mhurhangee/ep-ind-claims huggingface dataset:
System for moving a solar tracker in rotation about an axis of rotation comprising: - an arch mountable on the solar tracker and comprising a rack; and, - a worm screw cooperating with the rack in order to produce the rotational movement, characterized in that the rack comprises teeth made of plastic material and the arch comprises damping means (44, 45) linking with the solar tracker. - an arch mountable on the solar tracker and comprising a rack; and, - a worm screw cooperating with the rack in order to produce the rotational movement,
A system comprising: a flexible guide tube; a drive system coupled to the flexible guide tube and configured to move at least a portion of the flexible guide tube; and a control logic that operates the drive system, wherein the control logic comprises: a shape analysis module configured to identify, in a first configuration of the flexible guide tube, one or more sections of the flexible guide tube that a tool configured to be inserted through the flexible guide tube cannot traverse; and a movement module (244, 245) configured to command the drive system to move the flexible guide tube to a second configuration, wherein the second configuration does not include the one or more sections of the flexible guide tube that the tool cannot traverse. a flexible guide tube; a drive system coupled to the flexible guide tube and configured to move at least a portion of the flexible guide tube; and a control logic that operates the drive system, wherein the control logic comprises: a shape analysis module configured to identify, in a first configuration of the flexible guide tube, one or more sections of the flexible guide tube that a tool configured to be inserted through the flexible guide tube cannot traverse; and a movement module (244, 245) configured to command the drive system to move the flexible guide tube to a second configuration, wherein the second configuration does not include the one or more sections of the flexible guide tube that the tool cannot traverse. a shape analysis module configured to identify, in a first configuration of the flexible guide tube, one or more sections of the flexible guide tube that a tool configured to be inserted through the flexible guide tube cannot traverse; and a movement module (244, 245) configured to command the drive system to move the flexible guide tube to a second configuration, wherein the second configuration does not include the one or more sections of the flexible guide tube that the tool cannot traverse.
Transmission/reception node having an interface for setting up a connection to a transmission medium, wherein the transmission/reception node is configured to detect, in a sequence of temporal portions, the occurrence of a first condition and a second condition and, if the first and the second conditions are satisfied for a temporal portion associated to an available message, to transmit to the transmission medium a frame of the available message during the associated temporal portion via the interface, wherein the first condition indicates according to a schedule the associated temporal portion for providing the frame of the available message, and wherein the second condition indicates that the transmission priority associated to the available message is for the associated temporal portion the highest transmission priority amongst the transmission priorities of the available messages of the transmission/reception nodes connected to the transmission medium for the same associated temporal portion, wherein the first and second conditions are specified via a schedule that is determined before the execution: wherein the schedule is a mode-based schedule that determines for each temporal portion a number of messages to be potentially provided, wherein per temporal portion a maximum of one message is scheduled per execution mode, so that each temporal portion comprises a limited competition sorted by priorities; wherein execution modes are sorted by preferences and define the transmission priorities of messages associated to these execution modes; and wherein a temporal portion is associated to several transmission/reception nodes for different execution modes, wherein this temporal portion is associated only once per execution mode upon each occurrence, wherein it is already defined above that execution modes are sorted by preferences. wherein the schedule is a mode-based schedule that determines for each temporal portion a number of messages to be potentially provided, wherein per temporal portion a maximum of one message is scheduled per execution mode, so that each temporal portion comprises a limited competition sorted by priorities; wherein execution modes are sorted by preferences and define the transmission priorities of messages associated to these execution modes; and wherein a temporal portion is associated to several transmission/reception nodes for different execution modes, wherein this temporal portion is associated only once per execution mode upon each occurrence, wherein it is already defined above that execution modes are sorted by preferences.
A method for collision risk management pertaining to a tank comprising portions projecting outside a basic configuration of said tank, comprising the steps of: - determining a surrounding configuration as basis for collision risk determination; and - determining presence of portions projecting outside said basic configuration by determining a total vehicle configuration considering portions of systems projecting from said basic configuration, characterised by the steps of: - determining if collision risk is present at the thus determined surrounding configuration and the thus determined total vehicle configuration based on continuously received signals from a system configuration of the tank, the signals comprising information about current state and position of systems comprised in said system configuration, said states and positions comprising orientation of a tower of the tank and information about current angle of a barrel being carried by said tower; and - for an operator of the tank indicating the thus determined collision risk, wherein the thus determined collision risk is indicated by visual presentation via presentation screen and/or periscope. - determining a surrounding configuration as basis for collision risk determination; and - determining presence of portions projecting outside said basic configuration by determining a total vehicle configuration considering portions of systems projecting from said basic configuration, - determining if collision risk is present at the thus determined surrounding configuration and the thus determined total vehicle configuration based on continuously received signals from a system configuration of the tank, the signals comprising information about current state and position of systems comprised in said system configuration, said states and positions comprising orientation of a tower of the tank and information about current angle of a barrel being carried by said tower; and - for an operator of the tank indicating the thus determined collision risk, wherein the thus determined collision risk is indicated by visual presentation via presentation screen and/or periscope.
