mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for automated creation of videos for interactive entertainment involving simultaneous interaction of multiple individuals in a video game, based on events that occur within that entertainment, comprising: an electronic storage device for storing an interactive entertainment history, said interactive entertainment history containing a series of events captured by the apparatus during said interactive entertainment for each of said individuals; wherein discrete events in said series of events are identified by the apparatus by reference to a corresponding, predetermined set of notable events that can occur within an interactive entertainment session; and a processor for searching said interactive entertainment history of a particular interactive entertainment session and identifying (310, 330) certain ones of the discrete events that have occurred during said interactive entertainment session, said events including elements to be used for creation of said video, said processor generating any of several combinations of views of said events, each view corresponding to a series of events captured during said interactive entertainment for a respective one of each of said multiple individuals and from a perspective of each of said individuals, said processor giving greater weight to events in which more highly rated users appear, in order to produce a video for popular events, as indicated by user ratings of the players who participated in the video game. an electronic storage device for storing an interactive entertainment history, said interactive entertainment history containing a series of events captured by the apparatus during said interactive entertainment for each of said individuals; wherein discrete events in said series of events are identified by the apparatus by reference to a corresponding, predetermined set of notable events that can occur within an interactive entertainment session; and a processor for searching said interactive entertainment history of a particular interactive entertainment session and identifying (310, 330) certain ones of the discrete events that have occurred during said interactive entertainment session, said events including elements to be used for creation of said video, said processor generating any of several combinations of views of said events, each view corresponding to a series of events captured during said interactive entertainment for a respective one of each of said multiple individuals and from a perspective of each of said individuals, said processor giving greater weight to events in which more highly rated users appear, in order to produce a video for popular events, as indicated by user ratings of the players who participated in the video game.
Ultrafine fibers of poly-4-hydroxybutyrate or copolymer thereof, produced by electrospinning, and having an average diameter of from 10 nm to 10 μm, wherein the weight average molecular weight of the poly-4-hydroxybutyrate or copolymer thereof decreases less than 10% during the processing of the polymer or copolymer into the electrospun ultrafine fibers.
A radio frequency ion guide (400; 500) having a plurality of electrodes (405; 505) arranged about an axis and a radio frequency voltage generator applying radio frequency voltages to the plurality of electrodes (405; 505) for radially confining ions, wherein the ions are received at an entrance end (415; 515) of the ion guide (400; 500), characterised in that each electrode of the plurality of electrodes (405; 505) has a forked front end which is located at the entrance end (415; 515) of the ion guide (400; 500), such that the forked front end allows rejected ions to escape from an interior of the ion guide (400; 500) to an outside of the ion guide (400; 500).
A medical device, comprising: a fluid maintaining device, a transmitter and a receiver positioned in association with the fluid maintaining device associated with the medical device; circuitry configured to drive the transmitter to transmit light energy to said fluid maintaining device; and a controller configured to receive data from the receiver and determine fluid level in said fluid maintaining device; wherein said transmitter is configured to transmit light energy at a predetermined wavelength and produce an absorption coefficient based on expected conditions within the fluid maintaining device, wherein the transmitter is positioned vertically aligned with respect to the receiver, wherein one among the transmitter and the receiver is positioned at the top of the fluid maintaining device and the other one among the transmitter and the receiver is positioned at the bottom of the fluid maintaining device. a fluid maintaining device, a transmitter and a receiver positioned in association with the fluid maintaining device associated with the medical device; circuitry configured to drive the transmitter to transmit light energy to said fluid maintaining device; and a controller configured to receive data from the receiver and determine fluid level in said fluid maintaining device; wherein said transmitter is configured to transmit light energy at a predetermined wavelength and produce an absorption coefficient based on expected conditions within the fluid maintaining device, wherein the transmitter is positioned vertically aligned with respect to the receiver, wherein one among the transmitter and the receiver is positioned at the top of the fluid maintaining device and the other one among the transmitter and the receiver is positioned at the bottom of the fluid maintaining device.
