mhurhangee/ep-ind-claims huggingface dataset:
A height-adjustable table stand (1, 20) comprising, a table top, and a height-adjusting arrangement for adjusting the height of the table stand, wherein the height-adjusting arrangement comprises, at least one leg, each leg having an inner tubular member and an outer tubular member arranged for telescopic movement relative to each other, a linear actuator coupled to said tubular members (3, 4) and adapted to provide the telescopic movement between the tubular members, an electric motor connected to the linear actuator and adapted to operate the linear actuator for providing telescopic movement between the tubular members (3, 4), and a control device for controlling the operation of the electric motor, and wherein the table stand further comprises a solar panel connected to the height-adjusting arrangement for providing power to the electric motor, characterized in that the height-adjusting arrangement further comprises a battery for storing power generated by the solar panel, and wherein the battery provides power to the electric motor, and the solar panel is movable relative to the battery, the electric motor and the table top. at least one leg, each leg having an inner tubular member and an outer tubular member arranged for telescopic movement relative to each other, a linear actuator coupled to said tubular members (3, 4) and adapted to provide the telescopic movement between the tubular members, an electric motor connected to the linear actuator and adapted to operate the linear actuator for providing telescopic movement between the tubular members (3, 4), and a control device for controlling the operation of the electric motor, and wherein the table stand further comprises a solar panel connected to the height-adjusting arrangement for providing power to the electric motor,
An imaging device comprising: an image sensor configured to perform imaging operations at intervals of a predetermined sensor cycle (T SV); an image data generation portion configured to generate image data on the basis of output data from the image sensor; a display portion configured to perform display operations during a first period (T DV) between two consecutive vertical synchronization signals (DVsync) that is N times the sensor cycle, N being an integer larger than or equal to "2", the first period (T DV) consisting of a second period (T D) followed by a margin (ΔM), wherein the second period (T D) includes a back porch the back porch being the period from a vertical synchronization signal (DVsync) until the start point of a display scanning period, the display scanning period and a front porch; and a display control portion configured to cause the display portion to display an image represented by the image data at a rate of once every N iterations of the imaging operation by the image sensor, characterised in that the display control portion is configured to vary the vertical synchronization signal (DVsync) prior to the display scanning period according to a varying length of a display delay (ΔT), wherein the display delay (∇T) is the period from the completion of the imaging operation by the image sensor until the start of the display scanning period of the display portion, so that the display processes by the display portion are started in accordance with the minimum amount of delay in preparation of the image through the imaging operations and the image data generation. an image sensor configured to perform imaging operations at intervals of a predetermined sensor cycle (T SV); an image data generation portion configured to generate image data on the basis of output data from the image sensor; a display portion configured to perform display operations during a first period (T DV) between two consecutive vertical synchronization signals (DVsync) that is N times the sensor cycle, N being an integer larger than or equal to "2", the first period (T DV) consisting of a second period (T D) followed by a margin (ΔM), wherein the second period (T D) includes a back porch the back porch being the period from a vertical synchronization signal (DVsync) until the start point of a display scanning period, the display scanning period and a front porch; and a display control portion configured to cause the display portion to display an image represented by the image data at a rate of once every N iterations of the imaging operation by the image sensor, characterised in that the display control portion is configured to vary the vertical synchronization signal (DVsync) prior to the display scanning period according to a varying length of a display delay (ΔT), wherein the display delay (∇T) is the period from the completion of the imaging operation by the image sensor until the start of the display scanning period of the display portion, so that the display processes by the display portion are started in accordance with the minimum amount of delay in preparation of the image through the imaging operations and the image data generation.
