mhurhangee/ep-ind-claims huggingface dataset:
A method for streaming and persisting data, comprising: Receiving raw streaming data from a plurality of applications; associating application aware context data and parent-child information to a batch of the raw data, wherein the context data includes an application identifier of the application from which the streaming data is received, and wherein the context data is inserted into a table, the table including the context data and a corresponding batch identifier; transmitting the batch of raw data and corresponding context data to a remote server; and persisting, by the remote server, the batch of raw data in buckets based at least in part on the parent-child information. Receiving raw streaming data from a plurality of applications; associating application aware context data and parent-child information to a batch of the raw data, wherein the context data includes an application identifier of the application from which the streaming data is received, and wherein the context data is inserted into a table, the table including the context data and a corresponding batch identifier; transmitting the batch of raw data and corresponding context data to a remote server; and persisting, by the remote server, the batch of raw data in buckets based at least in part on the parent-child information.
A method of accessing an integrated circuit comprising a plurality of tiles, each tile comprising a set of configurable resources (610, 615, 620), the method comprising: receiving a packet (300, 1200) from outside of the plurality of tiles; routing the received packet (305, 310) to a particular tile by using a packet-switching network that interconnects the plurality of tiles; and configuring a particular configurable resource within the particular tile; characterized in that the routed packet traverses through a subset of the plurality of tiles before arriving at the particular tile. receiving a packet (300, 1200) from outside of the plurality of tiles; routing the received packet (305, 310) to a particular tile by using a packet-switching network that interconnects the plurality of tiles; and configuring a particular configurable resource within the particular tile; characterized in that the routed packet traverses through a subset of the plurality of tiles before arriving at the particular tile.
A filling unit of a filling machine, designed to engage at least one container having a neck with an opening to carry out filling thereof with a liquid product, including a flow regulator device defining at least one filling passage, which communicates with the opening at the neck of the container and is supplied with liquid product from a feed tank, and configured to regulate flow of the product within the container during filling operations, and integrally provided with a sensor element configured to detect at least one operating parameter related to the filling operations, during the filling operations, the at least one operating parameter being associated to a pressure within the container being filled, and an electronic control module, integrating a computing unit, operatively coupled to the sensor element and configured to acquire operating data during the filling operations, designed for quality control over the filling operations, and configured to process the operating data, in order to detect the occurrence of a failure in the filling of the container, whenever the pressure within the container is found to exceed a first pressure threshold; characterized in that the computing unit communicates over a communication bus with a central control unit of the same filling machine, the central control unit transmits operating data including the pressure of the filling liquid and/or gas within the feed tank to the computing unit which processes the operating data, in order to detect the occurrence of a failure in the filling of the container, whenever the differential pressure between the container and the feed tank supplying the liquid product is found to exceed a second pressure threshold.
Cascade tray suitable for contacting liquid flowing downward in a column body with ascending vapor, where the cascade tray • has an outflow weir for banking up downflowing liquid and • has at least one further weir, the cascade weir, which is arranged upstream of the outflow weir, where the at least one cascade tray has an offset at the position of the at least one cascade weir so that the part of the cascade tray containing the outflow weir is at a lower level than the upstream part of the cascade tray, and • in the part of the cascade tray containing the outflow weir and in the upstream part of the cascade tray has openings, the openings optionally being closable, for passage of the ascending vapor, characterized in that the cascade weir has openings for passage of the liquid. • has an outflow weir for banking up downflowing liquid and • has at least one further weir, the cascade weir, which is arranged upstream of the outflow weir, where the at least one cascade tray has an offset at the position of the at least one cascade weir so that the part of the cascade tray containing the outflow weir is at a lower level than the upstream part of the cascade tray, and • in the part of the cascade tray containing the outflow weir and in the upstream part of the cascade tray has openings, the openings optionally being closable, for passage of the ascending vapor, characterized in that the cascade weir has openings for passage of the liquid.
