluid communication with the hot runner (102, 204); and a shooting pot actuation system configured to actuate the shooting pot assembly (106, 238), characterized in that the shooting pot actuation system is disposed on at least one external side of the hot runner (102, 204) and an actuation direction of the shooting pot actuation system is substantially perpendicular to the actuation direction of the shooting pot assembly (106,238).
Device for gripping objects (16, 16', 16'), including: - a support with at least one passage (4 3, 4 4) for a fluid; - a membrane attached to the support and forming a deformable and closed enclosure in communication with the passage(s) (4 3, 4 4); a granular material in the chamber formed by the membrane, fluid that can be injected and expelled from the chamber by the passage(s) (4 3, 4 4); - a suction cup attached to the membrane suitable for grasping a flat object (16:16'), - the suction cup being opposite the support, the membrane is configured to allow, by its deformation, the suction in contact with one of the objects to orient itself according to that object, the granular material being such that the injection of fluid into the enclosure through the passage(s) (4 3, 4 4) allows the material to move from a solid phase to a loose phase, and fluid removal from the said enclosure allows the material to be transferred from the furniture phase to the solid phase, the device being characterized in that - the membrane is spherical, - the suction cup is positioned opposite the support along a longitudinal axis so that the outer surface of the remaining membrane is available between the said suction cup and the said support for the purpose of striking objects by deformation of the membrane in question. - a support with at least one passage (4 3, 4 4) for a fluid; - a membrane attached to the support and forming a deformable and closed enclosure in communication with the passage(s) (4 3, 4 4); a granular material in the chamber formed by the membrane, fluid that can be injected and expelled from the chamber by the passage(s) (4 3, 4 4); - a suction cup attached to the membrane suitable for grasping a flat object (16:16'), - the suction cup being opposite the support, - a suction cup attached to the membrane suitable for grasping a flat object (16:16'), - the suction cup being opposite the support, the membrane is configured to allow, by its deformation, the suction in contact with one of the objects to orient itself according to that object, the granular material being such that the injection of fluid into the enclosure through the passage(s) (4 3, 4 4) allows the material to move from a solid phase to a loose phase, and fluid removal from the said enclosure allows the material to be transferred from the furniture phase to the solid phase, the device being characterized in that - the membrane is spherical, - the suction cup is positioned opposite the support along a longitudinal axis so that the outer surface of the remaining membrane is available between the said suction cup and the said support for the purpose of striking objects by deformation of the membrane in question. - the membrane is spherical, - the suction cup is positioned opposite the support along a longitudinal axis so that the outer surface of the remaining membrane is available between the said suction cup and the said support for the purpose of striking objects by deformation of the membrane in question.
An automated method for aligning a 3D dental library model to 3D oral scan data, the method comprising: determining valid teeth of the 3D oral scan data wherein valid teeth are teeth that are not missing; extracting scan landmarks of the 3D oral scan data; loading a dental library model corresponding to the valid teeth of the 3D oral scan data wherein the dental library model comprises standard teeth of typical shape; extracting library landmarks of the 3D dental library model; initial-aligning the 3D dental library model to the 3D oral scan data using the scan landmarks and the library landmarks; and matching an individual tooth of the 3D dental library model and an individual tooth of the 3D oral scan data. determining valid teeth of the 3D oral scan data wherein valid teeth are teeth that are not missing; extracting scan landmarks of the 3D oral scan data; loading a dental library model corresponding to the valid teeth of the 3D oral scan data wherein the dental library model comprises standard teeth of typical shape; extracting library landmarks of the 3D dental library model; initial-aligning the 3D dental library model to the 3D oral scan data using the scan landmarks and the library landmarks; and matching an individual tooth of the 3D dental library model and an individual tooth of the 3D oral scan data.
A method comprising: receiving, by a mobility management function, a message indicating a revocation of an authentication and/or authorization, AA, of an aerial service of a wireless device; and sending, by the mobility management function to the wireless device, after an expiration of a time period in which a session associated with the aerial service is available after the revocation, a release message indicating a release of the session. receiving, by a mobility management function, a message indicating a revocation of an authentication and/or authorization, AA, of an aerial service of a wireless device; and sending, by the mobility management function to the wireless device, after an expiration of a time period in which a session associated with the aerial service is available after the revocation, a release message indicating a release of the session.