Winding arrangement for a transformer or an inductor having - a winding formed from a winding conductor, - a solid insulation surrounding the winding and - a connection unit embedded in the solid insulation, wherein the connection unit is a plug-in bushing and is configured for connection of a cable plug, characterized in that the plug-in bushing has a flange section formed from a solid insulation and is connected to a receptacle section of the solid insulation by means of the flange section, which receptacle section protrudes from the solid insulation on an outer surface thereof. - a winding formed from a winding conductor, - a solid insulation surrounding the winding and - a connection unit embedded in the solid insulation, wherein the connection unit is a plug-in bushing and is configured for connection of a cable plug,
A method for controlling a mass spectrometer comprising a mass analyser and a detector, the method comprising: supplying a test specimen into the mass analyser, to travel through the mass analyser and towards the detector, the test specimen comprising a carrier gas and/or analyte ions, the test specimen being one of a series of test specimens to be analysed; measuring an ion intensity, the ion intensity representing the intensity of ions within the test specimen received at the detector; determining if at least one validity criterion of a group of validity criteria is complied with, the group of validity criteria consisting of: identification of a valid peak in the ion intensity measured within a predetermined time interval; and identification of a user-specified flag associated with the predetermined time interval, the user-specified flag applied by a user prior to the predetermined time interval; and if none of the validity criteria are complied with, then terminating supplying into the mass analyser the test specimen and any further test specimen of the series of test specimens. supplying a test specimen into the mass analyser, to travel through the mass analyser and towards the detector, the test specimen comprising a carrier gas and/or analyte ions, the test specimen being one of a series of test specimens to be analysed; measuring an ion intensity, the ion intensity representing the intensity of ions within the test specimen received at the detector; determining if at least one validity criterion of a group of validity criteria is complied with, the group of validity criteria consisting of: identification of a valid peak in the ion intensity measured within a predetermined time interval; and identification of a user-specified flag associated with the predetermined time interval, the user-specified flag applied by a user prior to the predetermined time interval; and identification of a valid peak in the ion intensity measured within a predetermined time interval; and identification of a user-specified flag associated with the predetermined time interval, the user-specified flag applied by a user prior to the predetermined time interval; and if none of the validity criteria are complied with, then terminating supplying into the mass analyser the test specimen and any further test specimen of the series of test specimens.
An artificial spinal disc implant constructed and arranged for implantation between adjacent vertebrae in a living being, the spinal disc implant comprising: a body; and a first end plate provided with the body, the first end plate including a first fixation element (111A; 211A; 311 A) and a second fixation element (111B; 211B; 311 B), the first end plate having an anterior side and a posterior side, wherein a total volume of the first fixation element (111A; 211 A; 311 A) is greater than a total volume of the second fixation element (111B; 211B; 311B) and the first fixation element (111A; 211 A; 311 A) is closer to the posterior side than the second fixation element (111B; 211 B; 311B), the first fixation element (111A; 211 A; 311 A) is in a first arrangement of at least one fixation element, and the second fixation element (111B; 211 B; 311B) is in a second arrangement of at least one fixation element, characterised in that the artificial spinal disc implant further comprises a reference point defined at the posterior side along a mid-line that extends from the posterior side to the anterior side, wherein the first arrangement contacts a first arc having a first radial distance from the reference point and the second arrangement contacting a second arc having a second radial distance from the reference point. a body; and a first end plate provided with the body, the first end plate including a first fixation element (111A; 211A; 311 A) and a second fixation element (111B; 211B; 311 B), the first end plate having an anterior side and a posterior side, wherein a total volume of the first fixation element (111A; 211 A; 311 A) is greater than a total volume of the second fixation element (111B; 211B; 311B) and the first fixation element (111A; 211 A; 311 A) is closer to the posterior side than the second fixation element (111B; 211 B; 311B), the first fixation element (111A; 211 A; 311 A) is in a first arrangement of at least one fixation element, and the second fixation element (111B; 211 B; 311B) is in a second arrangement of at least one fixation element, characterised in that the artificial spinal disc implant further comprises a reference point defined at the posterior side along a mid-line that extends from the posterior side to the anterior side, wherein the first arrangement contacts a first arc having a first radial distance from the reference point and the second arrangement contacting a second arc having a second radial distance from the reference point.
An anti-theft screw part, namely a wheel nut or wheel bolt for fixing a rim to a motor vehicle, comprising a rotational axis and a recess formed at a free end region of the screw part and annularly extending, for engaging an adapter for rotating the screw part, which recess, as viewed from the outward to the inward direction, is limited by an outer edge, a bottom and an inner edge, wherein at least one of these edges (26, 30) form abutment faces for the adapter, the screw part is assembled of a main piece and an insert piece that are assembled and are firmly attached to each other, the main piece forming the outer edge and the inner edge being formed by the insert piece, the outer edge being limited by a) an outer wall surface, which is located on an outer circle, characterized in that the outer edge b) is limited by several, namely n, internal projections, which project from the outer circle towards the rotational axis to a first circular line, in that the inner edge c) is limited by an inner wall surface, which is located on an inner circle and d) by a plurality, namely m, of outer projections, which project from the inner circle towards the exterior to a second circular line, in that the first circular line is located completely within the second circular line, in that the diameter of the second circular line is larger than the diameter of the first circular line, and in that the internal projections and the outer projections are formed as cylinder segments.
