mhurhangee/ep-ind-claims huggingface dataset:
An aircraft provided with a structure and an avionics system, said avionics system comprising a plurality of items of avionics equipment and a system of connections between these items of avionics equipment, said items of avionics equipment emitting and receiving input and output signals; said items of avionics equipment incorporating for each input and output signal a protection means for protecting against indirect effects of lightning, said system of connections including wired connections and connectors between these wired connections, said avionics system being intended to comply with a specification defining indirect effects of lightning which are to be withstood, characterised in that at least one of the items of avionics equipment is an insufficiently protected item of equipment, said insufficiently protected item of equipment having a protection means referred to as "under-dimensioned" which comprises at least one semiconductor member; this "under-dimensioned" protection means being insufficient for said insufficiently protected item of equipment to be totally protected from said indirect effects of lightning inducing a transient electric current predetermined by a predetermined specification, relative to the integration in said structure of this item of equipment which is insufficiently protected from the predetermined transient electric current, each insufficiently protected item of equipment being connected to at least one connector referred to as "resistive connector " of the system of connections; said at least one resistive connector including a resistor arranged in series with respect to at least one wired connection integral with said resistive connector, the resistive connector comprising a male member and a female member, the male member being partially insertable in reversible manner into the female member, said resistor being arranged in the female member; said resistor dissipating at least in part the energy induced by a transient current following a lightning strike, thus avoiding degradation of the insufficiently protected item of equipment.
A method of communications for a wireless communications device, characterized by: creating a fingerprint for a first communications network by capturing a value of at least one attribute of at least two reference signals transmitted by at least two base stations (108, 122, 124, 126) in a second communications network when the wireless communications device is in the vicinity of the first communications network, the fingerprint comprising values of the at least one attribute captured from each of the at least two base stations (108, 122, 124, 126); storing the fingerprint in memory; receiving at least another two reference signals transmitted by at least two base stations in the second communications network; and determining whether the wireless communications device is currently in the vicinity of the first communications network by comparing a current value of the at least one attribute of the at least another two reference signals from the second communications network to the value of the at least one attribute in the fingerprint stored in the memory. creating a fingerprint for a first communications network by capturing a value of at least one attribute of at least two reference signals transmitted by at least two base stations (108, 122, 124, 126) in a second communications network when the wireless communications device is in the vicinity of the first communications network, the fingerprint comprising values of the at least one attribute captured from each of the at least two base stations (108, 122, 124, 126); storing the fingerprint in memory; receiving at least another two reference signals transmitted by at least two base stations in the second communications network; and
A system information, SI, obtaining method, comprising: receiving, by a user equipment, UE, first scheduling information of on-demand SI sent by a network side device; obtaining, by the UE, the on-demand SI sent by the network side device based on the first scheduling information; wherein the obtaining, by the UE, the on-demand SI sent by the network side device based on the first scheduling information comprises: determining, by the UE, whether an on-demand SI request message is necessary to be sent to the network side device based on the first scheduling information; the on-demand SI request message being used to request the on-demand SI required by the UE; if yes, sending, by the UE, the on-demand SI request message to the network side device; and receiving, by the UE, an on-demand SI response message sent by the network side device, characterized in that, the sending, by the UE, the on-demand SI request message to the network side device, comprises: sending, by the UE, the on-demand SI request message to the network side device by using a medium access control, MAC, control element, CE. receiving, by a user equipment, UE, first scheduling information of on-demand SI sent by a network side device; obtaining, by the UE, the on-demand SI sent by the network side device based on the first scheduling information; wherein the obtaining, by the UE, the on-demand SI sent by the network side device based on the first scheduling information comprises: determining, by the UE, whether an on-demand SI request message is necessary to be sent to the network side device based on the first scheduling information; the on-demand SI request message being used to request the on-demand SI required by the UE; if yes, sending, by the UE, the on-demand SI request message to the network side device; and receiving, by the UE, an on-demand SI response message sent by the network side device, determining, by the UE, whether an on-demand SI request message is necessary to be sent to the network side device based on the first scheduling information; the on-demand SI request message being used to request the on-demand SI required by the UE; if yes, sending, by the UE, the on-demand SI request message to the network side device; and receiving, by the UE, an on-demand SI response message sent by the network side device, characterized in that, the sending, by the UE, the on-demand SI request message to the network side device, comprises: sending, by the UE, the on-demand SI request message to the network side device by using a medium access control, MAC, control element, CE.