A sinker for a knitting machine having a body with a variable configuration comprising a first shaped plate and a second shaped plate which are coplanar and movable independently from each other, wherein the first plate has a first heel for taking up movement and at least a first knit stitch knock-over surface and the second plate has a second heel for taking up movement and at least a second knit stitch knock-over surface, wherein the first and the second plate (2, 3) have the same maximum thickness and at least one portion (2a, 3a) with a reduced thickness, wherein the first and second plates (2, 3) intersect in the portion thereof with a reduced thickness (2a, 3a), wherein the sum of the value of the reduced thickness of said first and second plates (2, 3) is not greater than the value of the maximum thickness of said first and second plates (2, 3), characterised in that said sinker has a maximum thickness that is equal to the maximum thickness of said first and second plates (2, 3).
A method, comprising: maintaining a readiness state of a fuel cell system associated with a nuclear reactor system within a set of readiness parameters by transferring thermal energy from a portion of the nuclear reactor system to a portion of the fuel cell system, the readiness parameters being a function of a characteristic of the nuclear reactor system.
A gas turbine engine component comprising a main body having a leading edge and a leading edge wall including an elongated transition portion extending between the leading edge and an inner diameter flowpath surface of the main body, wherein the elongated transition portion has an axial length and a radial height and the axial length is greater than the radial height, wherein the elongated transition portion is configured as an ellipse, characterised in that: the axial length is defined from a first tangency point defined between the leading edge (76 and the leading edge wall to a second tangency point defined between the leading edge wall and the inner diameter flowpath surface.
An electromechanical linear drive comprising a housing, an electromechanical drive unit, a transmission element coupled to the electromechanical drive unit, a driven element in frictional contact with the transmission element, wherein the transmission element is supported at at least two bearing points (L1, L2) relative to the housing, wherein the driven element is in frictional contact with the transmission element at an engagement position outside all bearing points (L1, four), wherein a first section of the transmission element located between the bearing points (L1, L2) extends inside the housing and a second section of the transmission element located outside all bearing points (L1, L2) protrudes from the housing, and wherein the electromechanical drive unit is arranged in the housing, characterized in that the electromechanical drive unit forms one of the bearing points (L1, L2) of the transmission element. a housing, an electromechanical drive unit, a transmission element coupled to the electromechanical drive unit, a driven element in frictional contact with the transmission element, wherein the transmission element is supported at at least two bearing points (L1, L2) relative to the housing, wherein the driven element is in frictional contact with the transmission element at an engagement position outside all bearing points (L1, four), wherein a first section of the transmission element located between the bearing points (L1, L2) extends inside the housing and a second section of the transmission element located outside all bearing points (L1, L2) protrudes from the housing, and wherein the electromechanical drive unit is arranged in the housing, characterized in that the electromechanical drive unit forms one of the bearing points (L1, L2) of the transmission element.
A heart pump including: a) a housing forming a cavity including at least one inlet (111; 113) and at least one outlet (112; 114); b) an impeller provided within the cavity, the impeller including vanes for urging fluid from the inlet (111; 113) to the outlet (112; 114) upon rotation of the impeller; c) a drive that rotates the impeller within the cavity; d) a magnetic bearing including at least one bearing coil that controls an axial position of the impeller within the cavity; and, e) a controller including an electronic processing device that is configured to: i) monitor changes in a bearing indicator, the bearing indicator being at least partially indicative of operation of the magnetic bearing; and, ii) control the drive to thereby selectively change a rotational speed of the impeller at least partially in accordance with changes in the bearing indicator characterized in that the controller is configured to monitor changes in the bearing indicator in response to a perturbation in blood flow, wherein the perturbation is a pump operation perturbation including at least one of: a change in pump rotational speed; and, a change in axial position of the impeller. a) a housing forming a cavity including at least one inlet (111; 113) and at least one outlet (112; 114); b) an impeller provided within the cavity, the impeller including vanes for urging fluid from the inlet (111; 113) to the outlet (112; 114) upon rotation of the impeller; c) a drive that rotates the impeller within the cavity; d) a magnetic bearing including at least one bearing coil that controls an axial position of the impeller within the cavity; and, e) a controller including an electronic processing device that is configured to: i) monitor changes in a bearing indicator, the bearing indicator being at least partially indicative of operation of the magnetic bearing; and, ii) control the drive to thereby selectively change a rotational speed of the impeller at least partially in accordance with changes in the bearing indicator characterized in that the controller is configured to monitor changes in the bearing indicator in response to a perturbation in blood flow, wherein the perturbation is a pump operation perturbation including at least one of: a change in pump rotational speed; and, a change in axial position of the impeller. i) monitor changes in a bearing indicator, the bearing indicator being at least partially indicative of operation of the magnetic bearing; and, ii) control the drive to thereby selectively change a rotational speed of the impeller at least partially in accordance with changes in the bearing indicator characterized in that the controller is configured to monitor changes in the bearing indicator in response to a perturbation in blood flow, wherein the perturbation is a pump operation perturbation including at least one of: a change in pump rotational speed; and, a change in axial position of the impeller. a change in pump rotational speed; and, a change in axial position of the impeller.
