mhurhangee/ep-ind-claims huggingface dataset:
A PEGylated human Factor VIIa polypeptide for the use in prevention or treatment of a bleeding episode, wherein said polypeptide is for administering via a subcutaneous or intramuscular route, and wherein the average molecular weight of the polyethylene glycol moiety is 40 KDa.
A supply method for supplying power to induction means, the induction means (I1, I2, I3) being associated with a cooking zone (F1, F2, F3, F4) and being supplied with power at setting-based power values respectively by an inverter power supply device comprising switching means (A, B) operating at a working frequency (F T), in continuous mode when the setting-based power value is greater than or equal to a minimum instantaneous power, and in chopped mode when the setting-based power value is lower than said minimum instantaneous power, said minimum instantaneous power corresponding to a maximum frequency of continuous operation (F 2), the supply method being characterized in that the switching means (A, B) are put in operation for a predefined duration (Tx) at a starting frequency (F d) greater than the maximum frequency of continuous operation (F 2), at the start of a program period (T prog).
Incandescent electric lamp at least comprising: - a filament having at least one portion comprising coils arranged in a spiral pattern around an axis of revolution, and a secondary part connected to the portion by a spacer; and - a metal current supply rod, the second part being secured to the metal rod by the spacer; said lamp being characterised in that the spacer comprises at least two coils stretched in a direction parallel to the axis of revolution of the portion, and in that the metal rod comprises a hook to which the spacer is connected. - a filament having at least one portion comprising coils arranged in a spiral pattern around an axis of revolution, and a secondary part connected to the portion by a spacer; and - a metal current supply rod, the second part being secured to the metal rod by the spacer;
A method in a user equipment, the method comprising, at the user equipment: sending a first message to a cell; receiving a rejection, or failing to receive an acknowledgement, of the message within a period, and in response: beginning to process messages sent on a common channel from the cell for an indication of the end of congestion; and when the indication of the end of congestion is processed: re-sending the first message, if the indication of the end of congestion indicates that the congestion has ended. sending a first message to a cell; receiving a rejection, or failing to receive an acknowledgement, of the message within a period, and in response: beginning to process messages sent on a common channel from the cell for an indication of the end of congestion; and beginning to process messages sent on a common channel from the cell for an indication of the end of congestion; and when the indication of the end of congestion is processed: re-sending the first message, if the indication of the end of congestion indicates that the congestion has ended.
An output control system comprising: a first power controller configured to control an output of a first power source; a second power controller configured to control an output of a second power source; and a controller configured to determine a control mode based on a state of a motor and to control one or both of the first power controller and the second power controller based on the control mode, wherein the first power source is a battery, and the second power source is a fuel cell, wherein the control mode includes one of a first control mode, a second control mode, and a third control mode, wherein the controller is configured to determine the control mode to be the first control mode, when a temperature of the motor is a first temperature or more, wherein the controller is configured to determine the control mode to be the second control mode, when the temperature of the motor is less than the first temperature and is a second temperature or more, wherein the controller is configured to determine the control mode to be the third control mode, when the temperature of the motor is less than the second temperature, and wherein, in the second control mode, the controller is configured to allow the second power controller to fix the output of the second power source to a given value and to allow the first power controller to control the output of the first power source based on the state of the motor. a first power controller configured to control an output of a first power source; a second power controller configured to control an output of a second power source; and a controller configured to determine a control mode based on a state of a motor and to control one or both of the first power controller and the second power controller based on the control mode, wherein the first power source is a battery, and the second power source is a fuel cell, wherein the control mode includes one of a first control mode, a second control mode, and a third control mode, wherein the controller is configured to determine the control mode to be the first control mode, when a temperature of the motor is a first temperature or more, wherein the controller is configured to determine the control mode to be the second control mode, when the temperature of the motor is less than the first temperature and is a second temperature or more, wherein the controller is configured to determine the control mode to be the third control mode, when the temperature of the motor is less than the second temperature, and wherein, in the second control mode, the controller is configured to allow the second power controller to fix the output of the second power source to a given value and to allow the first power controller to control the output of the first power source based on the state of the motor.
