mhurhangee/ep-ind-claims huggingface dataset:
Lighting device comprising at least one lighting module which in turn comprises: - a light guide comprising a light entry zone (Ge), an internal light transmission zone (Gt) and a light exit zone (Gs), optically communicating with each other along an optical path; and - a coupling configuration of a first type and a coupling configuration of a second type, which is complementary to said coupling configuration of a first type, for coupling at least one adjacent lighting module (Ma) comprising at least one of said coupling configurations of a first or a second type; wherein said coupling configurations of a first and a second type are arranged at locations of the lighting module distant from said light entry zone (Ge) of the light guide;and wherein said light guide and said coupling configurations of a first type and of a second type form part of the same one-piece body; characterized in that the coupling configurations of a first and a second type allow a freely rotatable coupling between said lighting module and said at least one adjacent lighting module (Ma), to rotate relative to each other about a rotational axis along a specified angular displacement. - a light guide comprising a light entry zone (Ge), an internal light transmission zone (Gt) and a light exit zone (Gs), optically communicating with each other along an optical path; and - a coupling configuration of a first type and a coupling configuration of a second type, which is complementary to said coupling configuration of a first type, for coupling at least one adjacent lighting module (Ma) comprising at least one of said coupling configurations of a first or a second type; wherein said coupling configurations of a first and a second type are arranged at locations of the lighting module distant from said light entry zone (Ge) of the light guide;and wherein said light guide and said coupling configurations of a first type and of a second type form part of the same one-piece body; characterized in that the coupling configurations of a first and a second type allow a freely rotatable coupling between said lighting module and said at least one adjacent lighting module (Ma), to rotate relative to each other about a rotational axis along a specified angular displacement. wherein said coupling configurations of a first and a second type are arranged at locations of the lighting module distant from said light entry zone (Ge) of the light guide;and wherein said light guide and said coupling configurations of a first type and of a second type form part of the same one-piece body; characterized in that the coupling configurations of a first and a second type allow a freely rotatable coupling between said lighting module and said at least one adjacent lighting module (Ma), to rotate relative to each other about a rotational axis along a specified angular displacement.
A compound inhibiting CD95 signaling transmitted via the interaction of CD95 with Sck (Src Homology-2 Domain Containing Transforming Protein) in a pancreatic cancer cell, a) wherein the compound is selected from the group consisting of an RNAi agent, a ribozyme, and a DNAzyme and wherein said compound inhibits Sck; or b) wherein the compound is a fusion protein comprising (i) at least one first domain comprising a CD95 ligand (CD95L)-binding domain of CD95 fused to (ii) a heterologous second domain comprising at least a portion of a constant immunoglobulin domain for use in preventing metastasis formation by pancreas cancer cells and/or for treating pancreatic cancer. a) wherein the compound is selected from the group consisting of an RNAi agent, a ribozyme, and a DNAzyme and wherein said compound inhibits Sck; or b) wherein the compound is a fusion protein comprising (i) at least one first domain comprising a CD95 ligand (CD95L)-binding domain of CD95 fused to (ii) a heterologous second domain comprising at least a portion of a constant immunoglobulin domain
A fuel system for a gas turbine engine, the system comprising: a fuel pump for fluid communication with a fuel reservoir; a driving turbine for driving the fuel pump; and a source of compressed air flow to drive the driving turbine; characterised in that: the source of compressed air flow comprises a cabin blower compressor and a cabin blower bleed line from a cabin blower system; and a cabin blower transmission operatively coupled to a compressor stage of the gas turbine engine and comprising a summing epicyclic gearbox operatively coupled to a compressor of the gas turbine engine. a fuel pump for fluid communication with a fuel reservoir; a driving turbine for driving the fuel pump; and a source of compressed air flow to drive the driving turbine; characterised in that: the source of compressed air flow comprises a cabin blower compressor and a cabin blower bleed line from a cabin blower system; and a cabin blower transmission operatively coupled to a compressor stage of the gas turbine engine and comprising a summing epicyclic gearbox operatively coupled to a compressor of the gas turbine engine. the source of compressed air flow comprises a cabin blower compressor and a cabin blower bleed line from a cabin blower system; and a cabin blower transmission operatively coupled to a compressor stage of the gas turbine engine and comprising a summing epicyclic gearbox operatively coupled to a compressor of the gas turbine engine.
