mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump (P1, P2, P3) comprising: a pump base that is divided at least into an upper base portion and a lower base portion, wherein the upper base portion and the lower base portion resulting from the division are joined together with a fastening means and are structured so as to conduct heat to and from each other, a rotor arranged on the pump base, a plurality of turbomolecular pump rotor blades disposed on an outer peripheral surface of the rotor, a plurality of turbomolecular pump stator blades disposed alternately, a plurality of turbomolecular pump stator blade spacers positioning the plurality of turbomolecular pump stator blades, a supporting and driving means for supporting the rotor so as to enable the rotor to rotate around an axis thereof and rotationally driving the rotor, and a gas channel through which gas sucked by rotation of the rotor is guided to an outlet port, wherein the vacuum pump further comprises: a heat insulating means for thermally insulating a stator component (8, 7A), which forms an exhaust side gas channel in the gas channel, from the other components; a heating means for heating the stator component (8, 7A) which forms the exhaust side gas channel in the gas channel thermally insulated by the heat insulating means; characterized in that the vacuum pump further comprises: cooling means provided in both the upper base portion and the lower base portion, wherein each of the cooling means is provided with a valve adjusting a supply of a cooling media flowing in the cooling means, wherein a temperature sensor is provided near the cooling means provided in the upper base portion, and the valves being controlled based on a signal of the temperature sensor. a pump base that is divided at least into an upper base portion and a lower base portion, wherein the upper base portion and the lower base portion resulting from the division are joined together with a fastening means and are structured so as to conduct heat to and from each other, a rotor arranged on the pump base, a plurality of turbomolecular pump rotor blades disposed on an outer peripheral surface of the rotor, a plurality of turbomolecular pump stator blades disposed alternately, a plurality of turbomolecular pump stator blade spacers positioning the plurality of turbomolecular pump stator blades, a supporting and driving means for supporting the rotor so as to enable the rotor to rotate around an axis thereof and rotationally driving the rotor, and a gas channel through which gas sucked by rotation of the rotor is guided to an outlet port, wherein the vacuum pump further comprises: a heat insulating means for thermally insulating a stator component (8, 7A), which forms an exhaust side gas channel in the gas channel, from the other components; a heating means for heating the stator component (8, 7A) which forms the exhaust side gas channel in the gas channel thermally insulated by the heat insulating means;
A safety pen needle assembly comprising: a hub; a needle fixed to said hub, said needle having a distal end, formed for insertion into a patient, and a proximal end; characterized in that the safety pen needle assembly further comprises: a leafspring secured to said hub by a frangible connection, said frangible connection being rupturable, wherein with rupture of said frangible connection, a free end of said leafspring is urged to cover said proximal end of said needle. a hub; a needle fixed to said hub, said needle having a distal end, formed for insertion into a patient, and a proximal end; characterized in that the safety pen needle assembly further comprises: a leafspring secured to said hub by a frangible connection, said frangible connection being rupturable, wherein with rupture of said frangible connection, a free end of said leafspring is urged to cover said proximal end of said needle.
Method for fabrication of a profile for a spar cap for a wind turbine blade, wherein the profile is fabricated in a pultruding process using one or more strands and/or layers of unidirectional fibres or rovings of unidirectional fibres arranged along a longitudinal direction of the profile and a tool for moulding of the fibres, wherein one or more additional fibres or rovings of additional fibres are introduced in the pultruding process prior to the moulding, wherein as additional fibres or rovings of additional fibres the unidirectional fibres or the rovings of unidirectional fibres are used, which are deflected in a cross direction before being fed into the tool, wherein the additional fibres are arranged under an angle to the unidirectional fibres, and/or wherein one or more surficial fibres or rovings of surficial fibres are introduced in the pultruding process after the moulding, wherein the surficial fibres are arranged on the outer surface of the moulded profile, wherein the one or more surficial fibres or rovings of surficial fibres are wound around the outer surface of the profile at an angle to the longitudinal direction of the profile.
