mhurhangee/ep-ind-claims huggingface dataset:
A portable electronic device comprising: a power supply unit comprising an embedded battery, the power supply unit for receiving a replaceable battery operatively connected to the embedded battery either: to enable charging of the embedded battery from the replaceable battery; or to power the portable electronic device using the replaceable battery while the charge level of the embedded battery is maintained; a battery monitoring system operatively connected to the power supply unit and configured to monitor battery related information of the embedded battery and the replaceable battery and to detect a battery deterioration event; and a battery control system operatively connected to the power supply unit and the battery monitoring system, the battery control system for controlling a discharge rate of the embedded battery and a discharge rate of the replaceable battery in response to the battery deterioration event. a power supply unit comprising an embedded battery, the power supply unit for receiving a replaceable battery operatively connected to the embedded battery either: to enable charging of the embedded battery from the replaceable battery; or to power the portable electronic device using the replaceable battery while the charge level of the embedded battery is maintained; a battery monitoring system operatively connected to the power supply unit and configured to monitor battery related information of the embedded battery and the replaceable battery and to detect a battery deterioration event; and a battery control system operatively connected to the power supply unit and the battery monitoring system, the battery control system for controlling a discharge rate of the embedded battery and a discharge rate of the replaceable battery in response to the battery deterioration event.
An expression vector comprising a first nucleic acid encoding a short isoform of the NXNL1 gene, Rod-derived Cone Viability Factor (RdCVF) and a second nucleic acid encoding a long isoform of the NXNL1 gene, RdCVFL.
A damper pin for damping adjacent turbine blades coupled to a rotor shaft, the damper pin comprising: an outer body having a center portion disposed between a first end portion and a second end portion, wherein the first end portion, center portion and second end portion define a generally arcuate top portion of the outer body, wherein at least a portion of the outer body defines an opening that extends axially therethrough; and a core body disposed at least partially within the opening of the outer body, characterized in that at least one of the first end portion or the second end portion of the outer body is semi-cylindrical. an outer body having a center portion disposed between a first end portion and a second end portion, wherein the first end portion, center portion and second end portion define a generally arcuate top portion of the outer body, wherein at least a portion of the outer body defines an opening that extends axially therethrough; and a core body disposed at least partially within the opening of the outer body, characterized in that at least one of the first end portion or the second end portion of the outer body is semi-cylindrical.
A mobile kitchen (10, 110), comprising: a base portion having an opening therein; and a hard enclosure attached to the base portion; and a drop-in grill (2, 114) positioned in the opening, the drop-in grill comprising: a housing configured to be mounted in the opening; a heating element positioned in said housing; and a cover (1, 116) attachable to said housing adjacent said heating element, said cover comprising a thermally insulating material and having a collapsible portion; wherein the collapsible portion of the cover (1, 116) has a working configuration in which said cover has a first height and a storage configuration in which said cover has a second height, the second height being less than the first height; and wherein the second height of the collapsible portion is such that said cover fits under the hard enclosure when the enclosure is in a closed position. a base portion having an opening therein; and a hard enclosure attached to the base portion; and a drop-in grill (2, 114) positioned in the opening, the drop-in grill comprising: a housing configured to be mounted in the opening; a heating element positioned in said housing; and a cover (1, 116) attachable to said housing adjacent said heating element, said cover comprising a thermally insulating material and having a collapsible portion; wherein the collapsible portion of the cover (1, 116) has a working configuration in which said cover has a first height and a storage configuration in which said cover has a second height, the second height being less than the first height; and wherein the second height of the collapsible portion is such that said cover fits under the hard enclosure when the enclosure is in a closed position. a housing configured to be mounted in the opening; a heating element positioned in said housing; and a cover (1, 116) attachable to said housing adjacent said heating element, said cover comprising a thermally insulating material and having a collapsible portion; wherein the collapsible portion of the cover (1, 116) has a working configuration in which said cover has a first height and a storage configuration in which said cover has a second height, the second height being less than the first height; and wherein the second height of the collapsible portion is such that said cover fits under the hard enclosure when the enclosure is in a closed position.
