mhurhangee/ep-ind-claims huggingface dataset:
A parking brake indicator system (30, 40, 60, 83, 84) for a rail vehicle, said system comprising a parking brake transmitter (31, 81) and a brake indicator arrangement (34, 35, 351, 352, 83, 84); wherein said parking brake transmitter (31, 81) is movably arranged for applying a braking force towards the brake system of the rail vehicle, said parking brake transmitter having provided therein a resilient member (32, 82) which is compressed when the parking brake transmitter transmits a brake force against a wheel or brake disc of the rail vehicle; wherein said brake indicator arrangement (34, 35, 351, 352, 83, 84) is mechanical and connected to the resilient member (32, 82), said brake indicator arrangement being configured to visually indicate when the resilient member (32, 82) is compressed or thus when the actual applied braking force of the parking brake transmitter (31, 81) towards the braking system is at a predetermined magnitude, and to allow a possibly higher force to be accommodated by the resilient member (32,82); and wherein the parking brake transmitter (31, 81) is fixedly attached to one end of a wire which at its other end is fixedly attached to a brake indicator of an indicator panel; wherein said indicator panel is slidably mounted onto the brake indicator arrangement which is fixedly mounted to the vehicle construction; and characterised in that the brake indicator is rotatably mounted at its base end to the indicator panel, enabling rotation around its base end in relation to the indicator panel.
Measuring method for creating a spatially resolved measurement result in a nonvisible spectral range, wherein electromagnetic radiation from a measured object is captured and measured in a spatially resolved manner in the nonvisible spectral range in an image recording process using a recording apparatus and pixels of a two-dimensional pixel arrangement are filled with measurement values (16, T) relating to the captured radiation, wherein an image depth measurement is implemented, in which at least two images of the measured object are recorded from different recording positions and a distance or position information item (x, y, z) is measured or calculated in each case for each pixel of the pixel arrangement, said distance or position information item representing the distance or the position of a surface region of the measured object, assigned to the respective pixel, in relation to the recording apparatus at the time of the image recording process, characterized in that the distance or position information item (x, y, z) is calculated from a comparison of the recorded images with a structure-from-motion algorithm, and in that two pictorial representations of the measured object are calculated from the spatially resolved measurement result and the measured or calculated distance or position information items (x, y, z), by means of which two pictorial representations the measured object is reproduced from recording positions, offset from one another, to form a stereoscopic display or representation.
A radar signal processing device comprising: an extracted signal generator configured to: generate a processing signal based on a beat signal of a transmission signal and a reception signal, and generate a plurality of extracted beat signals (E, EA, EB, EC) by applying a plurality of window functions (Wf, WfA, WfB, WfC) on the processing signal, wherein a first window function (WfB) and a second window function (WfC) of the plurality of window functions (Wf, WfA, WfB, WfC) do not overlap in time, and wherein a third window function (WfA) of the plurality of window functions (Wf, WfA, WfB, WfC) overlaps both of the first window function (WfB) and the second window function (WfC) in time; a converter configured to convert the plurality of extracted beat signals (E, EA, EB, EC) by using FFT to amplitude data (DS, DSA, DSA_1, DSA_2, DSB, DSC) indicating a relationship between a distance (d) and an amplitude; and an integrated data generator configured to integrate a plurality of the amplitude data (DS, DSA, DSA_1, DSA_2, DSB, DSC) into integrated data. generate a processing signal based on a beat signal of a transmission signal and a reception signal, and generate a plurality of extracted beat signals (E, EA, EB, EC) by applying a plurality of window functions (Wf, WfA, WfB, WfC) on the processing signal, wherein a first window function (WfB) and a second window function (WfC) of the plurality of window functions (Wf, WfA, WfB, WfC) do not overlap in time, and wherein a third window function (WfA) of the plurality of window functions (Wf, WfA, WfB, WfC) overlaps both of the first window function (WfB) and the second window function (WfC) in time; a converter configured to convert the plurality of extracted beat signals (E, EA, EB, EC) by using FFT to amplitude data (DS, DSA, DSA_1, DSA_2, DSB, DSC) indicating a relationship between a distance (d) and an amplitude; and an integrated data generator configured to integrate a plurality of the amplitude data (DS, DSA, DSA_1, DSA_2, DSB, DSC) into integrated data.