A method of manufacturing an electrode for a secondary battery, the method comprising: a step of forming a lower mixture layer including active material particles having a second particle size range and active material particles having a third particle size range on one or both sides of a current collector layer; a step of forming an upper mixture layer including active material particles having a first particle diameter range and active material particles having the third particle diameter range on the lower mixture layer; and a step of rolling the electrode on which the lower and upper mixture layers are applied, wherein following conditions 1 and 2 are satisfied: D 1 > D 2 > D 3 D 1 − D 3 ≥ 5 μm wherein in the conditions 1 and 2, D1 is an average particle diameter of the active material particles having the first particle diameter range, D2 is an average particle diameter of the active material particles having the second particle diameter range, and D3 is an average particle diameter of the active material particles having the third particle diameter range. a step of forming a lower mixture layer including active material particles having a second particle size range and active material particles having a third particle size range on one or both sides of a current collector layer; a step of forming an upper mixture layer including active material particles having a first particle diameter range and active material particles having the third particle diameter range on the lower mixture layer; and a step of rolling the electrode on which the lower and upper mixture layers are applied, wherein following conditions 1 and 2 are satisfied: D 1 > D 2 > D 3 D 1 − D 3 ≥ 5 μm wherein in the conditions 1 and 2, D1 is an average particle diameter of the active material particles having the first particle diameter range, D2 is an average particle diameter of the active material particles having the second particle diameter range, and D3 is an average particle diameter of the active material particles having the third particle diameter range. D1 is an average particle diameter of the active material particles having the first particle diameter range, D2 is an average particle diameter of the active material particles having the second particle diameter range, and D3 is an average particle diameter of the active material particles having the third particle diameter range.
Vacuum cleaner with a receptacle for a main filter with - a pressure sensor system (30; 30'; 30") for detecting a variable which characterises a vacuum in a first area lying in the suction flow direction after the receptacle, - a detection unit (34; 34') which detects, as a function of the detected variable, whether a main filter is inserted, and - a control unit (36; 36'), which prevents the vacuum cleaner being put into operation and/or outputs warning information to a person operating the vacuum cleaner if it is detected that no main filter is inserted, characterised in that - the pressure sensor system comprises at least one pressure switch which transmits an output signal to the detection unit if the vacuum in the first area lies above a predeterminable vacuum threshold value and - the detection unit detects that no main filter is inserted if no output signal is received from the pressure switch. - a pressure sensor system (30; 30'; 30") for detecting a variable which characterises a vacuum in a first area lying in the suction flow direction after the receptacle, - a detection unit (34; 34') which detects, as a function of the detected variable, whether a main filter is inserted, and - a control unit (36; 36'), which prevents the vacuum cleaner being put into operation and/or outputs warning information to a person operating the vacuum cleaner if it is detected that no main filter is inserted, characterised in that - the pressure sensor system comprises at least one pressure switch which transmits an output signal to the detection unit if the vacuum in the first area lies above a predeterminable vacuum threshold value and - the detection unit detects that no main filter is inserted if no output signal is received from the pressure switch.
A dispensing unit for being operatively associated with a refrigeration appliance for selectively dispensing water and ice at a dispensing station at the refrigeration appliance, the dispensing unit including: an actuator that is movable from a first position, at which first position the actuator supports neither the dispensing of water nor the dispensing of ice at the dispensing station, to a second position, at which second position the actuator supports the dispensing of water, and not ice, at the dispensing station, and movable from the first position through the second position to a third position, at which third position the actuator supports the dispensing of ice, and not water, at the dispensing station, the actuator including a passageway through which ice can be selectively dispensed at the dispensing station; and an ice door operatively associated with the actuator and closing off the passageway to the dispensing of ice when the actuator is in the first position and in the second position and opening the passageway to the dispensing of ice when the actuator is in the third position; characterized in that the actuator is configured to avoid any contact with the ice door that would cause the ice door to open the passageway to the dispensing of ice as the actuator is moved from the first position to the second position, and wherein the actuator is configured to contact the ice door as the actuator is moved from the second position to the third position, thereby causing the ice door to open the passageway to the dispensing of ice. an actuator that is movable from a first position, at which first position the actuator supports neither the dispensing of water nor the dispensing of ice at the dispensing station, to a second position, at which second position the actuator supports the dispensing of water, and not ice, at the dispensing station, and movable from the first position through the second position to a third position, at which third position the actuator supports the dispensing of ice, and not water, at the dispensing station, the actuator including a passageway through which ice can be selectively dispensed at the dispensing station; and an ice door operatively associated with the actuator and closing off the passageway to the dispensing of ice when the actuator is in the first position and in the second position and opening the passageway to the dispensing of ice when the actuator is in the third position; characterized in that the actuator is configured to avoid any contact with the ice door that would cause the ice door to open the passageway to the dispensing of ice as the actuator is moved from the first position to the second position, and wherein the actuator is configured to contact the ice door as the actuator is moved from the second position to the third position, thereby causing the ice door to open the passageway to the dispensing of ice.
