mhurhangee/ep-ind-claims huggingface dataset:
A dart game device providing dart game modes, the dart game device comprising: a user input unit configured to receive an input for selecting a dart game scheme; a network connection unit configured to enable communication between the dart game device and a network on which at least a database server, a relay server, a web server and a game server are positioned; a controller configured to accumulate credits paid from one or more players (P1, P2), to allow the one or more players (P1, P2) to perform a dart game based on the selected dart game scheme, and to calculate the accumulated credits of the one or more players (P1, P2) based on a result depending on the selected dart game scheme; and an output unit configured to output the result depending on the selected dart game scheme, characterized in that the dart game device further comprises a dart plate connected with the dart game device and extended in a horizontal direction, the dart plate including an illumination unit disposed at a position corresponding to a throw-line, in that the user input unit is also configured to receive an input for selecting a betting mode from the one or more players (P1, P2), an input for selecting the calculation rate of the accumulated credits and an input for selecting a handicap mode; in that the network connection unit is also configured to transmit a betting dart game participation request to one or more other players who do not participate in the dart game; and in that the illumination unit is configured to display different positions for the one or more players (P1, P2) to throw a dart when the handicap mode is determined. a user input unit configured to receive an input for selecting a dart game scheme; a network connection unit configured to enable communication between the dart game device and a network on which at least a database server, a relay server, a web server and a game server are positioned; a controller configured to accumulate credits paid from one or more players (P1, P2), to allow the one or more players (P1, P2) to perform a dart game based on the selected dart game scheme, and to calculate the accumulated credits of the one or more players (P1, P2) based on a result depending on the selected dart game scheme; and an output unit configured to output the result depending on the selected dart game scheme, in that the dart game device further comprises a dart plate connected with the dart game device and extended in a horizontal direction, the dart plate including an illumination unit disposed at a position corresponding to a throw-line, in that the user input unit is also configured to receive an input for selecting a betting mode from the one or more players (P1, P2), an input for selecting the calculation rate of the accumulated credits and an input for selecting a handicap mode; in that the network connection unit is also configured to transmit a betting dart game participation request to one or more other players who do not participate in the dart game; and in that the illumination unit is configured to display different positions for the one or more players (P1, P2) to throw a dart when the handicap mode is determined.
An object comprising a substrate and an indicia comprising a fluorescent material and a phosphorescent material, the fluorescent material emitting a fluorescent radiation in response to UV illumination, and the phosphorescent material phosphorescing a phosphorescent radiation in response to UV illumination and continuing to phosphoresce for a period of time after the UV illumination is stopped, wherein the fluorescent radiation and the phosphorescent radiation jointly create a first color when under UV illumination, and wherein the phosphorescent radiation creates, after UV illumination is stopped, a second color which is different than the first color.
Method for enabling multi-channel signaling in a vehicular ad hoc network, wherein said communication network comprises a multitude of communication nodes (A, B, C, D, E), wherein the communication among said communication nodes (A, B, C, D, E) is performed by way of sending and receiving messages on communication channels, wherein said communication channels include a control channel and at least one service channel, wherein communication nodes (A, B, C, D, E) embed information related to communication channel usage in messages (MA, MB, MC, MD, ME) that are sent on one of said communication channels, wherein said information indicates to others of said communication nodes a service channel that is intended to be employed for a specific service and/or application (A1, A2) by the communication node having sent the respective message, and wherein said information includes information on said service channel as well as on the service and/or application (A1, A2).
A method of operating a gas turbine engine, the method comprising: operating the engine over a range of power output levels; and treating the exhaust of the engine in a selective catalytic reduction process, characterized in that the method further comprises controlling a mass flow of NOx produced in the exhaust of the engine to be within 10% of a constant NOx mass flow value over the range of power output levels. operating the engine over a range of power output levels; and treating the exhaust of the engine in a selective catalytic reduction process,
A container blank handling apparatus for a container blank trimming system for metallic tubular container blanks, the handling apparatus comprising first and second air bearing body portions (28,36) having respective arcuate inner surfaces, wherein the first and second body portions are arranged to be moveable with respect to one another between a closed configuration of the apparatus in which the inner surfaces are substantially contiguous so as to form a substantially continuous bearing surface which defines a container blank receiving volume of the apparatus, and an open configuration of the apparatus in which the first and second body portions spaced apart from one another such that the inner surfaces are not contiguous with one another, and wherein at least one of the first and second body portions (28,36) defines an air delivery pathway therethrough, the air delivery pathway terminating in at least one air delivery aperture in the inner surface of the body portion such that the air delivery pathway is contiguous with the air delivery aperture, the pathway and aperture being arranged for supply of air therethrough into the container blank receiving volume.