A sprayer comprising: - a cartridge defining an interior compartment for containing a liquid product, - an applicator having a support body, comprising a front portion, a barrel portion, and a rear portion, wherein the barrel portion joins the front portion and the rear portion, - an extendable wand removably attached to the support body, - a handle at a rear end of the support body, and - an electronically driven pump or a manually driven pump, characterized in that the cartridge is removably attached to the applicator, such that the cartridge extends from the front portion to the rear portion of the applicator and a portion of the cartridge proximate to a bottom end of the cartridge is adjacent to an inside portion of the handle such that the inside portion of the handle provides support to hold the cartridge in place, and wherein further the cartridge and handle form a support base to allow the sprayer to reside in an upright position. - a cartridge defining an interior compartment for containing a liquid product, - an applicator having a support body, comprising a front portion, a barrel portion, and a rear portion, wherein the barrel portion joins the front portion and the rear portion, - an extendable wand removably attached to the support body, - a handle at a rear end of the support body, and - an electronically driven pump or a manually driven pump,
Refrigerator comprising a refrigeration chamber surrounded by a cabinet body, the vertical access opening of the chamber being closed by at least two transparent door elements (20 1, 20 2) each arranged in a vertical plane and being offset relative to each other in the depth direction, wherein each door element (20 1, 20 2) is supported at a respective sliding frame (24 1, 24 2) for pivotal movement about a vertical axis, the sliding frames (24 1, 24 2) are supported at a stationary runner rail of the cabinet body for displacement in the transversal direction, a restoring arrangement is provided that acts on the sliding frame (24 1, 24 2), and each door element (20 1, 20 2) has a respective switchable locking arrangement associated thereto, which selectively fixes the door element (20 1, 20 2) on the displaceable sliding frame (24 1, 24 2) in a non-pivotable manner, when the sliding function is selected, or, when the pivoting function is selected, fixes the sliding frame (24 1, 24 2) on the runner rail in a non-displaceable manner and enables the pivotability of the door element (20 1, 20 2).
A composition comprising carbohydrates obtainable from carob and carbohydrates obtainable from at least one further fruit, comprising 18-28% (w/w) of glucose, 30-44% (w/w) of fructose, 16-33% (w/w) of saccharose, 7-13% (w/w) of polyalcohols, and 1-3% (w/w) of other sugars, wherein the percentages are based on the dry matter.
A method for characterizing a reservoir of interest comprising: (a) obtaining a first reservoir fluid sample at a first downhole measurement station within a borehole that traverses the reservoir of interest; (b) performing downhole fluid analysis of the first reservoir fluid sample to derive downhole fluid analysis measurement data characterizing the first reservoir fluid sample; (c) predicting compositional components and fluid properties with depth using the results of the downhole fluid analysis of (b); (d) obtaining a second reservoir fluid sample at a second downhole measurement station within the borehole; (e) performing downhole fluid analysis of the second reservoir fluid sample to derive DFA measurement data related to the second reservoir fluid sample; the method being characterized in that step (c) employs equations of state to predict compositional gradients and fluid properties with depth, the EOS being tuned based on a comparison of the DFA and the predicted compositional components, the method being further characterized by: (f) deriving predicted DFA measurement data for reservoir fluid at the second downhole measurement station based upon the compositional components and fluid properties with depth predicted in (c); (g) comparing the DFA measurement data of (e) and the predicted DFA measurement data of (f); and (h) generating user output that characterizes the reservoir of interest based upon the comparing of (g). (a) obtaining a first reservoir fluid sample at a first downhole measurement station within a borehole that traverses the reservoir of interest; (b) performing downhole fluid analysis of the first reservoir fluid sample to derive downhole fluid analysis measurement data characterizing the first reservoir fluid sample; (c) predicting compositional components and fluid properties with depth using the results of the downhole fluid analysis of (b); (d) obtaining a second reservoir fluid sample at a second downhole measurement station within the borehole; (e) performing downhole fluid analysis of the second reservoir fluid sample to derive DFA measurement data related to the second reservoir fluid sample; the method being characterized in that step (c) employs equations of state to predict compositional gradients and fluid properties with depth, the EOS being tuned based on a comparison of the DFA and the predicted compositional components, the method being further characterized by: (f) deriving predicted DFA measurement data for reservoir fluid at the second downhole measurement station based upon the compositional components and fluid properties with depth predicted in (c); (g) comparing the DFA measurement data of (e) and the predicted DFA measurement data of (f); and (h) generating user output that characterizes the reservoir of interest based upon the comparing of (g).