Method for operating a hydraulic damping device for a lifting mast of an industrial truck, in which deflections of the lifting mast are measured and the measured values are fed into a control device for the damping device and the control device generates actuating signals for an electric motor driving a hydraulic pump in accordance with the measured values, in which, furthermore, one or more operating parameters are stored in the control device, from which a prompt or imminent deflection of the mast can be derived, and the control device generates a preliminary signal in accordance with the operating parameters for generating an actuating signal for the electric motor in such a way that the electric motor is put into operation at a minimum rotational speed (N min) before the occurrence of a damping operation, independent of the speed (N soll) predetermined in the damping operation by the control device or an operator.
A hydraulic damper, in particular a motor vehicle suspension damper, comprising at least one tube filled with working liquid, inside of which a slidable piston assembly attached to a piston rod led outside the damper through a sealed rod guide and provided with rebound and compression valve assemblies to control the flow of working liquid passing through the piston assembly during rebound and compression stroke of the damper, is disposed dividing the tube into compression and rebound chamber, wherein the piston assembly comprises a body fixed to the piston rod and provided with at least one passage to allow free flow of working liquid between the rebound chamber and internal chamber in said piston body, an orifice plate provided with through rebound flow means, rebound valve means which cover compression side of said through rebound flow means, a cage member fixed to the piston assembly at the compression side thereof and provided with at least one passage (341, 343) to allow free flow of working liquid between the compression chamber and an internal chamber of said cage member, and a compression spring preloaded between the compression side of said cage member and said rebound valve means acting on said rebound valve means to normally close said compression side of said through rebound flow means, characterised in that, said orifice plate is further provided with an axial projection and said through rebound flow means have a form of a number of rebound flow passages disposed around said projection, and in that said rebound valve means comprise a deflectable disc and an elliptical disc disposed slidably one on top of the other over said axial projection.
A method performed in an automation system that comprises a plurality of ecosystems (102, 104, 106, 108) that define respective physical assets and a plurality of programmable logic controllers, PLCs (101a, 101b, 101c; 202), configured to control the physical assets, the method comprising: polling, by a consumer from one of the plurality of ecosystems (102, 104, 106, 108), the PLCs (101a, 101b, 101c; 202) for an automation function; in response to the polling, retrieving, by a first PLC of the plurality of PLCs (101a, 101b, 101c; 202) that includes a memory defining a plurality of dedicated memory areas (212, 214, 216), an interface from a registry memory area that stores information concerning available interfaces (224, 226) in a provider memory area of the plurality of dedicated memory areas (212, 214, 216), such that the consumer discovers the interface; and binding to the interface, by the consumer, so as to establish a connection between the consumer and the first PLC at runtime of the automation function. polling, by a consumer from one of the plurality of ecosystems (102, 104, 106, 108), the PLCs (101a, 101b, 101c; 202) for an automation function; in response to the polling, retrieving, by a first PLC of the plurality of PLCs (101a, 101b, 101c; 202) that includes a memory defining a plurality of dedicated memory areas (212, 214, 216), an interface from a registry memory area that stores information concerning available interfaces (224, 226) in a provider memory area of the plurality of dedicated memory areas (212, 214, 216), such that the consumer discovers the interface; and binding to the interface, by the consumer, so as to establish a connection between the consumer and the first PLC at runtime of the automation function.
Smartcard having at least a contactless interface, characterized in that the smartcard comprises: two coupling frames (CF-1, CF-2; 421, 422) separated by a dielectric layer (423; MT; CCT), the coupling frames being in two different layers of the smartcard, wherein each coupling frame comprises a metal layer having an opening (MO-1, MO-2) for receiving a transponder chip module having a module antenna (MA, LES), the opening being closely adjacent to and at least partially surrounding the transponder chip module when it is disposed in the opening; and a discontinuity comprising a slit or a non-conductive stripe, extending from the opening to a periphery of the metal layer. two coupling frames (CF-1, CF-2; 421, 422) separated by a dielectric layer (423; MT; CCT), the coupling frames being in two different layers of the smartcard, wherein each coupling frame comprises a metal layer having an opening (MO-1, MO-2) for receiving a transponder chip module having a module antenna (MA, LES), the opening being closely adjacent to and at least partially surrounding the transponder chip module when it is disposed in the opening; and a discontinuity comprising a slit or a non-conductive stripe, extending from the opening to a periphery of the metal layer.
