mhurhangee/patent-ind-claim-en huggingface dataset:
A bifurcated inlet scoop frame for a gas turbine engine, comprising: a nose defining a leading edge of the bifurcated inlet scoop frame; a first side panel , the first side panel and the nose defining a first inlet port at the entrance to a first channel , wherein the first channel extends into an inner cavity disposed within the bifurcated inlet scoop frame ; and a second side panel , the second side panel and the nose defining a second inlet port at the entrance to a second channel , wherein the second channel extends into the inner cavity , wherein the nose is integral with the first and second side panels , characterized in that : the first side panel and the second side panel each include a sloped skirt and each of the first inlet port and the second inlet port has a sloped inlet portion located in the sloped skirt of the first side panel and the second side panel . a nose defining a leading edge of the bifurcated inlet scoop frame; a first side panel , the first side panel and the nose defining a first inlet port at the entrance to a first channel , wherein the first channel extends into an inner cavity disposed within the bifurcated inlet scoop frame ; and a second side panel , the second side panel and the nose defining a second inlet port at the entrance to a second channel , wherein the second channel extends into the inner cavity , wherein the nose is integral with the first and second side panels , characterized in that : the first side panel and the second side panel each include a sloped skirt and each of the first inlet port and the second inlet port has a sloped inlet portion located in the sloped skirt of the first side panel and the second side panel .
A holding device for holding and storing at least one medical instrument, in particular a surgical handpiece , during a processing and cleaning process, the holding device comprising: a central feedline ; at least one line portion connected to an end portion of the central feedline , at a free end of which a coupling device is arranged for coupling to the at least one medical instrument; and a connector portion formed or arranged at another end portion of the central feedline , the connector portion being couplable to a pre-cleaning unit, in particular a water gun or a compressed-air gun, and a cleaning unit, especially a filter unit connected to a flushing line, characterized in that the other end portion of the central feedline is configured in the manner of a Venturi nozzle, at the point of which with a comparatively small cross-section an oil connector is formed in a branching manner as a puncture spike that can be coupled to an oil reservoir , in particular a disposable oil reservoir, wherein in the at least one line portion a valve device is arranged, which is closed in a basic position, in which the line portion and the medical instrument are uncoupled, and which opens when the medical instrument is coupled to the line portion . a central feedline ; at least one line portion connected to an end portion of the central feedline , at a free end of which a coupling device is arranged for coupling to the at least one medical instrument; and a connector portion formed or arranged at another end portion of the central feedline , the connector portion being couplable to a pre-cleaning unit, in particular a water gun or a compressed-air gun, and a cleaning unit, especially a filter unit connected to a flushing line, characterized in that the other end portion of the central feedline is configured in the manner of a Venturi nozzle, at the point of which with a comparatively small cross-section an oil connector is formed in a branching manner as a puncture spike that can be coupled to an oil reservoir , in particular a disposable oil reservoir, wherein in the at least one line portion a valve device is arranged, which is closed in a basic position, in which the line portion and the medical instrument are uncoupled, and which opens when the medical instrument is coupled to the line portion .
A system comprising: a light source ; a converter configured to convert AC voltage to DC operating voltage; a power backup device coupled to the converter; a current source coupled to the power backup device, the current source being powered by the converter, the current source being configured to receive the DC operating voltage generated by the converter through the power backup device, and the current source being configured to output a pulse-width modulated - hereafter abbreviated PWM - signal to the light source based on the DC operating voltage; and characterised by a switching device (S3) coupled to the power backup device in parallel with the current source, the switching device being configured to couple the light source to the power backup device when the current source is disabled as a result of a supply of AC voltage to the converter being interrupted. a light source ; a converter configured to convert AC voltage to DC operating voltage; a power backup device coupled to the converter; a current source coupled to the power backup device, the current source being powered by the converter, the current source being configured to receive the DC operating voltage generated by the converter through the power backup device, and the current source being configured to output a pulse-width modulated - hereafter abbreviated PWM - signal to the light source based on the DC operating voltage; and characterised by a switching device (S3) coupled to the power backup device in parallel with the current source, the switching device being configured to couple the light source to the power backup device when the current source is disabled as a result of a supply of AC voltage to the converter being interrupted.