A combined direct current DC power transmission and heating system (102; 200; 300; 400) comprising: a rectifier station (118; 202; 302; 402) configured to generate a DC link current (126; 218; 318; 418); a downstream converter station (122; 204; 304; 404) positioned remotely from said rectifier station, said downstream converter station configured to generate power supplied to an electrical load (112; 114) using at least a portion of the DC link current; and a return conductor (124; 210; 310; 410; 516) coupled to said rectifier station and said downstream converter station, said return conductor configured to: transmit a return current (134; 219; 319; 419) from said downstream converter station to said rectifier station; generate heat from resistive losses induced by the return current; and conduct the heat generated by the return current to a fluid being transported from a proximity of said downstream converter station to a proximity of said rectifier station; characterized in that said downstream converter station (122; 204; 304; 404) further comprises a bypass device (128; 226; 336; 422) configured to selectively control an amount of load current transmitted to the electrical load (112, 114) and an amount of bypass current transmitted around the electrical load to said return conductor (124; 210; 310; 410; 516). a rectifier station (118; 202; 302; 402) configured to generate a DC link current (126; 218; 318; 418); a downstream converter station (122; 204; 304; 404) positioned remotely from said rectifier station, said downstream converter station configured to generate power supplied to an electrical load (112; 114) using at least a portion of the DC link current; and a return conductor (124; 210; 310; 410; 516) coupled to said rectifier station and said downstream converter station, said return conductor configured to: transmit a return current (134; 219; 319; 419) from said downstream converter station to said rectifier station; generate heat from resistive losses induced by the return current; and conduct the heat generated by the return current to a fluid being transported from a proximity of said downstream converter station to a proximity of said rectifier station; transmit a return current (134; 219; 319; 419) from said downstream converter station to said rectifier station; generate heat from resistive losses induced by the return current; and conduct the heat generated by the return current to a fluid being transported from a proximity of said downstream converter station to a proximity of said rectifier station; characterized in that said downstream converter station (122; 204; 304; 404) further comprises a bypass device (128; 226; 336; 422) configured to selectively control an amount of load current transmitted to the electrical load (112, 114) and an amount of bypass current transmitted around the electrical load to said return conductor (124; 210; 310; 410; 516).
A method of estimating an available bandwidth of each User Equipment, UE, by an enhanced node B in a mobile communication system, the method comprising: receiving estimated bandwidth information for a UE from at least one subordinate layer within the enhanced node B; identifying at least one of channel quality information and an amount of data with which the enhanced node B serves the UE included in the received estimated bandwidth information; updating a parameter related to a channel status through a percentage of variation of the channel quality information if the received estimated bandwidth information is the channel quality information; updating a weighted average value for a number of bytes of a served bandwidth received as the estimated bandwidth information if the received estimated bandwidth information comprises the amount of data with which the enhanced node B serves the UE; and determining an available bandwidth of the UE by using the updated parameter and the updated weighted average value for the number of bytes of the served bandwidth, and then transmitting information on the available bandwidth to a server. receiving estimated bandwidth information for a UE from at least one subordinate layer within the enhanced node B; identifying at least one of channel quality information and an amount of data with which the enhanced node B serves the UE included in the received estimated bandwidth information; updating a parameter related to a channel status through a percentage of variation of the channel quality information if the received estimated bandwidth information is the channel quality information; updating a weighted average value for a number of bytes of a served bandwidth received as the estimated bandwidth information if the received estimated bandwidth information comprises the amount of data with which the enhanced node B serves the UE; and determining an available bandwidth of the UE by using the updated parameter and the updated weighted average value for the number of bytes of the served bandwidth, and then transmitting information on the available bandwidth to a server.
An apparatus comprising: - means for providing to a storage entity information relating to use of an accessory with the apparatus; - means for determining an event and responsive to the event and a determination that the accessory, which has previously been paired with the apparatus, is not in use with the apparatus when the event occurs, notifying the storage entity, wherein the notifying is configured to trigger the storage entity to convey an indication of the event to a second apparatus which is using the accessory and/or the accessory, when the event occurs. - means for providing to a storage entity information relating to use of an accessory with the apparatus; - means for determining an event and responsive to the event and a determination that the accessory, which has previously been paired with the apparatus, is not in use with the apparatus when the event occurs, notifying the storage entity, wherein the notifying is configured to trigger the storage entity to convey an indication of the event to a second apparatus which is using the accessory and/or the accessory, when the event occurs.