A power converter, comprising: a first power input to receive AC input power; a second power input to receive backup power; a first DC bus configured to provide a positive DC output voltage; a second DC bus configured to provide a negative DC output voltage; and a power conversion circuit switchably coupled to the first power input and the second power input, the power conversion circuit operable to generate the positive and negative DC output voltages characterized in that the power conversion circuit is configured such that, in a backup mode of operation, the negative DC output voltage is generated using the backup power through a first current path of the power conversion circuit that includes a first diode (D3; 244) coupled between the second power input and the second DC bus, and, in a line mode of operation, the negative DC output voltage is generated using the AC input power through a second current path of the power conversion circuit that bypasses the first diode (D3; 244) and includes a second diode (D2; 234) coupled between the first power input and the second DC bus. a first power input to receive AC input power; a second power input to receive backup power; a first DC bus configured to provide a positive DC output voltage; a second DC bus configured to provide a negative DC output voltage; and a power conversion circuit switchably coupled to the first power input and the second power input, the power conversion circuit operable to generate the positive and negative DC output voltages characterized in that the power conversion circuit is configured such that, in a backup mode of operation, the negative DC output voltage is generated using the backup power through a first current path of the power conversion circuit that includes a first diode (D3; 244) coupled between the second power input and the second DC bus, and, in a line mode of operation, the negative DC output voltage is generated using the AC input power through a second current path of the power conversion circuit that bypasses the first diode (D3; 244) and includes a second diode (D2; 234) coupled between the first power input and the second DC bus.
A cast-in-place anchor comprising: a body defining a cavity and having a base for positioning the body on a wooden form board, the body being configured to be secured to the wooden form board by at least one fixing member; an opening in the base of the body in communication with the cavity; a plurality of additional openings (28, 30) in the body in communication with the cavity; a threaded member provided in the cavity; a support member also provided in the cavity for supporting the threaded member and for restricting the ingress of wet concrete through the additional openings (28, 30) into contact with the threaded member in use, whereby during concrete pouring physical contact occurs between the concrete and support member; wherein the anchor is configured such that after concrete pouring, concrete setting and form board removal in use a threaded rod can be inserted into the opening in the base of the body, past the support member and into threaded engagement with the threaded member, whereby interaction between the set concrete and support member enables suspending a load from the anchor. a body defining a cavity and having a base for positioning the body on a wooden form board, the body being configured to be secured to the wooden form board by at least one fixing member; an opening in the base of the body in communication with the cavity; a plurality of additional openings (28, 30) in the body in communication with the cavity; a threaded member provided in the cavity; a support member also provided in the cavity for supporting the threaded member and for restricting the ingress of wet concrete through the additional openings (28, 30) into contact with the threaded member in use, whereby during concrete pouring physical contact occurs between the concrete and support member; wherein the anchor is configured such that after concrete pouring, concrete setting and form board removal in use a threaded rod can be inserted into the opening in the base of the body, past the support member and into threaded engagement with the threaded member, whereby interaction between the set concrete and support member enables suspending a load from the anchor.
A box comprising a first box portion having a second box portion engaged thereon in such a manner that the box portions have matching housings (13, 14) for receiving a fastener screw for fastening the second box portion to the first box portion, the housing of the second box portion receiving a head of the screw and includes two diametrically opposite side orifices for passing a sealing wire that is received in a bore passing through the head of the screw, the box being characterized in that the housing in the second box portion comprises two top surface fractions extending the orifices in the vicinity of the housing and a bridge for retaining the cable in the orifice that is adjacent to each orifice and that extends over a gap between the corresponding top surface fraction and orifice, and in that the first box portion has two projections, each arranged to occupy at least in part a respective one of the gaps, having a top surface that is flush with the corresponding top surface fraction of the second box portion.
A device for mass balancing for a reciprocating internal combustion engine with at least one piston which can be driven by a crankshaft by way of a connecting rod, wherein precisely two balance shafts (3, 4) are provided for the device, wherein a first balance shaft is equipped with a first balance weight and a second balance shaft is equipped with a second balance weight, wherein the first balance shaft can be driven in rotation in the opposite direction from the crankshaft and the second balance shaft in the same direction, in each case at twice the crankshaft speed, characterised in that the first balance weight has a greater mass than the second balance weight.