A system, comprising: a power line connected to a power grid; a motor connected to the power line and configured to receive power from the power line to drive an elevator; an alternative power source connected to the motor; and a power control system configured to control the power line to supply power to the motor to drive the elevator, to detect a predetermined threshold value of power supplied from the power line, wherein the power control system is configured to supply both power from the power line and power from the alternative power source to the motor based on a determination that the predetermined threshold value of power is supplied from the power line, wherein the predetermined threshold value of power is a maximum power level able to be supplied from the power line; wherein the alternative power source includes a battery ; characterized in that the alternative power source further includes at least one of a solar panel and a wind turbine . a power line connected to a power grid; a motor connected to the power line and configured to receive power from the power line to drive an elevator; an alternative power source connected to the motor; and a power control system configured to control the power line to supply power to the motor to drive the elevator, to detect a predetermined threshold value of power supplied from the power line, wherein the power control system is configured to supply both power from the power line and power from the alternative power source to the motor based on a determination that the predetermined threshold value of power is supplied from the power line, wherein the predetermined threshold value of power is a maximum power level able to be supplied from the power line; wherein the alternative power source includes a battery ; characterized in that the alternative power source further includes at least one of a solar panel and a wind turbine .
Board for connecting battery cells , which is formed in part from an electrically non-conductive material, wherein the board has on a first side and on a second side in each case electrically and thermally conductive contacting sections , and wherein each contacting section is electrically and thermally conductively connected to each other contacting section , wherein a core made of an electrically conductive and thermally conductive material is arranged in the electrically non-conductive material of the board , wherein the contacting sections are arranged in each case on the sides of the electrically non-conductive material facing away from the core , and wherein at least one electrically and thermally conductive lead-through element extends through the core and through the electrically non-conductive material arranged on both sides of the core , and wherein the lead-through element is electrically insulated from the core and is electrically conductively connected to the contacting sections on the first side and to the contacting sections on the second side , such that an electrically and thermally conductive connection of the contacting sections on the first side to the contacting sections on the second side is made by the lead-through element and a heat flow can be absorbed by the core and dissipated from the board , characterized in that on the first side of the board , an electrically and thermally conductive connecting section is arranged, which electrically and thermally conductively connects the contacting sections to one another on the first side of the board , and wherein an electrical fuse is assigned to each of the contacting sections on the first side of the board and the connecting section on the first side of the board is connected to each contacting section on the first side of the board via the electrical fuse assigned to this contacting section , such that the contacting sections on the first side of the board are electrically secured with respect to the connecting section , wherein the at least one lead-through element is arranged such that it electrically and thermally conductively connects the connecting section on the first side of the board to the contacting sections on the second side of the board , such that each contacting section on the first side is secured against each other contacting section on the first side of the board and against each contacting section on the second side of the board by at least one electrical fuse.