Rail vehicle with a drive, an internal energy storage unit and a drive control device, wherein - arranged in a driver's cab of the rail vehicle is an operating element, with which a maximum drive performance of the drive can be set on the vehicle driver side when the drive is fed with electrical energy of the internal energy storage unit for internally fed drive operation, wherein the operating element generates an item of performance limitation information indicating the maximum drive performance that has been set, which is transmitted by means of a performance limitation signal, - the drive control device is embodied to limit the drive performance of the drive to the maximum drive performance that has been set, - the drive is connected to a current collector of the rail vehicle, which can be connected to a trackside energy supply network for feeding the drive with electrical energy of the energy supply network for network-fed drive operation, and - the performance limitation signal is ignored when the drive is in network-fed drive operation. - arranged in a driver's cab of the rail vehicle is an operating element, with which a maximum drive performance of the drive can be set on the vehicle driver side when the drive is fed with electrical energy of the internal energy storage unit for internally fed drive operation, wherein the operating element generates an item of performance limitation information indicating the maximum drive performance that has been set, which is transmitted by means of a performance limitation signal, - the drive control device is embodied to limit the drive performance of the drive to the maximum drive performance that has been set, - the drive is connected to a current collector of the rail vehicle, which can be connected to a trackside energy supply network for feeding the drive with electrical energy of the energy supply network for network-fed drive operation, and - the performance limitation signal is ignored when the drive is in network-fed drive operation.
Closure element for closing a container, comprising: - an inner cap member to be coupled with a mouth of the container; wherein the inner cap member has a top wall and a side wall extending from an edge of the top wall; - an outer cap member rotatably coupled to the inner cap member; wherein the outer cap member has a top wall and a side wall extending from an edge of the top wall; - a transponder housed between the inner cap member and the outer cap member; the transponder comprising a chip, an antenna and a control loop; characterised in that the chip is attached to one of the top wall of the inner cap member and the top wall of the outer cap member and at least a portion of the control loop is attached to the other of the top wall of the inner cap member and the top wall of the outer cap member, in such a way that a relative rotation of the outer cap member and the inner cap member determines a torsion or shear force to act on the control loop to break it. - an inner cap member to be coupled with a mouth of the container; wherein the inner cap member has a top wall and a side wall extending from an edge of the top wall; - an outer cap member rotatably coupled to the inner cap member; wherein the outer cap member has a top wall and a side wall extending from an edge of the top wall; - a transponder housed between the inner cap member and the outer cap member; the transponder comprising a chip, an antenna and a control loop; characterised in that the chip is attached to one of the top wall of the inner cap member and the top wall of the outer cap member and at least a portion of the control loop is attached to the other of the top wall of the inner cap member and the top wall of the outer cap member, in such a way that a relative rotation of the outer cap member and the inner cap member determines a torsion or shear force to act on the control loop to break it.
A bung plug closure for bung-hole containers, the bung plug closure comprising a bung plug for being placed in a bung neck of the bung-hole container and a seal cap for closing a plug recess formed in the bung plug, the bung plug having key projections which are spaced apart from each other by gaps, are disposed on an interior wall of the plug recess and whose inner surfaces define a receiving space, and a valve being disposed in a bottom of the plug recess, said valve having a valve body which is disposed in a valve opening of a bottom recess, said valve body being provided with a valve cover (55, 60) which is connected to the bung plug and which is provided with a vent (58, 64), the valve cover (55, 60) being an elastically deformable disk whose diameter d is smaller than a diameter D of the receiving space, characterized in that the receiving space serves to receive a dimensionally elastic engaging body which is formed on the seal cap and which is provided with a radial locking protrusion, matching locking elements for interlocking with the locking protrusion of the engaging body are provided in the plug recess, said matching locking elements protruding radially inward over the locking protrusion of the engaging body after interlocking, and the valve cover (55, 60) is connected to the bung plug in such a manner that a circumferential edge (56, 65) of the valve cover (55, 60), which protrudes radially outward over the matching locking elements, is received between the locking protrusion of the engaging body and a recess edge of the bottom recess. and a valve being disposed in a bottom of the plug recess, said valve having a valve body which is disposed in a valve opening of a bottom recess, said valve body being provided with a valve cover (55, 60) which is connected to the bung plug and which is provided with a vent (58, 64), the valve cover (55, 60) being an elastically deformable disk whose diameter d is smaller than a diameter D of the receiving space, characterized in that the receiving space serves to receive a dimensionally elastic engaging body which is formed on the seal cap and which is provided with a radial locking protrusion, matching locking elements for interlocking with the locking protrusion of the engaging body are provided in the plug recess, said matching locking elements protruding radially inward over the locking protrusion of the engaging body after interlocking, and the valve cover (55, 60) is connected to the bung plug in such a manner that a circumferential edge (56, 65) of the valve cover (55, 60), which protrudes radially outward over the matching locking elements, is received between the locking protrusion of the engaging body and a recess edge of the bottom recess.