Medium for the culture of mammalian cells, characterised in that, in addition to the usual nutrients in basal culture media for mammalian cell culture, it comprises supernatant of fraction II+III of the Cohn method.
Printed circuit board holding apparatus comprising a first clamping element and a second clamping element for clamping-in a printed circuit board between its top side and bottom side, wherein the first clamping element comprises an elastic section which is provided for elastically absorbing mechanical forces, in particular perpendicularly to the surface of the top side of the printed circuit board, wherein the second clamping element comprises an elastic section which is provided for elastically absorbing mechanical forces, in particular perpendicularly to the surface of the bottom side of the printed circuit board, characterized in that the printed circuit board apparatus comprises a frame component in which the printed circuit board can be received, in particular a housing component which the first clamping element and the second clamping element adjoin, in particular in one piece, and the first and the second clamping element are arranged opposite one another for the purpose of homogeneous introduction of force into the printed circuit board in the clamped state without warping of the printed circuit board.
A structured food concentrate comprising a 1 to 30% by weight of gelatine based on the total water content of the food concentrate b 20 to 75% by weight of an oil or fat based on the total weight of the food concentrate c 15 to 40% by weight of salt based on the total water content of the food concentrate d water Characterised in that the water:oil mass ratio is between 1:0.75 and 1:4. a 1 to 30% by weight of gelatine based on the total water content of the food concentrate b 20 to 75% by weight of an oil or fat based on the total weight of the food concentrate c 15 to 40% by weight of salt based on the total water content of the food concentrate d water
A system comprising a high-pressure compressor, a high-pressure case, fuel nozzles, and a combustor of a gas turbine engine, and a torch ignitor system, the torch ignitor system comprising: a torch ignitor coupled to the high-pressure case of the gas turbine engine; a plurality of torch nozzles; a manifold positioned within the high-pressure case, with the plurality of torch nozzles extending from the manifold into the combustor of the gas turbine engine; and a combustion chamber positioned within the high-pressure case, wherein the combustion chamber includes a first end coupled to the torch ignitor and a second end coupled and fluidly connected to the manifold; wherein the combustion chamber is configured such that in operation, an ignited fuel and air mixture flows through the combustion chamber, into and through the manifold, and exits through each of the plurality of torch nozzles into the combustor of the gas turbine engine; and wherein the manifold includes tubular walls such that an interior of the manifold is hollow to allow the ignited air and fuel mixture to flow through the manifold; characterised in that the manifold is annular in shape with a circular cross-section such that the manifold is a torus shaped manifold. a torch ignitor coupled to the high-pressure case of the gas turbine engine; a plurality of torch nozzles; a manifold positioned within the high-pressure case, with the plurality of torch nozzles extending from the manifold into the combustor of the gas turbine engine; and a combustion chamber positioned within the high-pressure case, wherein the combustion chamber includes a first end coupled to the torch ignitor and a second end coupled and fluidly connected to the manifold; wherein the combustion chamber is configured such that in operation, an ignited fuel and air mixture flows through the combustion chamber, into and through the manifold, and exits through each of the plurality of torch nozzles into the combustor of the gas turbine engine; and wherein the manifold includes tubular walls such that an interior of the manifold is hollow to allow the ignited air and fuel mixture to flow through the manifold;
Flexible, stretchable and waterproof-breathable film based on a block copolymer comprising at least one rigid polyamide PA block and at least one flexible block chosen from: polyether, polyester, polydimethylsiloxane, polyolefin, polycarbonate, and mixtures or copolymers thereof, characterized in that said copolymer includes at least one carboxylic acid chain end blocked with a polycarbodiimide, the flexibility and stretchability being evaluated according to the description.