Formwork element (5,6) with a formlining and a locking device for a tie rod of a tie system of a concrete wall formwork, wherein the locking device comprises: - an annular sealing element for sealing a tie penetration hole in the formlining, - a threaded nut element for threading the tie rod into a threaded nut thread of the threaded nut element, and - a cap plate, which is fastened to a rear face of the formwork element by means of fastening elements and has a spherically designed plate region having an opening in which the threaded nut element is disposed with radial clearance, wherein the threaded nut element has a groove-like radial circumferential receptacle in which the edges of the opening in the spherical plate region are received, wherein the end of the threaded nut element located on the concrete formwork side has a tubular guiding device which is integral with the threaded nut element, the tubular guiding device being flush with the threaded nut thread of the threaded nut element, the guiding device having a free end into which the tie rod, which is to be screwed into the threaded nut element, can be introduced, characterized in that the sealing element has an inner sealing ring exhibiting rubber elasticity or viscoelasticity and that the free end of the guiding device located on the formwork element side sealingly protrudes into the inner sealing ring, wherein the free end of the guiding device to be provided on the formwork element side is flush with an outside edge of the inner sealing ring to be disposed on the formlining side or protrudes beyond the outside edge on the formlining side. - an annular sealing element for sealing a tie penetration hole in the formlining, - a threaded nut element for threading the tie rod into a threaded nut thread of the threaded nut element, and - a cap plate, which is fastened to a rear face of the formwork element by means of fastening elements and has a spherically designed plate region having an opening in which the threaded nut element is disposed with radial clearance, wherein the threaded nut element has a groove-like radial circumferential receptacle in which the edges of the opening in the spherical plate region are received, wherein
Phase Change Material Thermal Storage System comprising a tank intended to receive a PCM, and a device for evaluating the charge level of the TSS, characterised in that the device for evaluating the charge level of the TSS comprises - a system for circulating a gas through the PCM comprising: ∘ a device for injecting gas in the tank in contact with the PCM at the level of a lower terminal, ∘ a device for exiting the gas outside of the tank at the level of an upper terminal, and - a sensor configured to deliver a measure representative of the evaluation of the charge loss of the injected gas passing through the PCM between the lower terminal and the upper terminal and according to the crystallisation state of the PCM such that the evolution of the charge loss is representative of the charge level of the TSS. - a system for circulating a gas through the PCM comprising: ∘ a device for injecting gas in the tank in contact with the PCM at the level of a lower terminal, ∘ a device for exiting the gas outside of the tank at the level of an upper terminal, and ∘ a device for injecting gas in the tank in contact with the PCM at the level of a lower terminal, ∘ a device for exiting the gas outside of the tank at the level of an upper terminal, and - a sensor configured to deliver a measure representative of the evaluation of the charge loss of the injected gas passing through the PCM between the lower terminal and the upper terminal and according to the crystallisation state of the PCM such that the evolution of the charge loss is representative of the charge level of the TSS.
Horizontally elongate lamp comprising at least one horizontally extending indirect section for radiating light from an upper side of the lamp to provide indirect room lighting, and at least one horizontally extending direct section arranged horizontally beside the indirect section for radiating light from an underside of the lamp vertically opposite to the upper side to provide direct room lighting, wherein the lamp has a holder and also a horizontally elongate housing enclosing the holder at least in sections perpendicular to the horizontal direction, wherein light sources are disposed on the holder and/or on the housing and are enclosed in sections by the housing perpendicular to the horizontal direction, wherein this enclosing is interrupted by light exit openings provided in the housing, wherein the housing is composed of several housing elements (21, 31) and the holder is composed of several holder elements (23, 33), wherein the indirect section has a first housing element and a first holder element rigidly connected to each other to form a first lamp element, and wherein the direct section has a second housing element and second holder element rigidly connected to each other to form a second lamp element, wherein both lamp elements are detachably fixed to each other via their holder elements (23, 33), characterized in that housing has a recess between the two housing elements (21, 31) which vertically extends from the upper side to the underside of the lamp to ensure a transverse radiation of light in a transverse direction perpendicular to the horizontal direction and to the vertical direction, wherein the recess on the underside leads into one of the light exit openings provided in the direct section and on the upper side into one of the light exit openings provided in the indirect section, wherein in particular the first and the second holder element (23, 33) overlap in a horizontal portion and are attached to each other in this horizontal overlapping portion.
Lithography system for writing a pattern on a target using one or more exposure beams, said system comprising: a feedback control system comprising an actuator for displacing the target within the lithography system, a measurement system for substantially continuously measuring a position of the target within the lithography system, and a control unit adapted for controlling the actuator based on the position measured by the measurement system, said feedback control system having a first latency defined as a maximum latency (λ1) between said measuring and said controlling the actuator based on said measuring, a storage system for receiving and storing the measured positions, said storage system comprising a receive buffer and a storage unit, said storage system having a second latency defined as an average latency (λ2) between receiving said measured positions in the receive buffer and storing said measured positions in the storage unit, wherein the first latency is at least an order of magnitude smaller than the second latency, the feedback control system comprising a unidirectional connection for transmitting said measured positions to the storage system, and wherein the feedback control system is adapted for continuous operation independent of said storage system. a feedback control system comprising an actuator for displacing the target within the lithography system, a measurement system for substantially continuously measuring a position of the target within the lithography system, and a control unit adapted for controlling the actuator based on the position measured by the measurement system, said feedback control system having a first latency defined as a maximum latency (λ1) between said measuring and said controlling the actuator based on said measuring, a storage system for receiving and storing the measured positions, said storage system comprising a receive buffer and a storage unit, said storage system having a second latency defined as an average latency (λ2) between receiving said measured positions in the receive buffer and storing said measured positions in the storage unit, wherein the first latency is at least an order of magnitude smaller than the second latency, the feedback control system comprising a unidirectional connection for transmitting said measured positions to the storage system, and wherein the feedback control system is adapted for continuous operation independent of said storage system.