A control device for recognising the allocation of addresses (A1,..., A16) of a control bus to electronic devices (G1, G2, G3, G4, G5), which are connected to the control bus, wherein each device (G1, G2, G3, G4, G5) is allocated a unique address (A1, A2,..., A4, A5,... A9,...), via which address the device can be controlled via the control bus, and wherein the control device can be connected to the control bus for controlling, said devices (G1, G2, G3, G4, G5) characterised in that the control device *) consists of a base device for connection to the control device and also consists of *) a mobile device, and wherein the base device and the mobile device are designed to communicate with one another, and wherein the base device and the mobile device each have a dedicated base device counting apparatus and a mobile device counting apparatus respectively, and wherein the counting apparatuses (102', 103') are designed to start counting upon a start command, in each case in a stable, defined cycle, and wherein the base device is designed to transmit a switch-on command/switch-off command to each address (A1, A2,..., A4, A5,... A9,...) at the control bus and then to transmit the addresses in the series in accordance with a switch-off command/switch-on command, and wherein the base device is designed to allocate to each address (A1, A2,..., A4, A5,... A9,...) the counter reading of the base device counting apparatus at the respective switch-off point/switch-on point, and wherein the mobile device is designed, upon a trigger command, to store the actual counter reading of the mobile device counting apparatus at the moment of the trigger command, and wherein the mobile device and the base device are designed, with a communication connection to one another, to match the counter readings stored in the mobile device with the counter readings stored in the base device.
An antenna device, comprising: - at least one magnetic core; - at least one winding wound around said at least one magnetic core; - an electrically insulating base, on which said at least one magnetic core wound with said at least one winding is arranged, and which comprises electrically conductive elements (11, 12, 13), arranged according to a first layout at least part of which are electrically connected to said at least one winding; - an adaptor; the antenna device being characterised in that said adaptor is arranged over said at least one magnetic core and comprises an electrically insulating piece having an upper surface and a side surface, the adaptor comprising electrically conductive platings (121, 122, 123) each having a first portion arranged on said upper surface following a second layout, and a second extended portion arranged on said side surface following said first layout, and that the adaptor, together with its electrically conductive platings (121, 122, 123), and the electrically insulated base, together with its electrically conductive elements (11, 12, 13), are separate elements attached to each other such that the second extended portions of the electrically conductive platings (121, 122, 123) are connected to the electrically conductive elements (11, 12, 13) of the electrically insulating base. - at least one magnetic core; - at least one winding wound around said at least one magnetic core; - an electrically insulating base, on which said at least one magnetic core wound with said at least one winding is arranged, and which comprises electrically conductive elements (11, 12, 13), arranged according to a first layout at least part of which are electrically connected to said at least one winding; - an adaptor;
An edible batter composition for frying in fat and/or oil, said edible batter composition comprising: (a) 27 to 57 weight percent flour; (b) 40 to 70 weight percent water; and (c) 0.15 to 3.0 weight percent of a protein and/or peptide mixture derived from animal muscular tissue obtained from fish, poultry or meat; wherein the edible batter composition comprises up to 6 weight percent of an edible fat and/or oil relative to the edible batter composition; and wherein the edible batter composition comprises less than or equal to 0.030 mol/kg of alkali metal ions. (a) 27 to 57 weight percent flour; (b) 40 to 70 weight percent water; and (c) 0.15 to 3.0 weight percent of a protein and/or peptide mixture derived from animal muscular tissue obtained from fish, poultry or meat;
A method of reducing a lockout time of a gas turbine engine which includes, in serial flow communication: an inlet, a compressor, a combustor, a turbine, and an exhaust duct, where the compressor and the turbine are carried on a turbomachinery rotor and each include an array of blades (34, 40) mounted for rotation inside a stationary casing of the engine, the method comprising: operating the engine at a first power output level; shutting down operation of the engine without substantially reducing the power output level prior to the shutdown, wherein thermomechanical changes attributable to cooling occur in the rotor and the casing subsequent to the shutdown that tend to reduce a radial clearance between at least one of the blades (34, 40) and the casing, thereby resulting in