A recombinant luciferase having luciferase activity and an amino acid sequence which differs from wild-type luciferase from Photinus pyralis, Luciola mingrelica, Luciola cruciata, Luciola lateralis, Pyrophorus plagiophthalamus, Lampyris noctiluca, or Photuris pennsylvanica, in that in the sequence of the recombinant luciferase, the amino acid residue corresponding to serine 420 in Photinus pyralis wild-type luciferase, or to threonine 422 in Luciola mingrelica, Luciola cruciata or Luciola lateralis wild-type luciferases, is mutated as compared to the corresponding amino acid which appears in the corresponding wild-type luciferase sequence, such that the recombinant luciferase has increased thermostability as compared to the corresponding wild-type luciferase.
Guide device for a gas turbine, in particular for an aircraft engine, comprising at least one housing element, comprising at least one first duct segment which is arranged radially inside the housing element and by means of which at least one duct through which a gas can flow is delimited radially outwards at least in part, comprising at least one second duct segment which is arranged radially inside the first duct segment and by means of which the duct is delimited radially inwards at least in part, and comprising at least one guide vane that is arranged at least in part in the duct, which guide vane can be rotated about a rotational axis relative to the housing element and relative to the duct segments (14, 26), the second duct segment being fastened to the guide vane and being held on the housing element by means of the guide vane, which is mounted on the housing element by means of a bushing that is inserted inwards from the outside in the radial direction into a through-opening of the housing element, characterized in that the first duct segment has at least one through-opening through which the guide vane has passed, by means of which through-opening the first duct segment is mounted axially and in the circumferential direction relative to the housing element by means of the guide vane and the bushing.
Process for the sulfonylation of a hydroxylated organic compound, characterized in that it comprises the reaction of said compound with a sulfonylating agent of formula II, in an organic medium, in the presence of a heterogeneous inorganic base and of a nonpolar organic solvent: in said formula: - R 2 representing a perfluoroalkyl hydrocarbon group CF 3, - Z representing a fluorine, chlorine or bromine atom. - R 2 representing a perfluoroalkyl hydrocarbon group CF 3, - Z representing a fluorine, chlorine or bromine atom.
A locking arrangement including a locking member, a torsion rod, a drive member, an inner tube and an outer tube; where the inner tube has a first free end that projects from, and is axially displaceable from, a first end of the outer tube; the locking member being arranged on a second end of the inner tube, where the inner tube and the outer tube can be releasably locked by said locking member, in various axial positions relative to each other; where the locking member includes an axially aligned thread and a tubular locking sleeve that is slotted by at least one axially aligned slot and includes wedge surfaces (16, 16); where said locking member further includes at least a first wedge that includes first wedge surfaces (15, 15), said first wedge surfaces (15, 15) being, when acted upon by the drive member that includes a thread groove, displaceable along and relative to the interacting wedge surfaces (16, 16) of said locking sleeve, such displacement pressing the locking sleeve against the outer tube, the inner tube and the outer tube being thereby axially locked relative to each other, said displacement occurring through the drive member being rotated around an axis that is essentially parallel with the longitudinal axis of the inner tube, the thread groove thereby interacting with said thread; and, where the rotation of the drive member occurs via the torsion rod when the torsion rod is rotated, relative to the inner tube, around a longitudinal axis that is essentially parallel with the longitudinal axis of the inner tube, characterized in that the at least one axially aligned slot of the tubular locking sleeve includes at least one wedge-shaped cut-out which comprises the wedge surfaces (16, 16), and the drive member includes a cylindrical neck on which the thread groove is arranged, the drive member further including a flange with a conical end surface that faces the neck. the at least one axially aligned slot of the tubular locking sleeve includes at least one wedge-shaped cut-out which comprises the wedge surfaces (16, 16), and the drive member includes a cylindrical neck on which the thread groove is arranged, the drive member further including a flange with a conical end surface that faces the neck.