An isolated antibody that mimics FGF21-mediated signaling through an agonistic effect on the β-Klotho/FGFR1c receptor complex, comprising the heavy chain CDR sequences NPRMGVS, HIFSNDEKSYSTSLKS and VDTLNYHYYGMDV, and the light chain CDR sequences QASQGISNYLN, DASNLET and HQYDDLPLT.
An aircraft cabin comprising a passenger seating arrangement and an aisle, the passenger seating arrangement comprising a column of seat units (C1, C2) located adjacent the aisle, the column of seat units (C1, C2) and the aisle both extending in a longitudinal direction parallel to the longitudinal axis of the aircraft cabin, and wherein the column (C1, C2) comprises a multiplicity of pairs of seat units (11A, 11B) arranged consecutively along the longitudinal direction, and within the column the pairs of seat units are arranged in the same orientation, wherein each seat unit (11A, 11B) is configurable between a seating configuration and a flat-bed configuration, and each seat unit (11A, 11B) having a seat body comprising moveable seating elements (17, 19) arranged such that when the seat unit is in the seating configuration the seating elements form a passenger seat but when the seating unit is in the flat-bed configuration, the seating elements form a substantially flat sleeping surface, and wherein each pair of seat units (11A, 11B) comprises a first seat unit and a second seat unit, the first and second seat units both being angled at an acute angle to the longitudinal axis of the aircraft cabin and both facing inwardly towards the aisle, and wherein in the seating configuration the seat bodies of the first and second seat units (11A, 11B) are moveable, relative to one another, in a direction parallel to the axes of the respective seat units, between a private configuration in which the seat body of the second seat unit is staggered rearwards of the seat body of the first seat unit, and a sharing configuration in which the seat bodies are substantially side-by-side to enable passengers in the respective seat units to interact.
A method for transmitting reference signals for 8 antenna ports at a base station, the method comprising: transmitting common reference signals, CRSs, for M antenna ports in a downlink subframe including a first slot and a second slot, wherein the downlink subframe has an extended cyclic prefix, CP, and the downlink subframe having the extended CP has 12 orthogonal frequency division multiplexing, OFDM, symbols, where the OFDM symbol index starts from 0; and transmitting channel state information-reference signals, CSI-RSs, for the 8 antenna ports, the CSI-RSs being mapped to the downlink subframe according to a predetermined pattern, wherein the predetermined pattern defines the CSI-RSs for the 8 antenna ports to be mapped to two OFDM symbols in a data region of the downlink subframe, wherein the two OFDM symbols defined in the predetermined pattern for the CSI-RSs are second and third OFDM symbols of the second slot, and, wherein M is 1 or 2, wherein the CSI-RSs for the 8 antenna ports are subjected to code division multiplexing, CDM, using orthogonal codes, such that CSI-RSs for two antenna ports are multiplexed by CDM to the same OFDM symbol and the same subcarrier, and wherein the CSI-RSs for two antenna ports are spread in the time domain by CDM over the two OFDM symbols at the same subcarrier location. transmitting common reference signals, CRSs, for M antenna ports in a downlink subframe including a first slot and a second slot, wherein the downlink subframe has an extended cyclic prefix, CP, and the downlink subframe having the extended CP has 12 orthogonal frequency division multiplexing, OFDM, symbols, where the OFDM symbol index starts from 0; and transmitting channel state information-reference signals, CSI-RSs, for the 8 antenna ports, the CSI-RSs being mapped to the downlink subframe according to a predetermined pattern, wherein the predetermined pattern defines the CSI-RSs for the 8 antenna ports to be mapped to two OFDM symbols in a data region of the downlink subframe, wherein the two OFDM symbols defined in the predetermined pattern for the CSI-RSs are second and third OFDM symbols of the second slot, and, wherein M is 1 or 2, wherein the CSI-RSs for the 8 antenna ports are subjected to code division multiplexing, CDM, using orthogonal codes, such that CSI-RSs for two antenna ports are multiplexed by CDM to the same OFDM symbol and the same subcarrier, and wherein the CSI-RSs for two antenna ports are spread in the time domain by CDM over the two OFDM symbols at the same subcarrier location.