A delivery catheter for inserting an implant at a target site in a vessel or organ of a mammal, wherein the delivery catheter has: an inner shaft, which is designed to carry the implant during the insertion and to release the implant at the target site and which has an atraumatic distal catheter tip (3; 3'), and an outer shaft, which surrounds the inner shaft and is displaceable relative thereto, for displacing the implant at the target site, wherein the outer shaft, at its distal end, carries an implant capsule for receiving the implant in an encasing manner during the insertion, wherein the catheter tip is fixed to the inner shaft at or close to the distal end thereof and, at least in a proximal portion, can be resiliently expanded by a compressive force acting axially in the distal direction, and a plunger element, which, proximally from the proximal end of the catheter tip, is axially displaceable relative thereto, is inserted into the outer shaft and, as the outer shaft is moved forward relative to the inner shaft beyond a predetermined point, is acted on at its proximal end by the axially acting compressive force and transfers this to the proximal end of the catheter tip, whereby the resilient expansion thereof is implemented. an inner shaft, which is designed to carry the implant during the insertion and to release the implant at the target site and which has an atraumatic distal catheter tip (3; 3'), and an outer shaft, which surrounds the inner shaft and is displaceable relative thereto, for displacing the implant at the target site, wherein the outer shaft, at its distal end, carries an implant capsule for receiving the implant in an encasing manner during the insertion, wherein the catheter tip is fixed to the inner shaft at or close to the distal end thereof and, at least in a proximal portion, can be resiliently expanded by a compressive force acting axially in the distal direction, and a plunger element, which, proximally from the proximal end of the catheter tip, is axially displaceable relative thereto, is inserted into the outer shaft and, as the outer shaft is moved forward relative to the inner shaft beyond a predetermined point, is acted on at its proximal end by the axially acting compressive force and transfers this to the proximal end of the catheter tip, whereby the resilient expansion thereof is implemented.
Method for determining information (Info) about a non-determined state of a drive motor system and/or of a drive battery pack of a gardening, forestry and/or construction device, wherein the method involves the following steps: - acquiring at least one sensor temperature of at least one temperature component of the drive motor system and/or of the drive battery pack by way of at least one component temperature sensor at the same time as and/or at a time after an operation of the drive motor system and/or of the drive battery pack, wherein the temperature component heats up or cools down due to the operation, - ascertaining operating data of the operation, wherein the operating data are of a different kind than the sensor temperature, - ascertaining at least one model temperature or a variable representative of the model temperature of the at least one temperature component based on the ascertained operating data by way of a temperature model, and comparing the acquired sensor temperature or a variable based on the sensor temperature and the ascertained model temperature or the ascertained variable representative of the model temperature, wherein the temperature model is based on at least one model state (AZyes) of the drive motor system and/or of the drive battery pack, and - determining the information (Info) on the basis of a result of the comparison. - acquiring at least one sensor temperature of at least one temperature component of the drive motor system and/or of the drive battery pack by way of at least one component temperature sensor at the same time as and/or at a time after an operation of the drive motor system and/or of the drive battery pack, wherein the temperature component heats up or cools down due to the operation, - ascertaining operating data of the operation, wherein the operating data are of a different kind than the sensor temperature, - ascertaining at least one model temperature or a variable representative of the model temperature of the at least one temperature component based on the ascertained operating data by way of a temperature model, and comparing the acquired sensor temperature or a variable based on the sensor temperature and the ascertained model temperature or the ascertained variable representative of the model temperature, wherein the temperature model is based on at least one model state (AZyes) of the drive motor system and/or of the drive battery pack, and comparing the acquired sensor temperature or a variable based on the sensor temperature and the ascertained model temperature or the ascertained variable representative of the model temperature, wherein the temperature model is based on at least one model state (AZyes) of the drive motor system and/or of the drive battery pack, and - determining the information (Info) on the basis of a result of the comparison.