Method for coating a paper web, comprising the steps in the stated sequence: applying a first layer of a pre-determined quantity of melamine resin to a first side of the paper web, first drying of the paper web at a time immediately following the application of the first layer at a web temperature of 110° to 140°C, applying a second layer of a pre-determined quantity of urea-formaldehyde resin to a second side of the paper web, second drying of the paper web at a web temperature of 90° to 110°C. applying a first layer of a pre-determined quantity of melamine resin to a first side of the paper web, first drying of the paper web at a time immediately following the application of the first layer at a web temperature of 110° to 140°C, applying a second layer of a pre-determined quantity of urea-formaldehyde resin to a second side of the paper web, second drying of the paper web at a web temperature of 90° to 110°C.
Switching device for a multipolar low-voltage switch disconnector having an insulating housing in which two chambers are formed, of which a first chamber functions as a quenching chamber and a second chamber having a comparable volume functions as a connecting chamber, the switching device furthermore comprises a single interrupting movable rotary contact which is mounted in a bearing and in an interrupter shaft, the rotary contact being formed as a double-arm lever, the first lever arm of which carries a contact piece which comes into switching contact with a fixed contact (9") on a first power connecting bar with the aid of contact force springs (10', 10"), and the second lever arm of the rotary contact being connected to a flexible conductor, which is connected to a second power connecting bar (20") in a conductive manner, at an attachment point, characterised in that an electromagnetic contact force amplification means is arranged in the connecting chamber and overlaps the second lever arm when the contact pieces are closed, the contact force amplification means likewise overlapping parts of the flexible conductor, and a shielding plate being arranged in the interrupter shaft and reducing the cross section for the passage of arc gases from the contact chamber into the connecting chamber.
A nickel electrowinning method comprising: contacting an anode with a chloride-based electrolyte comprising nickel; and extracting nickel from the electrolyte, wherein the anode comprises a conductive substrate and a catalytic layer formed on the conductive substrate, and the catalytic layer contains a composite oxide of amorphous ruthenium oxide and amorphous titanium oxide, so that manganese oxyhydride and/or manganese dioxide deposition on the anode is suppressible. contacting an anode with a chloride-based electrolyte comprising nickel; and extracting nickel from the electrolyte, wherein the anode comprises a conductive substrate and a catalytic layer formed on the conductive substrate, and the catalytic layer contains a composite oxide of amorphous ruthenium oxide and amorphous titanium oxide, so that manganese oxyhydride and/or manganese dioxide deposition on the anode is suppressible.
A signal transfer device for transferring a signal through a transformer, comprising: - a receiving circuit; and - a transformer, wherein the transformer comprises: - a primary-side winding (P; P1, P2) that is formed out of a single coil or out of a plurality of coils connected in series or in parallel; - a secondary-side set winding of one transformer part of the transformer which is connected to a set-side input terminal of the receiving circuit; and - a secondary-side reset winding of another transformer part of the transformer which is connected to a reset-side input terminal of the receiving circuit, characterized in that the two secondary-side windings (S1, S2) are - magnetically coupled to each other densely so that a magnetic flux interlinking with one of the secondary-side windings (S1, S2) interlink also with the other secondary-side winding (S2, S1); - wound densely to share a core; and - wound in one and the same direction; and wherein terminals (pinS1, GND2) of the secondary-side set winding are placed reverse with respect to terminals (pinS2, GND2) of the secondary-side reset winding, so that voltages in the set-side input terminal and the reset-side input terminal of the receiving circuit change in opposite directions to each other when the magnetic flux changes. - a receiving circuit; and - a transformer, wherein the transformer comprises: - a primary-side winding (P; P1, P2) that is formed out of a single coil or out of a plurality of coils connected in series or in parallel; - a secondary-side set winding of one transformer part of the transformer which is connected to a set-side input terminal of the receiving circuit; and - a secondary-side reset winding of another transformer part of the transformer which is connected to a reset-side input terminal of the receiving circuit, characterized in that the two secondary-side windings (S1, S2) are - magnetically coupled to each other densely so that a magnetic flux interlinking with one of the secondary-side windings (S1, S2) interlink also with the other secondary-side winding (S2, S1); - wound densely to share a core; and - wound in one and the same direction; and - a primary-side winding (P; P1, P2) that is formed out of a single coil or out of a plurality of coils connected in series or in parallel; - a secondary-side set winding of one transformer part of the transformer which is connected to a set-side input terminal of the receiving circuit; and - a secondary-side reset winding of another transformer part of the transformer which is connected to a reset-side input terminal of the receiving circuit, characterized in that the two secondary-side windings (S1, S2) are - magnetically coupled to each other densely so that a magnetic flux interlinking with one of the secondary-side windings (S1, S2) interlink also with the other secondary-side winding (S2, S1); - wound densely to share a core; and - wound in one and the same direction; and