A robot cleaner comprising: a cleaner main body defining an external appearance of the robot cleaner; a suction unit provided in the cleaner main body for suctioning air containing dust; a dust separation unit for separating the dust from the air suctioned through the suction unit; a fan unit connected to the dust separation unit for providing suction force to the suction unit; and a housing having an air flow path for guiding the air discharged from the fan unit, wherein the housing accommodates a battery for supplying electricity to the fan unit, wherein the air passing through the air flow path exchanges heat with the battery, wherein the housing is provided at an inlet thereof with an exhaust filter, wherein the air having passed through the exhaust filter enters into the air flow path, and characterized in that the dust contained in the air discharged from the fan unit is caught by the exhaust filter. a cleaner main body defining an external appearance of the robot cleaner; a suction unit provided in the cleaner main body for suctioning air containing dust; a dust separation unit for separating the dust from the air suctioned through the suction unit; a fan unit connected to the dust separation unit for providing suction force to the suction unit; and a housing having an air flow path for guiding the air discharged from the fan unit, wherein the housing accommodates a battery for supplying electricity to the fan unit, wherein the air passing through the air flow path exchanges heat with the battery, wherein the housing is provided at an inlet thereof with an exhaust filter, wherein the air having passed through the exhaust filter enters into the air flow path, and characterized in that the dust contained in the air discharged from the fan unit is caught by the exhaust filter.
A method performed by a device proxy associated with a wireless device in a wireless network, for handling radio communication of content data from a data source to be played out on a media player of the wireless device, the method comprising: - detecting that content data of a potential data class is available for radio communication to the device proxy from said data source on behalf of the wireless device, the potential data class indicating that a certain delay for delivering data can be tolerated, - fetching segments of the content data from the data source over a potential data bearer dedicated for data of said potential data class, - storing the fetched segments of content data in an intermediate buffer, and - delivering the segments of content data from the intermediate buffer when requested by the media player, wherein the step of fetching further comprises that further segments of the content data are fetched over the potential data bearer until the content data of the potential data class becomes unavailable, until all accessible segments have been fetched, or until an intermediate buffer is full, wherein, if it is determined that only a first range of one segment is fetched over the potential data bearer, a second range of the same segment is fetched over a nonpotential data bearer and the first and second ranges of the segment are joined by the device proxy to form a complete segment before delivery to the media player. - detecting that content data of a potential data class is available for radio communication to the device proxy from said data source on behalf of the wireless device, the potential data class indicating that a certain delay for delivering data can be tolerated, - fetching segments of the content data from the data source over a potential data bearer dedicated for data of said potential data class, - storing the fetched segments of content data in an intermediate buffer, and - delivering the segments of content data from the intermediate buffer when requested by the media player, wherein the step of fetching further comprises that further segments of the content data are fetched over the potential data bearer until the content data of the potential data class becomes unavailable, until all accessible segments have been fetched, or until an intermediate buffer is full, wherein, if it is determined that only a first range of one segment is fetched over the potential data bearer, a second range of the same segment is fetched over a nonpotential data bearer and the first and second ranges of the segment are joined by the device proxy to form a complete segment before delivery to the media player.
An apparatus for closing an open end of a tubular body made from a polymer fabric or non-woven polymer fabric, which tubular body is conveyed lying flat in a transverse conveying direction transverse to the longitudinal direction of the tubular body, having an application unit, which is designed to cover the open end of the tubular body with a V-shaped or U-shaped folded material strip and connect said to the tubular body in an overlapping manner, such that the material strip surrounds the tubular body at the open end and closes the open end of the tubular body, characterized in that for closing an open end of a tubular body, which on both sides in the longitudinal direction comprises side folds having side fold walls between main sections of the tubular body, the apparatus comprises a connecting unit, which, in the transverse conveying direction, is arranged in front of the application unit and is designed, in the region of the open end of the tubular body, to connect respectively one side fold wall to a main section of the tubular body and in the region of the open end, to connect the side fold walls of the side folds to one another.