Parcel box for receiving and storing parcels, comprising a pivotable receiving device and a collecting container, wherein the receiving device comprises a set-down surface and is designed so that, in a loading position, it can be loaded with a parcel, and wherein the receiving device can be pivoted into a tipping position, in which a parcel can be tipped out of the receiving device into the collecting container, characterized in that the parcel box comprises a restoring means, wherein the loading position forms the actuation-free, basic position of the receiving device and the receiving device is designed to move back automatically into the loading position when a restoring force is applied.
Fish farming tank for cultivating living fish, wherein the tank comprises: a bottom and a side wall defining an internal volume for holding water up to a maximal water fill level, and an active flow control system for generating a circulating flow of water within the tank, wherein the active flow control system has a first water inlet arrangement for injecting water into the internal volume and a first water outlet arrangement for removing water from the internal volume, wherein the first water inlet arrangement is configured for injecting water over more than 50%, specifically over more than 70%, and more specifically over more than 80%, of a maximal depth stretching from an interior surface of the bottom to the maximal water fill level, characterized in that the first water outlet arrangement is configured for sucking water over more than 50%, specifically over more than 70%, and more specifically over more than 80%, of the maximal depth. a bottom and a side wall defining an internal volume for holding water up to a maximal water fill level, and an active flow control system for generating a circulating flow of water within the tank, wherein the active flow control system has a first water inlet arrangement for injecting water into the internal volume and a first water outlet arrangement for removing water from the internal volume, wherein the first water inlet arrangement is configured for injecting water over more than 50%, specifically over more than 70%, and more specifically over more than 80%, of a maximal depth stretching from an interior surface of the bottom to the maximal water fill level, characterized in that the first water outlet arrangement is configured for sucking water over more than 50%, specifically over more than 70%, and more specifically over more than 80%, of the maximal depth.
Device for conveying band-shaped or strip-shaped material for an apparatus for producing rod-shaped products of the tobacco processing industry, which material is guided around a deflection means (7, 18) in two layers lying on top of each other, and is placed on a garniture tape further conveying the layers, wherein the layers are each supplied in different paper runs (I, II), characterized in that in the paper run of the layer which does not get in direct contact with the garniture tape a tensioning roller is provided which can be actuated indirectly or directly depending on a force measuring system arranged between the tensioning roller and the deflection means (7, 17).
An additive manufacturing method of preparing a mold for injection molding, the method comprising: acquiring a first portion of the mold that includes a metal, a metal alloy or a ceramic material having a modulus of elasticity higher than 2.5 GPa; depositing on top of the first portion, two or more layers of a polymeric material having a glass transition temperature "Tg", determined according to ASTM D4065, and/or a heat deflection temperature "HDT", determined according to ASTM D648, higher than 80°C, forming a second portion of the mold; and curing the material of the second portion with ultraviolet "UV" radiation. acquiring a first portion of the mold that includes a metal, a metal alloy or a ceramic material having a modulus of elasticity higher than 2.5 GPa; depositing on top of the first portion, two or more layers of a polymeric material having a glass transition temperature "Tg", determined according to ASTM D4065, and/or a heat deflection temperature "HDT", determined according to ASTM D648, higher than 80°C, forming a second portion of the mold; and curing the material of the second portion with ultraviolet "UV" radiation.