A method, at a wireless handset, for providing communication service, comprising: detecting that the wireless handset has been decoupled from a wired base, wherein the wired base is associated with a plurality of communication addresses such that calls placed to at least one of the plurality of communication addresses are routed to the wired base instead of the wireless handset; in response to detecting the wireless handset has been decoupled from the wired base, identifying one or more of the plurality of communication addresses to be associated with the wireless handset such that calls placed to the one or more communication addresses are routed to the wireless handset instead of to the wired base; and transmitting a registration to a registrar, wherein the registration identifies the wireless handset and one or more of the identified communication addresses. detecting that the wireless handset has been decoupled from a wired base, wherein the wired base is associated with a plurality of communication addresses such that calls placed to at least one of the plurality of communication addresses are routed to the wired base instead of the wireless handset; in response to detecting the wireless handset has been decoupled from the wired base, identifying one or more of the plurality of communication addresses to be associated with the wireless handset such that calls placed to the one or more communication addresses are routed to the wireless handset instead of to the wired base; and transmitting a registration to a registrar, wherein the registration identifies the wireless handset and one or more of the identified communication addresses.
A vehicle yaw stability control method, comprising the steps of: measuring the yaw rate ψ̇ of the vehicle; setting a first reference yaw rate ψ̇ ref; setting a difference yaw rate Δ ψ̇; triggering stabilizing braking intervention when a value of the difference yaw rate Δ ψ̇ exceeds limits defined by difference yaw rate threshold values Δ ψ̇ min, Δ ψ̇ max, acquiring road shape information regarding the shape of the road ahead of the vehicle; characterized in that it further comprises the steps of: evaluating the reliability of the driver steering input δ upon stabilizing braking intervention being triggered; and in case the driver steering input δ is deemed unreliable performing the further steps of: setting a replacement reference yaw rate ψ ̇ ref road based on the acquired road shape; setting a replacement difference yaw rate Δ ψ̇ road; performing stabilizing braking intervention based on the replacement difference yaw rate Δ ψ̇ road. measuring the yaw rate ψ̇ of the vehicle; setting a first reference yaw rate ψ̇ ref; setting a difference yaw rate Δ ψ̇; triggering stabilizing braking intervention when a value of the difference yaw rate Δ ψ̇ exceeds limits defined by difference yaw rate threshold values Δ ψ̇ min, Δ ψ̇ max, acquiring road shape information regarding the shape of the road ahead of the vehicle; characterized in that it further comprises the steps of: evaluating the reliability of the driver steering input δ upon stabilizing braking intervention being triggered; and in case the driver steering input δ is deemed unreliable performing the further steps of: setting a replacement reference yaw rate ψ ̇ ref road based on the acquired road shape; setting a replacement difference yaw rate Δ ψ̇ road; performing stabilizing braking intervention based on the replacement difference yaw rate Δ ψ̇ road. evaluating the reliability of the driver steering input δ upon stabilizing braking intervention being triggered; and in case the driver steering input δ is deemed unreliable performing the further steps of: setting a replacement reference yaw rate ψ ̇ ref road based on the acquired road shape; setting a replacement difference yaw rate Δ ψ̇ road; performing stabilizing braking intervention based on the replacement difference yaw rate Δ ψ̇ road.