A proportional valve for the regulation of gases, including a tubular casing, which tubular casing has a gas inlet and a gas outlet, a trigger element, at which there is arranged an anchor and which is axially slidably mounted in the tubular casing, at least one closure coupled to the trigger element, which closure is movable in a guiding between a release position and a locking position, wherein the closure in the release position opens an opening formed in the tubular casing between the gas inlet and the gas outlet and in this way releases a gas corridor between the gas inlet and the gas outlet, wherein the closure in the locking position thereof closes the opening and thus locks the gas corridor, a spring, which pushes via the anchor and the trigger element, while being supported on the tubular casing, the closure into the locking position, and a coil supplyable with current, which coil acts on the anchor and moves the trigger element proportionally to the coil current along a sliding path, wherein the closure controls the clear cross-sectional area of the opening and thus a gas flow rate through the gas corridor in dependence on the sliding path, characterized in that the at least one closure is arranged radially to the trigger element in the tubular casing and that there is formed at one end of the trigger element a cone converging in the direction of the end and having a cone length, wherein the trigger element is coupled to the at least one closure via the sheathing surface thereof.
A fan motor comprising: a rotating shaft; a stator including a hole in which the rotating shaft is disposed; a rotor disposed outside the stator; a fan coupled to the rotating shaft; and a housing in which the stator and the rotor are disposed, wherein the rotor includes a yoke and a first magnet coupled to the yoke, characterized in that the fan motor further comprises a magnetic fluid disposed between the first magnet and the stator, wherein the magnetic fluid is disposed on a lower end of the first magnet, wherein the yoke includes a scattering preventer which extends by being bent from a lower end of the yoke toward the rotating shaft, the scattering preventer partially overlaps with the magnetic fluid in a direction of the rotating shaft. a rotating shaft; a stator including a hole in which the rotating shaft is disposed; a rotor disposed outside the stator; a fan coupled to the rotating shaft; and a housing in which the stator and the rotor are disposed, wherein the rotor includes a yoke and a first magnet coupled to the yoke, characterized in that the fan motor further comprises a magnetic fluid disposed between the first magnet and the stator, wherein the magnetic fluid is disposed on a lower end of the first magnet, wherein the yoke includes a scattering preventer which extends by being bent from a lower end of the yoke toward the rotating shaft, the scattering preventer partially overlaps with the magnetic fluid in a direction of the rotating shaft.
A refrigerant compressor comprising a compression mechanism that compresses a refrigerant used in refrigerating cycle, wherein: at least one of sliding members in the compression mechanism is formed of tool steel; characterised in that a first layer composed of a single layer of chromium, a second layer composed of an alloy layer of chromium and tungsten carbide, a third layer composed of a metal-containing amorphous carbon layer containing at least one of tungsten and tungsten carbide, and a fourth layer composed of an amorphous carbon layer containing carbon and hydrogen without metals is formed in that sequence of layers on a surface of the sliding member; the second layer is formed to have a chromium content higher on a side of the first layer than a side of the third layer, and to have a tungsten carbide content higher on the side of the third layer than on the side of the first layer; and the third layer is formed to have a tungsten content or a tungsten carbide content higher on a side of the second layer than on a side of the fourth layer. at least one of sliding members in the compression mechanism is formed of tool steel; characterised in that a first layer composed of a single layer of chromium, a second layer composed of an alloy layer of chromium and tungsten carbide, a third layer composed of a metal-containing amorphous carbon layer containing at least one of tungsten and tungsten carbide, and a fourth layer composed of an amorphous carbon layer containing carbon and hydrogen without metals is formed in that sequence of layers on a surface of the sliding member; the second layer is formed to have a chromium content higher on a side of the first layer than a side of the third layer, and to have a tungsten carbide content higher on the side of the third layer than on the side of the first layer; and the third layer is formed to have a tungsten content or a tungsten carbide content higher on a side of the second layer than on a side of the fourth layer.
Multiple plug-in connector having the following features: a system comprising a plurality of plug-in connectors, each with a housing, the housings differing in shape, and a multiple housing fixing in place the plug-in connectors, characterised in that the housings have first housing parts which are identical in shape and dimensions and differing second housing parts, wherein the second housing parts of at least some of the plug-in connectors have different codings for assignment to individual positions on or in the multiple housing which are formed by recesses into which projections of the multiple housing are designed to engage. a system comprising a plurality of plug-in connectors, each with a housing, the housings differing in shape, and a multiple housing fixing in place the plug-in connectors, characterised in that the housings have first housing parts which are identical in shape and dimensions and differing second housing parts, wherein the second housing parts of at least some of the plug-in connectors have different codings for assignment to individual positions on or in the multiple housing which are formed by recesses into which projections of the multiple housing are designed to engage.