a lockout condition; and subsequent to shutting down the engine: heating the casing of the engine so as to expand the casing and increase a radial clearance between the blades (34, 40) of the rotor and the casing, so as to reverse at least partially the thermomechanical changes; characterized by pumping an airflow of ambient air into the inlet of the engine and allowing the pumped air to flow through the casing, past the rotor, and out the exhaust duct; and monitoring a rotational speed of the rotor and stopping heating of the casing when the rotor exceeds a predetermined rotational speed. operating the engine at a first power output level; shutting down operation of the engine without substantially reducing the power output level prior to the shutdown, wherein thermomechanical changes attributable to cooling occur in the rotor and the casing subsequent to the shutdown that tend to reduce a radial clearance between at least one of the blades (34, 40) and the casing, thereby resulting in a lockout condition; and subsequent to shutting down the engine: heating the casing of the engine so as to expand the casing and increase a radial clearance between the blades (34, 40) of the rotor and the casing, so as to reverse at least partially the thermomechanical changes; characterized by pumping an airflow of ambient air into the inlet of the engine and allowing the pumped air to flow through the casing, past the rotor, and out the exhaust duct; and monitoring a rotational speed of the rotor and stopping heating of the casing when the rotor exceeds a predetermined rotational speed. heating the casing of the engine so as to expand the casing and increase a radial clearance between the blades (34, 40) of the rotor and the casing, so as to reverse at least partially the thermomechanical changes; characterized by pumping an airflow of ambient air into the inlet of the engine and allowing the pumped air to flow through the casing, past the rotor, and out the exhaust duct; and monitoring a rotational speed of the rotor and stopping heating of the casing when the rotor exceeds a predetermined rotational speed.
An arrangement for a brake control lever or control lever of a power take-off connection comprising an actuation lever rotatable by means of a pin with respect to a support, that can be positioned on a motor vehicle, wherein a relative positioning device is positioned between said actuation lever and said support, that can be actuated by means of a release button positioned on said actuation lever, an end of a control cable of a brake or power take-off connection being constrained by means of a further pin to said actuation lever, said actuation lever being rotatable between a rest position, lowered with respect to the underlying support and wherein the cable is loose or untensioned, and an operative engagement or blocking position of the brake or power take-off connection, rotated, raised and spaced from the support, wherein said further pin, positioned at said end of said cable, can be moved backwards and forwards within at least one slot of a body of said actuation lever in opposition to a preloaded elastic element when a force is applied by means of said cable, characterized in that said further pin being positioned at a first end of said at least one slot with said pre-loaded elastic element at rest and said force only being established when said actuation lever has been moved from said lowered rest position to said rotated raised operative engagement or blocking position of the brake or power take-off connection, wherein said further pin slides inside said at least one slot towards a second of its ends varying the direction of said cable and causing a pulling of the cable itself with the lifting of the body of said actuation lever.
A method for removing an electric crosstalk contribution in a monitoring signal from a monitored electro-mechanical transducer in a device comprising a plurality of electro-mechanical transducers which are driven by actuation signals so as to produce acoustic waves in an acoustic frequency range (Ra); characterized by the steps of: (a) applying an actuation signal to at least one of the transducers other than the monitored transducer; (b) detecting the monitoring signal in a high frequency range (Rh) outside of the acoustic frequency range (Ra); (c) deriving, from the detected monitoring signal, a number of parameters (Ad, Add) that characterize the electric crosstalk; (d) using said parameters (Ad, Add) to calculate the electric crosstalk contribution in the acoustic frequency range, and (e) removing the electric crosstalk contribution from the monitoring signal. (a) applying an actuation signal to at least one of the transducers other than the monitored transducer; (b) detecting the monitoring signal in a high frequency range (Rh) outside of the acoustic frequency range (Ra); (c) deriving, from the detected monitoring signal, a number of parameters (Ad, Add) that characterize the electric crosstalk; (d) using said parameters (Ad, Add) to calculate the electric crosstalk contribution in the acoustic frequency range, and (e) removing the electric crosstalk contribution from the monitoring signal.