A mobile terminal, comprising: a housing; a display screen mounted to the housing and having a first aperture; a cover plate mounted to the display screen and having a through hole, the through hole being aligned with the first aperture; a circuit board mounted in the housing; a camera mounted in the housing and aligned with the first aperture and the through hole; characterized in that a receiver is provided between the display screen and the camera and aligned with the first aperture and the through hole so as to transmit a sound signal through the first aperture and the through hole, wherein the receiver has a light signal passage, and the camera acquires an external light signal through the light signal passage, the first aperture and the through hole; a sensor assembly is mounted in the housing, the sensor assembly being adapted to emit and/or receive a signal through the light signal passage, the first aperture and the through hole; the camera comprises a base mounted to the circuit board and a camera lens, wherein the base has a mounting surface facing the display screen and the camera lens and the sensor assembly are mounted to the mounting surface. a housing; a display screen mounted to the housing and having a first aperture; a cover plate mounted to the display screen and having a through hole, the through hole being aligned with the first aperture; a circuit board mounted in the housing; a camera mounted in the housing and aligned with the first aperture and the through hole; characterized in that a receiver is provided between the display screen and the camera and aligned with the first aperture and the through hole so as to transmit a sound signal through the first aperture and the through hole, wherein the receiver has a light signal passage, and the camera acquires an external light signal through the light signal passage, the first aperture and the through hole; a sensor assembly is mounted in the housing, the sensor assembly being adapted to emit and/or receive a signal through the light signal passage, the first aperture and the through hole; the camera comprises a base mounted to the circuit board and a camera lens, wherein the base has a mounting surface facing the display screen and the camera lens and the sensor assembly are mounted to the mounting surface.
A method of operating a wireless terminal in communication with a radio access network over a radio interface comprising: while the wireless terminal is in a Radio Resource Control, RRC, connected state or an RRC idle state and while the wireless terminal is in a discontinuous reception, DRX, mode comprising idle periods, receiving a message from the radio access network requesting that measurements be performed by the wireless terminal on downlink signals transmitted from one or more cells of the radio access network; in response to receiving the message, shortening or eliminating at least one idle period of the DRX mode; and performing the measurements. while the wireless terminal is in a Radio Resource Control, RRC, connected state or an RRC idle state and while the wireless terminal is in a discontinuous reception, DRX, mode comprising idle periods, receiving a message from the radio access network requesting that measurements be performed by the wireless terminal on downlink signals transmitted from one or more cells of the radio access network; in response to receiving the message, shortening or eliminating at least one idle period of the DRX mode; and performing the measurements.
A linear actuator assembly comprising: an armature, a first coil, and a second coil; the armature cooperating with the first coil and with the second coil such that a first electric current through the first coil causes a first magnetic flux urging the armature in a first direction and such that a second electric current through the second coil causes a second magnetic flux urging the armature in a second direction, the second direction being opposite the first direction, the armature, the first coil, and the second coil thereby forming a linear actuator; a current source electrically connected to the first coil for applying the first electric current through the first coil and electrically connected to the second coil for applying the second electric current through the second coil; the current source comprising a first active component (13a; 14a; 16a), the first active component (13a; 14a; 16a) being electrically connected in series with the first coil; and the current source comprising a second active component (13b; 14b; 16b), the second active component (13b; 14b; 16b) being different from the first active component (13a; 14a; 16a) and being electrically connected in series with the second coil; characterised in that the first coil and the second coil are arranged inside the armature. an armature, a first coil, and a second coil; the armature cooperating with the first coil and with the second coil such that a first electric current through the first coil causes a first magnetic flux urging the armature in a first direction and such that a second electric current through the second coil causes a second magnetic flux urging the armature in a second direction, the second direction being opposite the first direction, the armature, the first coil, and the second coil thereby forming a linear actuator; a current source electrically connected to the first coil for applying the first electric current through the first coil and electrically connected to the second coil for applying the second electric current through the second coil; the current source comprising a first active component (13a; 14a; 16a), the first active component (13a; 14a; 16a) being electrically connected in series with the first coil; and the current source comprising a second active component (13b; 14b; 16b), the second active component (13b; 14b; 16b) being different from the first active component (13a; 14a; 16a) and being electrically connected in series with the second coil; characterised in that the first coil and the second coil are arranged inside the armature.