Thermal flowmeter comprising a sensor with a metal sensor housing (1, 21, 31, 41), said housing featuring a hollow body (2, 22, 32, 42) for connection to a plug-in apparatus and/or a tube wall, wherein said hollow body (2, 22, 32, 42) has a base area (11, 27, 37, 47); wherein the sensor housing (1, 21, 31, 41) has at least a first and a second pin sleeve (3a, 3b, 23a, 23b, 33a, 33b, 43a, 43b), which project out of the base area (11, 27, 37, 47), wherein the first and second pin sleeve (3a, 3b) each have an outer surface which can be exposed to medium; wherein the pin sleeves (3a, 3b, 23a, 23b, 33a, 33b, 43a, 43b) each have a longitudinal axis and a terminal front face (13, 28a, 38a, 48a); wherein the two pin sleeves (3a, 3b, 23a, 23b, 33a, 33b, 43a, 43b) define a connecting axis; wherein each of the two pin sleeves (3a, 3b, 23a, 23b, 33a, 33b, 43a, 43b) has a first section (8a, 28, 38a, 48) with the front face (13, 28a, 38a, 48a) and a lateral surface; wherein a first heater is arranged in the first pin sleeve (3a, 23a, 33a, 43a), particularly in the terminal section (8a, 28, 38a, 48) of said pin sleeve (3a, 23a, 33a, 43a), and wherein a temperature sensor designed to determine the temperature of the medium is arranged in the second pin sleeve (3b, 23b, 33b, 43b), particularly in the terminal section (8a, 28, 38a, 48) of said pin sleeve (3b, 23b, 33b, 43b); characterized in that the sensor housing (1, 21, 31, 41) has at least a third pin sleeve (4, 24, 34, 44), in which a second heater is arranged, and wherein the sensor housing (1, 21, 31, 41) features a flow obstacle (5, 25, 29, 35, 45), which is designed in such a way that the third pin sleeve (4, 24, 34, 44) is arranged in a first flow direction at least partially in the flow shadow of said flow obstacle (5, 25, 29, 35, 45); wherein the first flow direction runs at an angle (α) of 80-100° in relation to the connecting axis and wherein the first flow direction is arranged on a plane, which is perpendicular to the longitudinal axes of the first and of the second pin sleeves (3a, 3b, 23a, 23b, 33a, 33b, 43a, 43b), and wherein the connecting axis is arranged on said plane, and wherein an evaluation unit is configured to determine the flow direction from which medium flows to the third pin sleeve (4, 24, 34, 44) by comparing a decision coefficient, which is determined on the basis of a first and second power coefficient, with a limit value, wherein the first and second power coefficient describe the heating power given off by the individual heater to the medium.
A combustor, comprising: a. an end cap that extends radially across at least a portion of the combustor, wherein the end cap comprises an upstream surface axially separated from a downstream surface; b. a shroud that circumferentially surrounds at least a portion of the end cap, wherein the shroud at least partially defines a fuel plenum between the upstream surface and the downstream surface; c. a combustion chamber downstream from the end cap, wherein the combustion chamber defines a longitudinal axis; d. a plurality of tubes that extend from the upstream surface through the downstream surface of the end cap, wherein the plurality of tubes provide fluid communication through the end cap to the combustion chamber; e. a transition duct that circumferentially surrounds at least a portion of the combustion chamber downstream from the end cap, wherein the transition duct curves tangentially from the longitudinal axis; and characterised in that the combustor further comprises: f. a baffle extending axially from the upstream surface to the downstream surface, wherein the baffle separates the plurality of tubes into a plurality of tube bundles in the end cap. a. an end cap that extends radially across at least a portion of the combustor, wherein the end cap comprises an upstream surface axially separated from a downstream surface; b. a shroud that circumferentially surrounds at least a portion of the end cap, wherein the shroud at least partially defines a fuel plenum between the upstream surface and the downstream surface; c. a combustion chamber downstream from the end cap, wherein the combustion chamber defines a longitudinal axis; d. a plurality of tubes that extend from the upstream surface through the downstream surface of the end cap, wherein the plurality of tubes provide fluid communication through the end cap to the combustion chamber; e. a transition duct that circumferentially surrounds at least a portion of the combustion chamber downstream from the end cap, wherein the transition duct curves tangentially from the longitudinal axis; and characterised in that the combustor further comprises: f. a baffle extending axially from the upstream surface to the downstream surface, wherein the baffle separates the plurality of tubes into a plurality of tube bundles in the end cap.