An One-Time Programmable, OTP, type nonvolatile memory comprising a memory cell (107, 1300, 200, 1507, 1700, 1600, 157, 1350, 250) comprising at least two memory elements (108, 109, 1301, 1302, 201, 202, 1508, 1701, 1601, 158, 159, 160, 1351, 1352, 1353, 251, 252, 253) that can electrically transit only from a first state, L, to a second state, H, by applying at least a voltage or a current; wherein the second state, H, is different in electric characteristics from the first state, L; wherein the memory cell (107, 1300, 200, 1507, 1700, 1600, 157, 1350, 250) is capable of storing data such that at least one of the memory elements (108, 109, 1301, 1302, 201, 202, 1508, 1701, 1601, 158, 159, 160, 1351, 1352, 1353, 251, 252, 253) is in the second state, H; characterized in that each of the memory elements (108, 109, 1301, 1302, 201, 202, 1508, 1701, 1601, 158, 159, 160, 1351, 1352, 1353, 251, 252, 253) is formed by a transistor having a floating gate; wherein the nonvolatile memory comprises a write circuit, wherein the write circuit is operable to convert input data into internal data by a write potential, Vw, or ground, GND, wherein the write circuit is driven such that the internal data bus lines (1311, 1312) are at respective potentials V w and GND in case the input data is "1" such that the memory cell (107, 1300, 200, 1507, 1700, 1600, 157, 1350, 250) is written to be in a state (H, L); wherein the write circuit is driven such that the internal data bus lines (1311, 1312) are at respective potentials GND and V w in case the input data is "0" such that the memory cell (107, 1300, 200, 1507, 1700, 1600, 157, 1350, 250) is written to be in a state (L, H); wherein the order of transition of states of the memory cells is either (L, L), then (L, H), then (H, H) or (L, L), then (H, L), then (H, H).
A wind turbine, comprising: a tower, a nacelle, at least one blade (13, 14, 15) with a tip end (13a, 14a, 15a) and a root end (13b, 14b, 15b), and monitoring means for monitoring the surface condition of the blade (13, 14, 15), wherein said monitoring means is located at the tower or at the nacelle, and wherein said monitoring means is adapted to monitor the surface condition of at least substantially one entire side of the blade (13, 14, 15) from its tip end (13a, 14a, 14c) to its root end (13b, 14b, 15b), wherein the wind turbine further comprises a blade pitch control for rotating the at least one blade (13, 14, 15) around its longitudinal axis, wherein the blade pitch control is adapted to rotate the at least one blade (13, 14, 15) for monitoring substantially the entire blade surface condition in the circumferential direction of the blade (13, 14, 15), wherein the blade (13, 14, 15) is adapted to be aligned along the longitudinal direction of the tower, wherein the monitoring means is adapted to be moved along the tower to monitor the blade surface condition of at least substantially one entire side of the blade (13, 14, 15) from its tip end (13a, 14a, 15a) to its root end (13b, 14b, 15b), and wherein the monitoring means is adapted to be moved around the tower along its circumferential direction according to the position of the blade (13, 14, 15). a tower, a nacelle, at least one blade (13, 14, 15) with a tip end (13a, 14a, 15a) and a root end (13b, 14b, 15b), and monitoring means for monitoring the surface condition of the blade (13, 14, 15), wherein said monitoring means is located at the tower or at the nacelle, and wherein said monitoring means is adapted to monitor the surface condition of at least substantially one entire side of the blade (13, 14, 15) from its tip end (13a, 14a, 14c) to its root end (13b, 14b, 15b), wherein the wind turbine further comprises a blade pitch control for rotating the at least one blade (13, 14, 15) around its longitudinal axis, wherein the blade pitch control is adapted to rotate the at least one blade (13, 14, 15) for monitoring substantially the entire blade surface condition in the circumferential direction of the blade (13, 14, 15), wherein the blade (13, 14, 15) is adapted to be aligned along the longitudinal direction of the tower, wherein the monitoring means is adapted to be moved along the tower to monitor the blade surface condition of at least substantially one entire side of the blade (13, 14, 15) from its tip end (13a, 14a, 15a) to its root end (13b, 14b, 15b), and wherein the monitoring means is adapted to be moved around the tower along its circumferential direction according to the position of the blade (13, 14, 15).