A broadcast control channel transmission method performed by a base station, the method comprising: repeatedly transmitting system information on a broadcast control channel based on preconfigured transmission parameters; receiving, from a terminal, log information indicating whether the system information transmitted on the broadcast control channel is received successfully; reconfiguring the transmission parameters based on the log information; and transmitting system information on the broadcast control channel based on the reconfigured transmission parameters, wherein transmitting system information on a broadcast control channel comprises carrying the system information on said broadcast control channel in a radio resource of a physical downlink shared channel carrying information about said radio resource in a physical downlink control channel, and transmitting both the physical downlink control channel and the physical downlink shared channel using transmission parameters thereof, said method being characterized in that if the log information indicates that the reception of said system information has failed, the log information comprises a number of successful receipts of physical downlink control channel being performed by the terminal when attempting to receive said system information on the broadcast control channel. repeatedly transmitting system information on a broadcast control channel based on preconfigured transmission parameters; receiving, from a terminal, log information indicating whether the system information transmitted on the broadcast control channel is received successfully; reconfiguring the transmission parameters based on the log information; and transmitting system information on the broadcast control channel based on the reconfigured transmission parameters, wherein transmitting system information on a broadcast control channel comprises carrying the system information on said broadcast control channel in a radio resource of a physical downlink shared channel carrying information about said radio resource in a physical downlink control channel, and transmitting both the physical downlink control channel and the physical downlink shared channel using transmission parameters thereof, said method being characterized in that if the log information indicates that the reception of said system information has failed, the log information comprises a number of successful receipts of physical downlink control channel being performed by the terminal when attempting to receive said system information on the broadcast control channel.
Vehicle, in particular military vehicle, having a plurality of supporting devices which are each mounted on the vehicle so as to be pivotable between a supporting and a driving position and intended for supporting the vehicle, having at least one resiliently designed telescopic support which has a hydraulically movably arranged piston, one side of which is resiliently supported with respect to a spring accumulator via a hydraulic circuit, wherein the other side of the piston is supported via a hydraulic circuit with respect to a pressure accumulator which counteracts the spring accumulator.
A multiband radio configured to filter a set of uplink sub-bands in a wireless communication system, comprising: one or more wideband filters, each of the wideband filters configured to filter any group of two or more adjacent uplink sub-bands in a frequency spectrum utilized by the multiband radio for communication with one or more user equipment; a multiplexer (343, 542) configured to isolate each of the adjacent uplink sub-bands using separate filters (340, 540); and a plurality of single sub-band filters (350, 550), each of the plurality of single sub-band filters (350, 550) configured to filter a different isolated uplink sub-band in the frequency spectrum. one or more wideband filters, each of the wideband filters configured to filter any group of two or more adjacent uplink sub-bands in a frequency spectrum utilized by the multiband radio for communication with one or more user equipment; a multiplexer (343, 542) configured to isolate each of the adjacent uplink sub-bands using separate filters (340, 540); and a plurality of single sub-band filters (350, 550), each of the plurality of single sub-band filters (350, 550) configured to filter a different isolated uplink sub-band in the frequency spectrum.
Device for heating an object by means of a water bath, in particular for stretching pathological or histological sections, in particular paraffin sections prior to microscopic examination, having a housing and a vessel which is inserted into the housing, wherein the water bath can be temperature-controlled by means of an electric heating unit, wherein the electric heating unit comprises at least one heating plate which is associated with the base of the vessel, and wherein a predeterminable water temperature can be adjusted, characterised in that the vessel is provided with underwater illumination which can be selectively activated.
System having a handheld power tool rechargeable battery and having a handheld lighting device with a rechargeable battery receiving region (12a-c), a pivoting apparatus (14a-c), a lighting apparatus (16a-c) and a coupling means (18a-c) which is intended to make electrical contact with the handheld power tool rechargeable battery (20a-c) arranged in the rechargeable battery receiving region (12a-c) and to mechanically fasten said rechargeable battery and is arranged between the lighting apparatus (16a-c) and the rechargeable battery receiving region (12a-c) in at least one operating state, characterized in that the pivoting apparatus (14a-c) is at least partially arranged in a vicinity (22a-c) of the coupling means (18a-c), wherein a coupling plane (30a-c) which intersects the coupling means (18a-c) along a coupling direction (28a-c) is arranged between two planes which are parallel to it, wherein one plane intersects the rechargeable battery receiving region (12a-c) and runs beside the lighting apparatus (16a-c) and the other plane intersects the lighting apparatus (16a-c)and runs beside the rechargeable battery receiving region (12a-c), wherein a perpendicular to the coupling plane (30a-c) intersects the rechargeable battery receiving region (12a-c), the coupling means (18a-c) and the lighting apparatus (16a-c) in this direction.