A heat sink in cooperation with a fan capable of generating an airflow along a first axial direction, wherein the heat sink comprises: a connecting piece; and a plurality of air guide fins disposed on the connecting piece at intervals, wherein each of the air guide fins has a guiding face that confronts the airflow in the first axial direction and directs the airflow to a second axial direction, characterized in that the fan is disposed on the connecting piece and the connecting piece is between the fan and the plurality of air guide fins. a connecting piece; and a plurality of air guide fins disposed on the connecting piece at intervals, wherein each of the air guide fins has a guiding face that confronts the airflow in the first axial direction and directs the airflow to a second axial direction, characterized in that the fan is disposed on the connecting piece and the connecting piece is between the fan and the plurality of air guide fins.
A pharmaceutical composition comprising Form E of sofosbuvir, wherein Form E of sofosbuvir is characterised by an X-ray diffraction pattern having peaks at 8.1, 12.1, 12.4, 13.5, 16.2 and 17.2 degrees two theta ± 0.1 degrees two theta or wherein Form E of sofosbuvir is characterised by an X-ray diffraction pattern having peaks at 8.1, 10.4, 13.5, 18.0 and 18.7 degrees two theta ± 0.1 degrees two theta..
Household appliance which comprises - a motor which is configured to drive a component of the household appliance; - a gyroscope which is configured to acquire rotary movement data with regard to a rotary movement (211, 212, 213) of the gyroscope and/or of the household appliance; and - a control unit (101 characterized in that the control unit is configured - so as on the basis of the rotary movement data to determine a value of a dispersion measure of the rotary movement (211, 212, 213) of the gyroscope and/or of the household appliance within a time interval; and - so as to operate the motor in dependence upon the determined value of the dispersion measure. - a motor which is configured to drive a component of the household appliance; - a gyroscope which is configured to acquire rotary movement data with regard to a rotary movement (211, 212, 213) of the gyroscope and/or of the household appliance; and - a control unit (101 characterized in that the control unit is configured - so as on the basis of the rotary movement data to determine a value of a dispersion measure of the rotary movement (211, 212, 213) of the gyroscope and/or of the household appliance within a time interval; and - so as to operate the motor in dependence upon the determined value of the dispersion measure. - so as on the basis of the rotary movement data to determine a value of a dispersion measure of the rotary movement (211, 212, 213) of the gyroscope and/or of the household appliance within a time interval; and - so as to operate the motor in dependence upon the determined value of the dispersion measure.
A gas exchange unit for processing blood that includes red blood cells and plasma, the gas exchange unit being characterized by: a fluid-tight enclosure having a front face with an input port for inputting the blood, and a rear face with an output port for outputting the blood, the fluid-tight enclosure having an interior and an exterior; and a bundle of nanotubes that run between the front face and the rear face, each of the nanotubes having a front end and a rear end, with a void in the bundle that extends from the input port on the front face to the output port on the rear face, the void being configured to form a flow channel that is large enough to permit the red blood cells to flow from the input port to the output port, wherein the nanotubes in the bundle are spaced close enough to retain the red blood cells within the flow channel, yet far apart enough to permit the plasma to flow through spaces between adjoining nanotubes in the bundle, wherein the nanotubes are arranged with respect to the front face and the rear face to permit O 2 molecules to diffuse into the nanotubes from the exterior of the enclosure and to permit CO 2 molecules to diffuse out of the nanotubes to the exterior of the enclosure, and wherein the nanotubes in the bundle have defects in their walls that permit O 2 molecules and CO 2 molecules to diffuse therethrough, and the defects are present in a sufficient number and total area so that the gas exchange unit can effectively deliver O 2 to the blood and carry away CO 2 from the blood. a fluid-tight enclosure having a front face with an input port for inputting the blood, and a rear face with an output port for outputting the blood, the fluid-tight enclosure having an interior and an exterior; and a bundle of nanotubes that run between the front face and the rear face, each of the nanotubes having a front end and a rear end, with a void in the bundle that extends from the input port on the front face to the output port on the rear face, the void being configured to form a flow channel that is large enough to permit the red blood cells to flow from the input port to the output port,
A method for sending configuration information, comprising: determining, by a base station, configuration information of a channel state information reference signal, CSI-RS, resource group which comprises multiple CSI-RS resources, wherein the configuration information comprises a pilot pattern, a bandwidth, a frequency domain position, a cycle, and a subframe offset of each CSI-RS resource of the multiple CSI-RS resources; and sending, by the base station, the configuration information to a user equipment, wherein the configuration information is for synchronization tracking. determining, by a base station, configuration information of a channel state information reference signal, CSI-RS, resource group which comprises multiple CSI-RS resources, wherein the configuration information comprises a pilot pattern, a bandwidth, a frequency domain position, a cycle, and a subframe offset of each CSI-RS resource of the multiple CSI-RS resources; and sending, by the base station, the configuration information to a user equipment, wherein the configuration information is for synchronization tracking.