A free-tipped axial fan assembly comprising: a fan comprising a plurality of generally radially extending blades, each of the plurality of blades having a leading edge, a trailing edge, and a blade tip; and a shroud comprising a shroud barrel surrounding at least a portion of the blade tips with a tip gap being defined between the shroud barrel and the blade tips; wherein the fan has a blade tip radius R and a diameter D equal to twice the blade tip radius R; wherein each of the plurality of blades has a sectional geometry which at every radial position has a mean line, the mean line having a chord length (c), a blade angle (θ), and a camber distribution (f(x/c)), the camber distribution (f(x/c)) having a maximum camber (fmax), wherein the camber (f) at any non-dimensional chordwise position (x/c) is the distance between a nose-tail line and the mean line at that position, measured normal to the nose-tail line; characterized in that the maximum camber (fmax) of each of the plurality of blades exhibits an abrupt and significant increase as the blade tip radius R is closely approached in the direction of increasing radial position. a fan comprising a plurality of generally radially extending blades, each of the plurality of blades having a leading edge, a trailing edge, and a blade tip; and a shroud comprising a shroud barrel surrounding at least a portion of the blade tips with a tip gap being defined between the shroud barrel and the blade tips; wherein the fan has a blade tip radius R and a diameter D equal to twice the blade tip radius R; wherein each of the plurality of blades has a sectional geometry which at every radial position has a mean line, the mean line having a chord length (c), a blade angle (θ), and a camber distribution (f(x/c)), the camber distribution (f(x/c)) having a maximum camber (fmax), wherein the camber (f) at any non-dimensional chordwise position (x/c) is the distance between a nose-tail line and the mean line at that position, measured normal to the nose-tail line; characterized in that the maximum camber (fmax) of each of the plurality of blades exhibits an abrupt and significant increase as the blade tip radius R is closely approached in the direction of increasing radial position.
A bonnet arrangement (1,1') for a vehicle, said bonnet arrangement (1, 1') comprising - a bonnet, and - a hinge arrangement (5, 5'), which is adapted to be attached to said bonnet, said hinge arrangement (5, 5') being arranged to permit pivotal displacement of said bonnet relative to said vehicle around a first pivot axis located in said hinge arrangement (5, 5'), said hinge arrangement (5, 5') is adapted to be attached to said bonnet at a hinge attachment zone, said bonnet has a longitudinal extension in an intended direction of travel, said bonnet arrangement (1, 1') further comprises - a passive energy absorbing member (7, 7'), said energy absorbing member (7, 7') being positioned and arranged so as to absorb impact energy from an impact occurring at said bonnet in a region above said hinge arrangement (5, 5'), said energy absorbing member (7, 7') is adapted to be located at least partly above said hinge arrangement (5, 5'), when mounted in a vehicle, characterized in that said energy absorbing member (7, 7') is located longitudinally rearwards of said hinge attachment zone. - a bonnet, and - a hinge arrangement (5, 5'), which is adapted to be attached to said bonnet, said hinge arrangement (5, 5') being arranged to permit pivotal displacement of said bonnet relative to said vehicle around a first pivot axis located in said hinge arrangement (5, 5'), said hinge arrangement (5, 5') is adapted to be attached to said bonnet at a hinge attachment zone, said bonnet has a longitudinal extension in an intended direction of travel, said bonnet arrangement (1, 1') further comprises - a passive energy absorbing member (7, 7'), said energy absorbing member (7, 7') being positioned and arranged so as to absorb impact energy from an impact occurring at said bonnet in a region above said hinge arrangement (5, 5'), said energy absorbing member (7, 7') is adapted to be located at least partly above said hinge arrangement (5, 5'), when mounted in a vehicle, characterized in that said energy absorbing member (7, 7') is located longitudinally rearwards of said hinge attachment zone.