A negative electrode for a lithium secondary battery comprising: a lithium metal layer; a mesh-type insulating layer formed on one surface of the lithium metal layer and having pores; and a negative electrode current collector formed on the other surface of the lithium metal layer, wherein the insulating layer has a pore size of 1 μm to 100 μm. a lithium metal layer; a mesh-type insulating layer formed on one surface of the lithium metal layer and having pores; and a negative electrode current collector formed on the other surface of the lithium metal layer, wherein the insulating layer has a pore size of 1 μm to 100 μm.
A device for bonding pair plate-shaped members together, comprising pair retaining base members (4, 5) for retaining the pair plate-shaped members (2, 3) facing each other; a retaining base member movement unit for causing movement of the retaining base members (4, 5) towards and away from each other; an illumination unit that illuminates curing light to a photo-curable liquid material charged between the pair plate-shaped members (2, 3) held by the pair retaining base members (4, 5); and a sensor that detects the wetting spreading state of the liquid material charged between the pair plate-shaped members (2, 3); wherein one of the retaining base members (4, 5) has a sensor opening near the outer lateral side edges of the one of pair retaining base members (4, 5), the sensor illuminates laser light to the plate-shaped member (2, 3) via the sensor opening and the illumination unit illuminating curing light to the liquid material charged and wettingly spread to near the outer lateral side edges of the pair plate-shaped members (2, 3) depending on the result of detection by the sensor.
An apparatus for filling a receptacle with powder medicament, the apparatus comprising: a supply of powder medicament and a chamber; wherein the apparatus is configured such that a vacuum is applied to the chamber to assist in capturing powder and wherein compressed gas is applied to the chamber to eject captured powder from the chamber and into a receptacle; characterised by a screen (30, 38) with apertures between the supply of powder medicament and the chamber, the screen (30, 38) being translatable to fluidize the powder medicament. a supply of powder medicament and a chamber; wherein the apparatus is configured such that a vacuum is applied to the chamber to assist in capturing powder and wherein compressed gas is applied to the chamber to eject captured powder from the chamber and into a receptacle; characterised by a screen (30, 38) with apertures between the supply of powder medicament and the chamber, the screen (30, 38) being translatable to fluidize the powder medicament.
Electronic wind instrument comprising a mouthpiece into which the musician blows, a body provided with keys and a channel connected to the mouthpiece and leading to the outside of the instrument, at least one pressure sensor (10, 17) configured to deform under the action of breath, and an electronic processing system connected to the keys and the pressure sensor and configured to produce musical notes according to the manipulating of the keys allowing to select these musical notes and the measurement of a breath, characterised in that the channel extends over the length of the body and comprises an inlet tube, and an outlet tube and a chamber arranged between said inlet and outlet tubes, said chamber having a cross-section of size greater than or equal to the cross-section of the inlet tube, said elements being configured to pressurise the chamber when the musician blows into the mouthpiece, said chamber comprising, on the periphery of same, a first measuring port on to which the pressure sensor is connected, disposed on the outside of said chamber.
A wall-mounted boiler device, comprising: - first means for heating a fluid to be heated, - second means for heating the fluid to be heated, separate from the first heating means, the second heating means including a condenser suitable for being connected to a refrigerant circuit of a heat pump; - a housing inside which the first means for heating the fluid to be heated are arranged, the condenser being positioned outside the housing; characterized in that the device further comprises: - a spacer backsplash suitable for fixing the housing on a support, in particular a wall, while maintaining play between the housing and the support, the condenser being able to be received in the play maintained by the spacer backsplash between the housing and the support. - first means for heating a fluid to be heated, - second means for heating the fluid to be heated, separate from the first heating means, the second heating means including a condenser suitable for being connected to a refrigerant circuit of a heat pump; - a housing inside which the first means for heating the fluid to be heated are arranged, the condenser being positioned outside the housing; - a spacer backsplash suitable for fixing the housing on a support, in particular a wall, while maintaining play between the housing and the support, the condenser being able to be received in the play maintained by the spacer backsplash between the housing and the support.