A dispenser for dispensing web material (N1, N2) wound in rolls (R1, R2), comprising: a housing , wherein there are provided: a first seat for a first roll (R1) of web material (N1), provided with a first dispensing opening for dispensing web material (N1); a second seat for a second roll (R2) of web material, (N2), provided with a second dispensing opening for dispensing web material (N2); a closing member adapted to take selectively two positions with respect to the housing ; wherein in the first position the closing member prevents access to the second dispensing opening and allows access to the first dispensing opening ; and wherein in the second position the closing member prevents access to the first dispensing opening and allows access to the second dispensing opening ; a blocking member preventing the closing member from moving from the first position to the second position when a roll (R1) is contained in the first seat ; wherein the first seat and the second seat are arranged one over the other vertically when the dispenser is in use position; in the first seat a first rest surface for a first roll (R1) is provided and in the second seat a second rest surface for a second roll (R2) is provided; the first rest surface and the second rest surface are inclined so as to cause the first roll (R1) and the second roll (R2) to move away from the respective dispensing opening by rolling under the effect of gravity; and the second seat has a slot in the rest surface thereof, for allowing the blocking member to pass when the closing member moves from the first position to the second position. a housing , wherein there are provided: a first seat for a first roll (R1) of web material (N1), provided with a first dispensing opening for dispensing web material (N1); a second seat for a second roll (R2) of web material, (N2), provided with a second dispensing opening for dispensing web material (N2); a closing member adapted to take selectively two positions with respect to the housing ; wherein in the first position the closing member prevents access to the second dispensing opening and allows access to the first dispensing opening ; and wherein in the second position the closing member prevents access to the first dispensing opening and allows access to the second dispensing opening ; a blocking member preventing the closing member from moving from the first position to the second position when a roll (R1) is contained in the first seat ; wherein the first seat and the second seat are arranged one over the other vertically when the dispenser is in use position; in the first seat a first rest surface for a first roll (R1) is provided and in the second seat a second rest surface for a second roll (R2) is provided; the first rest surface and the second rest surface are inclined so as to cause the first roll (R1) and the second roll (R2) to move away from the respective dispensing opening by rolling under the effect of gravity; and the second seat has a slot in the rest surface thereof, for allowing the blocking member to pass when the closing member moves from the first position to the second position.
A method for performing auditory scene analysis comprising the steps of: providing a plurality of nonlinear oscillators (405 1 , 405 2 , 405 3 ... 405 k ), each respective oscillator producing an oscillation signal having an amplitude and phase distinct from the others in response to a common input ; detecting an input (406 1 ) at an at least first oscillator of the plurality of nonlinear oscillators; detecting an input (406 2 ) at an at least a second oscillator of the plurality of the nonlinear oscillators; comparing the oscillation of the at least first oscillator (405 1 ) to the oscillation of the at least second oscillator (405 2 ) at a point in time; determining whether there is multi-frequency phase coherency between the oscillation of the at least first oscillator and the oscillation of the at least second oscillator; and changing at least one of the amplitude and phase of a signal transmitted between the at least first oscillator and the at least second oscillator as a function of the multi-frequency phase coherency between the oscillation of the at least second oscillator and the at least first oscillator to segregate sound components according to source and show coherent patterns of sound components, the signal being represented as c ̇ ij = − δ ij c ij + k ij z i 1 − ε z i ⋅ z ̅ j 1 − ε z ̅ j where c ij is the magnitude and phase of the signal transmitted between any two nonlinear oscillators, δ and k are parameters representing the speed of change of the signal, z is the complex valued state variables of the two connected oscillators.
A steel cord for rubber article reinforcement, comprising: a single core strand having a layer-twisted structure formed by twisting plural steel filaments ; and plural sheath strands each having a layer-twisted structure formed by twisting plural steel filaments , which sheath strands are twisted around the core strand , wherein a ratio between a diameter of a core filament and a diameter of a sheath filament in the sheath strands is 0.75 to 0.85, and a ratio between a strength, that is the breaking load in Newtons, of the core filament and a strength, that is the breaking load in Newtons, of the sheath filament is 0.55 to 0.7, characterized in that a tensile strength of a core filament and a tensile strength of a sheath filament in the core strand are substantially the same, and a ratio between the tensile strength of the core filament and the tensile strength of the sheath filament in the sheath strands is 0.95 or higher but lower than 1.00. a single core strand having a layer-twisted structure formed by twisting plural steel filaments ; and plural sheath strands each having a layer-twisted structure formed by twisting plural steel filaments , which sheath strands are twisted around the core strand , wherein a ratio between a diameter of a core filament and a diameter of a sheath filament in the sheath strands is 0.75 to 0.85, and a ratio between a strength, that is the breaking load in Newtons, of the core filament and a strength, that is the breaking load in Newtons, of the sheath filament is 0.55 to 0.7, characterized in that a tensile strength of a core filament and a tensile strength of a sheath filament in the core strand are substantially the same, and a ratio between the tensile strength of the core filament and the tensile strength of the sheath filament in the sheath strands is 0.95 or higher but lower than 1.00.