An atomizing unit, characterized by comprising: a tubular heating assembly; and a liquid conducting member; wherein the liquid conducting member is wrapped around an outer periphery of the tubular heating assembly or fitted to an inner peripheral surface of the tubular heating assembly; wherein the tubular heating assembly comprises an annular connecting portion, characterized in that the tubular heating assembly further comprises at least two heating portions connected to one end surface of the connecting portion and arranged around the end surface, and electrode portions connected to one end of the heating portions away from the connecting portion; wherein each side of two opposite sides of one heating portion faces to a corresponding side of its adjacent heating portion with a gap therebetween; and wherein the at least two heating portions are connected in series through the connecting portion. a tubular heating assembly; and a liquid conducting member; wherein the liquid conducting member is wrapped around an outer periphery of the tubular heating assembly or fitted to an inner peripheral surface of the tubular heating assembly; wherein the tubular heating assembly comprises an annular connecting portion, characterized in that the tubular heating assembly further comprises at least two heating portions connected to one end surface of the connecting portion and arranged around the end surface, and electrode portions connected to one end of the heating portions away from the connecting portion; wherein each side of two opposite sides of one heating portion faces to a corresponding side of its adjacent heating portion with a gap therebetween; and wherein the at least two heating portions are connected in series through the connecting portion.
A winding and twisting device of a ring spinning or ring twisting machine, comprising: at least one stator, comprising at least one superconducting material and a stator cooling system, at least one magnetic field generating rotor, and a rotatable spindle, wherein the rotor and the stator are arranged coaxially to the spindle; and wherein the stator has a plurality of superconducting subregions which are spaced apart from one another in the circumferential direction of the spindle; wherein the rotor and the stator are configured in such a way that the rotor can be mounted without contact due to magnetic levitation during operation of the winding and twisting device; the rotor and the stator are configured in such a way that an annular air gap is formed between the rotor and the stator, arranged coaxially to the spindle, in which the thread to be wound can circulate; the rotor and/or the stator have at least one annular yarn guide element (3, 13) arranged coaxially to the spindle; and the yarn guide element of the rotor and/or the yarn guide element of the stator delimit the air gap. at least one stator, comprising at least one superconducting material and a stator cooling system, at least one magnetic field generating rotor, and a rotatable spindle, wherein the rotor and the stator are arranged coaxially to the spindle; and wherein the stator has a plurality of superconducting subregions which are spaced apart from one another in the circumferential direction of the spindle; wherein the rotor and the stator are configured in such a way that the rotor can be mounted without contact due to magnetic levitation during operation of the winding and twisting device; the rotor and the stator are configured in such a way that an annular air gap is formed between the rotor and the stator, arranged coaxially to the spindle, in which the thread to be wound can circulate; the rotor and/or the stator have at least one annular yarn guide element (3, 13) arranged coaxially to the spindle; and the yarn guide element of the rotor and/or the yarn guide element of the stator delimit the air gap.
A tabletop product demonstration fixture for a portable electronic device, the product demonstration fixture comprising: a base configured to sit on a tabletop, the base comprising an upper layer and a bottom layer, the upper layer defining an uppermost surface of the product demonstration fixture and comprising a display window extending through the upper layer; a tablet computing device having a touch screen accessible through and disposed below the display window; an elevating attachment rigidly coupled to the base and extending above the upper layer of the base, the elevating attachment configured to secure the portable electronic device to the base above the upper layer and next to the tablet computing device such that the portable electronic device and the tablet computing device are disposed in a side-by-side relationship; wherein the upper layer is angled relative to the bottom layer, and wherein the maximum depth dimension of the base is larger than the maximum height dimension of the base. a base configured to sit on a tabletop, the base comprising an upper layer and a bottom layer, the upper layer defining an uppermost surface of the product demonstration fixture and comprising a display window extending through the upper layer; a tablet computing device having a touch screen accessible through and disposed below the display window; an elevating attachment rigidly coupled to the base and extending above the upper layer of the base, the elevating attachment configured to secure the portable electronic device to the base above the upper layer and next to the tablet computing device such that the portable electronic device and the tablet computing device are disposed in a side-by-side relationship; wherein the upper layer is angled relative to the bottom layer, and wherein the maximum depth dimension of the base is larger than the maximum height dimension of the base.