Pane with thermal radiation reflecting coating, comprising a substrate and at least one thermal radiation reflecting coating on at least one of the surfaces of the substrate, wherein the coating, starting from the substrate, comprises at least - one lower dielectric layer, - one functional layer that contains at least one transparent, electrically conductive oxide, and - one upper dielectric layer, and wherein at least one darkening layer is arranged between the lower dielectric layer and the functional layer and/or between the functional layer and the upper dielectric layer, and wherein the darkening layer contains at least one metal, one metal nitride, and/or one metal carbide with a melting point greater than 1900 °C and a specific electrical resistivity less than 500 μOhm*cm, and wherein the thickness of the darkening layer is from 2 nm to 50 nm. - one lower dielectric layer, - one functional layer that contains at least one transparent, electrically conductive oxide, and - one upper dielectric layer,
A reinforcement member comprising a heatcurable structural adhesive on a carrier member, wherein the carrier member comprises a fiber-reinforced polyester material comprising a blend comprising a first aromatic polyester and a second aromatic polyester; wherein the content of the fibers is within the range of 65±10 wt.-%, relative to the total weight of the fiber-reinforced polyester material; and wherein the heatcurable structural adhesive is applied to one or more outer surfaces of the carrier member. wherein the carrier member comprises a fiber-reinforced polyester material comprising a blend comprising a first aromatic polyester and a second aromatic polyester; wherein the content of the fibers is within the range of 65±10 wt.-%, relative to the total weight of the fiber-reinforced polyester material; and wherein the heatcurable structural adhesive is applied to one or more outer surfaces of the carrier member.
An inspection hatch comprising an outer framework, which has an annular, quadrilateral shape and is delimited by two first sides, which are parallel to one another and to a first direction, and by two second sides, which are parallel to one another and to a second direction that is transverse to the first direction; and an inner door, which is movable, relative to the outer framework, between an opening position and a closing position to open and close the inspection hatch, and comprises an outer frame, which extends along the outer framework when the inspection hatch is closed, and is designed to support an inner closing panel; the outer framework comprising at least two first support section bars, which are coupled to one another in a sliding manner, so as to selectively control the size of the outer framework in at least one of said first and second directions (4, 6); the outer frame comprising at least two second support section bars, which are coupled to one another in a sliding manner, so as to selectively control the size of the outer frame in at least one of said first and second directions (4, 6); and wherein the inspection hatch further comprises a plurality of first coupling section bars, which are as many as the first support section bars and are engaged in a sliding manner by the first support section bars, and characterized in that a plurality of second coupling section bars, which are as many as the second support section bars and are engaged in a sliding manner by the second support section bars.
A system of at least two distributed wind turbines wherein said at least two wind turbines communicate via data communication network wherein - said data communication network communicates monitoring and control data to and from said at least two wind turbines, - said data communication network communicates power control related data (PCRD) to and from said at least two wind turbines, characterized by the following features: - said power control related data (PCRD) has higher transmission priority than a subset of said monitoring and control data and wherein - said transmission priority is defined in relation to a protocol, and wherein each of the wind turbines comprises a device driver supporting the priority of the power control related data. - said data communication network communicates monitoring and control data to and from said at least two wind turbines, - said data communication network communicates power control related data (PCRD) to and from said at least two wind turbines, characterized by the following features: - said power control related data (PCRD) has higher transmission priority than a subset of said monitoring and control data and wherein - said transmission priority is defined in relation to a protocol, and wherein each of the wind turbines comprises a device driver supporting the priority of the power control related data.