A method for controlling the buoyancy of an underwater vehicle so that it substantially has a predetermined target buoyancy Fc when it is immersed in a volume of liquid which is delimited by a first surface and a second surface, along a vertical axis (z), the method comprising: - from an initial buoyancy of the vehicle, which maintains the vehicle at the level of the first surface (S), a first step of modifying the density of the vehicle so that it approaches the second surface, the first step being implemented until a second step of detecting that the vehicle has exceeded a predetermined distance threshold (SD) which is not equal to zero and which is relative to the first surface (S), along the vertical axis, the first step being implemented in such a manner that the vehicle has a predetermined buoyancy when it is detected that the threshold has been exceeded, - then a third step of modifying the density of the vehicle until the vehicle substantially has the target buoyancy, the variation of the density during the third step being predetermined, the target buoyancy having the same sign as the initial buoyancy and an absolute value which is less than the absolute value of the initial buoyancy. - from an initial buoyancy of the vehicle, which maintains the vehicle at the level of the first surface (S), a first step of modifying the density of the vehicle so that it approaches the second surface, the first step being implemented until a second step of detecting that the vehicle has exceeded a predetermined distance threshold (SD) which is not equal to zero and which is relative to the first surface (S), along the vertical axis, the first step being implemented in such a manner that the vehicle has a predetermined buoyancy when it is detected that the threshold has been exceeded, - then a third step of modifying the density of the vehicle until the vehicle substantially has the target buoyancy, the variation of the density during the third step being predetermined,
A method of clearing fluid from a plate (135, 235, 235', 235", 335) having a bulk bounded by a first surface , a second surface opposite to the first surface, and a first edge and a second edge opposite the first edge , both edges extending between the first and second surfaces, the method comprising: generating ultrasonic waves in the plate (135, 235, 235', 235", 335) using one or more ultrasonic transducers (100, 200, 300a-c) coupled to the plate (135, 235, 235', 235", 335) relatively close to the first edge and relatively far away from the second edge such that the generated ultrasonic waves propagate in the plate in a main propagation direction towards the second edge for ultrasonically clearing droplets of fluid from the plate (135, 235, 235', 235", 335); controlling the propagation of ultrasonic waves in the plate to achieve a predetermined amount of ultrasonic wave energy propagating in a direction opposite to the main propagation direction by disposing one or more predetermined structure in the path of propagation of said ultrasonic waves, characterized in that the one or more predetermined structure comprises at least one absorbing structure being disposed near the second edge , wherein the absorbing structure is reducing an amount of reflected ultrasonic wave energy propagating in a direction opposite to the main propagation direction as compared to an amount of reflected ultrasonic wave energy that would propagate in the absence of the at least one absorbing structure. generating ultrasonic waves in the plate (135, 235, 235', 235", 335) using one or more ultrasonic transducers (100, 200, 300a-c) coupled to the plate (135, 235, 235', 235", 335) relatively close to the first edge and relatively far away from the second edge such that the generated ultrasonic waves propagate in the plate in a main propagation direction towards the second edge for ultrasonically clearing droplets of fluid from the plate (135, 235, 235', 235", 335); controlling the propagation of ultrasonic waves in the plate to achieve a predetermined amount of ultrasonic wave energy propagating in a direction opposite to the main propagation direction by disposing one or more predetermined structure in the path of propagation of said ultrasonic waves, characterized in that the one or more predetermined structure comprises at least one absorbing structure being disposed near the second edge , wherein the absorbing structure is reducing an amount of reflected ultrasonic wave energy propagating in a direction opposite to the main propagation direction as compared to an amount of reflected ultrasonic wave energy that would propagate in the absence of the at least one absorbing structure.