A system for processing data, the system comprising: a continuous analyte sensor configured to be implanted within a body; sensor electronics configured to receive and process sensor data output by the sensor; and the sensor electronics coupled to a processor module, the processor module configured to: evaluate sensor data to determine whether a real time glucose value meets a first threshold that is configurable to be settable; evaluate sensor data to determine whether the real time glucose value meets a second threshold; activate a hypoglycemic indicator if either the first threshold or the second threshold are met; and provide an output based on the activated hypoglycemic indicator; characterized in that the second threshold is a fixed predetermined threshold. a continuous analyte sensor configured to be implanted within a body; sensor electronics configured to receive and process sensor data output by the sensor; and the sensor electronics coupled to a processor module, the processor module configured to: evaluate sensor data to determine whether a real time glucose value meets a first threshold that is configurable to be settable; evaluate sensor data to determine whether the real time glucose value meets a second threshold; activate a hypoglycemic indicator if either the first threshold or the second threshold are met; and provide an output based on the activated hypoglycemic indicator; characterized in that the second threshold is a fixed predetermined threshold. evaluate sensor data to determine whether a real time glucose value meets a first threshold that is configurable to be settable; evaluate sensor data to determine whether the real time glucose value meets a second threshold; activate a hypoglycemic indicator if either the first threshold or the second threshold are met; and provide an output based on the activated hypoglycemic indicator; characterized in that the second threshold is a fixed predetermined threshold.
Aerosol device containing a cosmetic composition comprising: - one or more fixing polymers, - one or more powders, - at least 0.05% by weight, with respect to the total weight of the composition, of one or more polydimethylsiloxanes comprising dimethylsilanol end groups, - one or more organic solvents, and - one or more propellants, at least one of which is dimethyl ether; the ratio by weight of the total amount of the powder(s) to the total amount of the fixing polymer(s) is greater than or equal to 1. - one or more fixing polymers, - one or more powders, - at least 0.05% by weight, with respect to the total weight of the composition, of one or more polydimethylsiloxanes comprising dimethylsilanol end groups, - one or more organic solvents, and - one or more propellants, at least one of which is dimethyl ether;
A terminal anti-theft method, applied to a terminal device, wherein the terminal device comprises a secure storage chip, and the method comprises: reading, by the terminal device, an anti-theft identifier if the terminal device is directly powered-on and in a running state after ROM flashing is performed, wherein the anti-theft identifier is stored in the secure storage chip; reading, by the terminal device, a first account from the secure storage chip when the anti-theft identifier indicates that the terminal device is in a lost state, wherein the first account is an account associated with the terminal device; obtaining, by the terminal device, a second account, wherein the second account is an account that is currently logged-in on the terminal device; and determining, by the terminal device, whether the first account is consistent with the second account; characterized in that the method further comprises a step of displaying, by the terminal device, a first interface if the first account is inconsistent with the second account, wherein the first interface indicates that the terminal device is locked, wherein the reading, by the terminal device, an anti-theft identifier comprises: reading, by the terminal device, the anti-theft identifier in response to an operation that a user changes a lock screen password. reading, by the terminal device, an anti-theft identifier if the terminal device is directly powered-on and in a running state after ROM flashing is performed, wherein the anti-theft identifier is stored in the secure storage chip; reading, by the terminal device, a first account from the secure storage chip when the anti-theft identifier indicates that the terminal device is in a lost state, wherein the first account is an account associated with the terminal device; obtaining, by the terminal device, a second account, wherein the second account is an account that is currently logged-in on the terminal device; and determining, by the terminal device, whether the first account is consistent with the second account; characterized in that the method further comprises a step of displaying, by the terminal device, a first interface if the first account is inconsistent with the second account, wherein the first interface indicates that the terminal device is locked, wherein the reading, by the terminal device, an anti-theft identifier comprises: reading, by the terminal device, the anti-theft identifier in response to an operation that a user changes a lock screen password.
A device for generating electrical power, the device comprising a scroll expander with first and second scrolls (11a, 12a) configured to move relative to each other when a fluid is provided to an inlet at a higher pressure than a pressure at an outlet, characterised in that the first scroll is configured to provide a magnetic field and the second scroll comprises one or more conductors in which electric currents are induced when the first and second scrolls move relative to each other.