A compressed air energy storage (CAES) system alternately operable in a compression mode and an expansion mode, the CAES system comprising: a motor-generator unit; a drive shaft connected to the motor-generator unit and configured to transmit rotational power to and from the motor-generator unit; at least one reversible compressor-expander unit coupled to the drive shaft and arranged to selectively compress and expand air; an air storage unit connected to the reversible compressor-expander unit and configured to store compressed air received therefrom; and at least one thermal energy storage unit; characterized in that the at least one reversible compressor-expander unit comprises: a first reversible compressor-expander unit; and a second reversible compressor-expander unit; and the at least one thermal energy storage unit is connected between the first reversible compressor-expander unit and the second reversible compressor-expander unit; wherein the first and second reversible compressor-expander units (22, 24) are fluidly connected by a compression-expansion path to form a two-stage compression expansion system; wherein the at least one reversible compressor-expander unit is arranged to compress air during the compression mode and expand air during the expansion mode. a motor-generator unit; a drive shaft connected to the motor-generator unit and configured to transmit rotational power to and from the motor-generator unit; at least one reversible compressor-expander unit coupled to the drive shaft and arranged to selectively compress and expand air; an air storage unit connected to the reversible compressor-expander unit and configured to store compressed air received therefrom; and at least one thermal energy storage unit; characterized in that the at least one reversible compressor-expander unit comprises: a first reversible compressor-expander unit; and a second reversible compressor-expander unit; and the at least one thermal energy storage unit is connected between the first reversible compressor-expander unit and the second reversible compressor-expander unit; wherein the first and second reversible compressor-expander units (22, 24) are fluidly connected by a compression-expansion path to form a two-stage compression expansion system; wherein the at least one reversible compressor-expander unit is arranged to compress air during the compression mode and expand air during the expansion mode.
An industrial truck having a communication network, comprising a first and a second network device (4, 6) which are connected to one another via a data line, characterized in that the first and/or the second network device (4, 6) is/are designed to determine a signal quality index of a data connection between the first and the second network device (4, 6) established via the data line, wherein a logic unit which is designed to determine a temporal progress of the signal quality index by repeatedly requesting the signal quality index at the first and/or second network device (4, 6) and to save said temporal progress of the signal quality index until a service event.
APPLIANCE LEG of the type having a threaded tube terminating in a support block or base, WHICH COMPRISES a flexible troncoconical surface joining said threaded tube and said support base, where the zone joining the section of the appliance leg forming said surface and said threaded tube is realized in a hexagonal shape; characterised in that said threaded tube has, from the upper portion of the part towards said support base, a first section possessing planar threads and a second section possessing approximately elliptical threads.
An arrangement for offshore operations, including marine assets and a simulation system, the marine assets including at least an anchor, a line coupling the anchor with a winch, and a movable or fixed support platform (10 or 11) located offshore for supporting the winch, the simulation system comprising a storage space storing a computational model of the marine assets, inputs for receiving sensor data (Ds) pertaining to a state of the marine assets and/or of an environment wherein the marine assets are used, a user interface for enabling an operator to monitor and to provide input data to control the simulation, wherein the simulation system is provided for computing additional information pertaining to a state of said marine assets and for graphically representing said marine assets based on said received sensor data and said control input using said computational model, wherein said at least a line is modelled as a first portion extending between the winch and a touch-down point where the line touches the seabed and a second portion extending between the touch-down point and the anchor, characterized in that the additional information comprises information specifying an estimated position of said anchor, and wherein said sensor data comprises a value indicative for a measured tension in said line, a value for the measured payout of said line by said winch, and wherein the simulation system computes the estimated position using said computational mode by estimating a trajectory between an original, laid position of said anchor to said estimated position along which the anchor is expected to have been dragged along the seabed taking into account these measured values to reach a new equilibrium point between drag forces and seabed friction.
A chair comprising: - a metal frame formed by a plurality of metal elements, including a seat portion having two seat support elements and a backrest portion having two backrest support elements extending upwardly from the seat portion, - a flexible backrest panel and a flexible seat panel of material having two lateral hollow portions (42; 44) into which respective support elements (20', 18) are inserted, wherein, in a rest condition, there is a transverse clearance (Pb, Ps) between outer edges of said lateral hollow portions (42; 44) and the respective support elements (20'; 18), characterized in that the flexible backrest panel and the flexible seat panel consists of plastic, and wherein, in a deformed condition of the flexible backrest panel and flexible seat panel said transverse clearance (Pb, Ps) is reduced to zero. - a metal frame formed by a plurality of metal elements, including a seat portion having two seat support elements and a backrest portion having two backrest support elements extending upwardly from the seat portion, - a flexible backrest panel and a flexible seat panel of material having two lateral hollow portions (42; 44) into which respective support elements (20', 18) are inserted, wherein, in a rest condition, there is a transverse clearance (Pb, Ps) between outer edges of said lateral hollow portions (42; 44) and the respective support elements (20'; 18), characterized in that the flexible backrest panel and the flexible seat panel consists of plastic, and wherein, in a deformed condition of the flexible backrest panel and flexible seat panel said transverse clearance (Pb, Ps) is reduced to zero.