A cylinder lock comprising a cylinder housing and a plate for moving linearly for transmitting motion from a cylinder pawl to a bolt of said cylinder lock, - said cylinder lock further comprises a first blocking means connected to the cylinder lock, said first blocking means being movable between a normal position and a blockade position, - the cylinder lock further comprises a first spring dictating force on the first blocking means towards the cylinder housing; - the first blocking means is shaped and dimensioned such that upon removal of a cylinder from the cylinder housing, the blocking means moves under force of said spring from a normal position to a blockade position wherein the blocking means at least partly accommodates and blocks the cylinder housing from unauthorized positioning of a cylinder thereinto; and simultaneously, the first blocking means engages with the plate and prevents unauthorized moving of the plate; characterized in that the cylinder lock further comprises an authorization unit switchable from a first mode to a second mode using an authorization means, said authorization unit being in connection with a safety element; such that in the first mode the safety element is in a first position where the first blocking means having access to the safety element allowing engagement therewith, so that the first blocking means is blocked from turning back and in the second mode the safety element is in a second position farther from the first blocking means where the first blocking means is movable without engaging the safety element. - said cylinder lock further comprises a first blocking means connected to the cylinder lock, said first blocking means being movable between a normal position and a blockade position, - the cylinder lock further comprises a first spring dictating force on the first blocking means towards the cylinder housing; - the first blocking means is shaped and dimensioned such that upon removal of a cylinder from the cylinder housing, the blocking means moves under force of said spring from a normal position to a blockade position wherein the blocking means at least partly accommodates and blocks the cylinder housing from unauthorized positioning of a cylinder thereinto; and simultaneously, the first blocking means engages with the plate and prevents unauthorized moving of the plate; the blocking means moves under force of said spring from a normal position to a blockade position wherein the blocking means at least partly accommodates and blocks the cylinder housing from unauthorized positioning of a cylinder thereinto; and simultaneously, the first blocking means engages with the plate and prevents unauthorized moving of the plate;
A signal detection device which detects a signal generated from a subject, the device comprising a laminated structure of: a first circuit layer in which a plurality of electrodes brought into contact with the subject is formed; a second circuit layer in which a plurality of amplifiers having an input portion capacitively coupled to the plurality of electrodes, respectively, is formed; and a third circuit layer in which a plurality of transistors for reading outputs of the plurality of amplifiers is formed, wherein an insulating layer which seals the second circuit layer is formed between the plurality of electrodes formed in the first circuit layer and the second circuit layer, and the plurality of electrodes and the input portions of the plurality of amplifiers are capacitively coupled to each other through the insulating layer, characterised in that the first circuit layer and the second circuit layer, the second circuit layer and the third circuit layer are electrically connected through an anisotropic conductive sheet. a first circuit layer in which a plurality of electrodes brought into contact with the subject is formed; a second circuit layer in which a plurality of amplifiers having an input portion capacitively coupled to the plurality of electrodes, respectively, is formed; and a third circuit layer in which a plurality of transistors for reading outputs of the plurality of amplifiers is formed, wherein an insulating layer which seals the second circuit layer is formed between the plurality of electrodes formed in the first circuit layer and the second circuit layer, and the plurality of electrodes and the input portions of the plurality of amplifiers are capacitively coupled to each other through the insulating layer, characterised in that the first circuit layer and the second circuit layer, the second circuit layer and the third circuit layer are electrically connected through an anisotropic conductive sheet.
Alight distribution control apparatus, comprising: a lane mark detecting unit adapted to detect lane marks that define an area ahead of a driver's own vehicle; a swivel control unit adapted to control deflection of the light distribution of a headlamp by selecting one of: a lane mark sensing mode wherein the illumination direction of the headlamp is controlled based on the lane marks detected by the lane mark detecting unit, and a steering angle sensing mode wherein the illumination direction of the headlamp is controlled based on the steering angle of the driver's own vehicle, wherein the swivel control unit switches between the lane mark sensing mode and steering angle sensing mode based at least on: the steering angle, lane mark information about the detected lane marks, and a lane mark recognition rate of the detected lane marks, characterized in that the swivel control unit switches the light distribution of the headlamp to the lane mark sensing mode when the lane mark recognition rate is equal to or higher than a reference rate, and in that the swivel control unit switches back to the steering angle sensing mode when a curve is detected based on the lane mark information and the steering angle has varied by a given amount or more so as to drive in a direction different from the direction along the curve. a lane mark detecting unit adapted to detect lane marks that define an area ahead of a driver's own vehicle; a swivel control unit adapted to control deflection of the light distribution of a headlamp by selecting one of: a lane mark sensing mode wherein the illumination direction of the headlamp is controlled based on the lane marks detected by the lane mark detecting unit, and a steering angle sensing mode wherein the illumination direction of the headlamp is controlled based on the steering angle of the driver's own vehicle, a lane mark sensing mode wherein the illumination direction of the headlamp is controlled based on the lane marks detected by the lane mark detecting unit, and a steering angle sensing mode wherein the illumination direction of the headlamp is controlled based on the steering angle of the driver's own vehicle, wherein the swivel control unit switches between the lane mark sensing mode and steering angle sensing mode based at least on: the steering angle, lane mark information about the detected lane marks, and a lane mark recognition rate of the detected lane marks, the steering angle, lane mark information about the detected lane marks, and a lane mark recognition rate of the detected lane marks, characterized in that the swivel control unit switches the light distribution of the headlamp to the lane mark sensing mode when the lane mark recognition rate is equal to or higher than a reference rate, and in that the swivel control unit switches back to the steering angle sensing mode when a curve is detected based on the lane mark information and the steering angle has varied by a given amount or more so as to drive in a direction different from the direction along the curve.