A method, performed by a control device, for controlling a tag axle steering system, said tag axle steering system being configured to steer tag axle wheels of a tag axle in dependence of information obtained from a front axle steering system being configured to steer front wheels of the vehicle (1, 1'), and/or from an articulation control system being configured to monitor and/or control at least one articulation parameter representing an articulation state of the vehicle, the method comprising: when a steering angle of the tag axle wheels is offset from a steering angle of a neutral position of the tag axle wheels and in response to a fault signal indicating malfunction of the tag axle steering system, locking the position of the tag axle wheels at a current steering angle of the tag axle wheels, and when it is determined that a predefined condition is fulfilled while the position of the tag axle wheels is locked at said current steering angle of the tag axle wheels, releasing the tag axle wheels to a caster steer mode. said tag axle steering system being configured to steer tag axle wheels of a tag axle in dependence of information obtained from a front axle steering system being configured to steer front wheels of the vehicle (1, 1'), and/or from an articulation control system being configured to monitor and/or control at least one articulation parameter representing an articulation state of the vehicle, the method comprising: when a steering angle of the tag axle wheels is offset from a steering angle of a neutral position of the tag axle wheels and in response to a fault signal indicating malfunction of the tag axle steering system, locking the position of the tag axle wheels at a current steering angle of the tag axle wheels, and when it is determined that a predefined condition is fulfilled while the position of the tag axle wheels is locked at said current steering angle of the tag axle wheels, releasing the tag axle wheels to a caster steer mode. when a steering angle of the tag axle wheels is offset from a steering angle of a neutral position of the tag axle wheels and in response to a fault signal indicating malfunction of the tag axle steering system, locking the position of the tag axle wheels at a current steering angle of the tag axle wheels, and when it is determined that a predefined condition is fulfilled while the position of the tag axle wheels is locked at said current steering angle of the tag axle wheels, releasing the tag axle wheels to a caster steer mode.
A method for managing data packets (MAC PDU tx, RLC PDU tx) transmitted by a first user equipment to be received by a second user equipment through a radio network, the radio network comprising an evolved Node B, eNB,, the method comprising having the evolved Node B, eNB, configured for: receiving data packets (MAC PDU tx; RLC PDU tx) transmitted by the first user equipment; for each data packet, checking whether the data packet comprises a request for a data packet tunneling (TUN, LCID); for each data packet comprising a request for data packet tunneling, providing the data packet to a relay protocol entity at a Radio Link Control protocol layer, the relay protocol entity being configured for: generating at least one tunneling data packet (RLC PDU eNB; 705, 710), said generating at least one tunneling data packet comprises inserting at least a portion of the transmitted data packet into the at least one tunneling data packet, and transmitting the tunneling data packet to the second user equipment characterized in that said transmitting the tunneling data packet to the second user equipment comprises directly forwarding the tunneling data packet to the second user equipment without passing it to higher protocol layers being higher than the Radio Link Control protocol layer. receiving data packets (MAC PDU tx; RLC PDU tx) transmitted by the first user equipment; for each data packet, checking whether the data packet comprises a request for a data packet tunneling (TUN, LCID); for each data packet comprising a request for data packet tunneling, providing the data packet to a relay protocol entity at a Radio Link Control protocol layer, the relay protocol entity being configured for: generating at least one tunneling data packet (RLC PDU eNB; 705, 710), said generating at least one tunneling data packet comprises inserting at least a portion of the transmitted data packet into the at least one tunneling data packet, and transmitting the tunneling data packet to the second user equipment characterized in that generating at least one tunneling data packet (RLC PDU eNB; 705, 710), said generating at least one tunneling data packet comprises inserting at least a portion of the transmitted data packet into the at least one tunneling data packet, and transmitting the tunneling data packet to the second user equipment characterized in that said transmitting the tunneling data packet to the second user equipment comprises directly forwarding the tunneling data packet to the second user equipment without passing it to higher protocol layers being higher than the Radio Link Control protocol layer.
A heating system comprising a first burner adapted to be operated with a first fuel, a heat exchanger which is flown through by a liquid medium heated by the heat dissipated by the first burner, and a discharge tube discharging a gas heated by the first burner, wherein the heating system comprises a second burner adapted to be operated independently of the first burner, wherein said second burner dissipates heat at least partially to said heat exchanger, wherein the heating system comprises a supply line supplying the heat exchanger with gas heated by the second burner, characterized in that the second burner is adapted to be operated with a second fuel which is different from the first fuel, and that the supply line supplies the heat exchanger with a gas heated by the second burner from a combustion chamber of the second burner through a combustion chamber of the first burner, wherein the supply line ascends from the second burner toward the heat exchanger.