A dual channel remote radio head unit for wireless communications comprising at least two power amplifiers (1000, 1005), each receiving an input signal centered on a separate frequency and each providing as an output an amplified representation of the received input signal, at least two feedback sensors, at least one associated with each power amplifier (1000, 1005), wherein the at least two feedback sensors are configured to provide a feedback signal that includes a representation of the noise characteristics of the associated power amplifier (1000, 1005), digital logic for processing signals, and a feedback switch controlled by the digital logic, wherein the feedback switch is configured to connect one of the feedback signals to the digital logic, at least two temperature sensors, at least one associated with each power amplifier, wherein the at least two temperature sensors are configured to provide temperature signals that represents the temperature of the associated power amplifier, and a temperature switch, controlled by the digital logic, wherein the temperature switch is configured to connect one of the temperature signals to the digital logic, wherein the digital logic is configured to generate predistortion compensation signals appropriate for each of the power amplifiers, wherein the predistortion compensation signals are based at least in part on the connected feedback signal and the connected temperature signal.
A polymer composition, comprising: a conjugated diene rubber wherein a polymer corresponding to the following component is excluded; and a hydrogenated product of the polymer that satisfies the following to, which is the polymer in which 80% or more of structural units derived from butadiene are hydrogenated: being a copolymer of a conjugated diene compound containing butadiene and an aromatic vinyl compound, comprising a polybutadiene block having a vinyl group content of 20% or less, and comprising a block composed of a conjugated diene compound and an aromatic vinyl compound. a conjugated diene rubber wherein a polymer corresponding to the following component is excluded; and a hydrogenated product of the polymer that satisfies the following to, which is the polymer in which 80% or more of structural units derived from butadiene are hydrogenated: being a copolymer of a conjugated diene compound containing butadiene and an aromatic vinyl compound, comprising a polybutadiene block having a vinyl group content of 20% or less, and comprising a block composed of a conjugated diene compound and an aromatic vinyl compound. being a copolymer of a conjugated diene compound containing butadiene and an aromatic vinyl compound, comprising a polybutadiene block having a vinyl group content of 20% or less, and comprising a block composed of a conjugated diene compound and an aromatic vinyl compound.
A method of treating plant seeds comprising: providing a plant seed having a seed coat with an outer surface having a natural water apparent contact angle; and exposing said plant seed to an inductively-coupled plasma under conditions effective to substantially reduce the water apparent contact angle of said seed coat surface from said natural water apparent contact angle to a treated water apparent contact angle, wherein said water apparent contact angle is reduced by not less than about 10°, and wherein said seed is exposed to said plasma in a chamber including an atmosphere from which said plasma is generated, wherein a pressure of said atmosphere in said chamber is not more than 10 Pa, and said seed is exposed to said plasma for not more than 2 minutes. providing a plant seed having a seed coat with an outer surface having a natural water apparent contact angle; and exposing said plant seed to an inductively-coupled plasma under conditions effective to substantially reduce the water apparent contact angle of said seed coat surface from said natural water apparent contact angle to a treated water apparent contact angle, wherein said water apparent contact angle is reduced by not less than about 10°, and wherein said seed is exposed to said plasma in a chamber including an atmosphere from which said plasma is generated, wherein a pressure of said atmosphere in said chamber is not more than 10 Pa, and said seed is exposed to said plasma for not more than 2 minutes.
An aqueous pharmaceutical composition for use in the treatment of pain, wherein the composition contains tapentadol free base or the hydrochloride salt thereof and is administered orally, wherein said composition does not contain any preservative.
Hybrid motor vehicle comprising a power plant, said power plant comprising first and second electric motors, a motor gear system comprising an output shaft, the drive shafts (6, 7) being connected mechanically to the output shaft of the motor gear system respectively via two coupling devices (8, 9), the power plant further comprising at least one of the first and second (11a, 11b) accessories driven by the first and second electric motors respectively, the drive shaft of the first electric motor being aligned with the shaft of the first accessory, and the drive shaft of the second electric motor being aligned with the shaft (14a, 14b) of the second accessory (11a, 11b), characterized in that it comprises a front running gear, a rear running gear, an internal combustion engine in the front of the vehicle for driving the front running gear, the electric motors (2, 3) and the motor gear system being in the rear of the vehicle for driving the rear running gear.
A system for measuring data in a well extending below surface, said system comprising a body having a longitudinal axis and a front end and a rear end; locomotion means; control means adapted to control direction and/or speed of the locomotion means; wherein said control means are adapted to be controlled from the surface, characterized in that the locomotion means comprises an umbrella attached to the body and which extends radially outwards from the body; and wherein a number of fluid passages are contained in the umbrella in order to substantially equate the pressure on both sides of the umbrella.