mhurhangee/ep-ind-claims huggingface dataset:
Method for actuating a closure element arrangement of a motor vehicle, wherein the closure element arrangement has a closure element, a drive arrangement which is assigned to the closure element, a control arrangement and a sensor arrangement with at least one sensor element (6, 7) which is configured, in particular, as a proximity sensor, wherein within the scope of an operator control event monitoring operation by means of the control arrangement the sensor measured values (8, 9) of the sensor arrangement are monitored to determine whether a predetermined operator control event is occurring, and the drive arrangement is actuated as a function of the result of the operator control event monitoring operation, wherein at least one operator control event is defined as a foot movement of the operator, wherein the mechanical configuration of the motor vehicle can be changed in the normal operational use by means of an adjustment process and/or by means of a mounting process, characterized in that the mechanical configuration of the motor vehicle is sensed by means of the control arrangement, and the operator control event monitoring operation is modified as a function of the mechanical configuration of the motor vehicle.
A method, comprising: in a mobile communication terminal, receiving a signal in a frequency band; determining, based on the received signal, a likelihood for each frequency channel within the frequency band and for each of a plurality of different Radio Access Technologies, RATs, that the frequency channel contains a carrier of the RAT; generating a list of entries, each entry specifying a respective frequency channel, a certain RAT of the plurality of different RATs, and a likelihood score indicating the likelihood determined for the respective frequency channel and the certain RAT; scanning at least some of the entries in accordance with a descending order of the likelihood scores, and, for each scanned entry, detecting whether the respective frequency channel actually contains the carrier of the respective RAT; and outputting a detection of the carriers in the frequency band. in a mobile communication terminal, receiving a signal in a frequency band; determining, based on the received signal, a likelihood for each frequency channel within the frequency band and for each of a plurality of different Radio Access Technologies, RATs, that the frequency channel contains a carrier of the RAT; generating a list of entries, each entry specifying a respective frequency channel, a certain RAT of the plurality of different RATs, and a likelihood score indicating the likelihood determined for the respective frequency channel and the certain RAT; scanning at least some of the entries in accordance with a descending order of the likelihood scores, and, for each scanned entry, detecting whether the respective frequency channel actually contains the carrier of the respective RAT; and outputting a detection of the carriers in the frequency band.
A microprocessor adapted to execute instructions from an instruction set architecture that defines at least one instruction comprising an immediate field, wherein the immediate field has a first portion specifying a first value and a second portion specifying a second value, wherein the instruction instructs the microprocessor to perform an operation which uses a constant value as one of its source operands, wherein the constant value is the first value rotated/shifted by a number of bits based on the second value, wherein the microprocessor comprises: a hardware instruction translator, arranged to determine whether a value of the immediate field is in a predetermined subset of values; and to translate the at least one instruction into one or more microinstructions (3044, 3046, 3048); and an execution pipeline, arranged to execute the microinstructions (3044, 3046, 3048) generated by the hardware instruction translator to generate a result defined by the instruction set architecture; the microprocessor being characterized in that the hardware instruction translator, is arranged to generate the constant value from the first and second values for provision to the execution pipeline as a source operand of at least one of the microinstructions (3044, 3046, 3048) for execution by the execution pipeline. a hardware instruction translator, arranged to determine whether a value of the immediate field is in a predetermined subset of values; and to translate the at least one instruction into one or more microinstructions (3044, 3046, 3048); and an execution pipeline, arranged to execute the microinstructions (3044, 3046, 3048) generated by the hardware instruction translator to generate a result defined by the instruction set architecture; the microprocessor being characterized in that the hardware instruction translator, is arranged to generate the constant value from the first and second values for provision to the execution pipeline as a source operand of at least one of the microinstructions (3044, 3046, 3048) for execution by the execution pipeline.
A vibration-proof device, comprising a foundation surface, a vibration device including a vibration source and a vibration-proof mount which is interposed between the vibration device and an elastic member disposed on the foundation surface, the vibration-proof mount comprising: an upper base plate including a first mounting portion where the vibration device is mounted; a lower base plate arranged below the upper base plate and supporting the upper base plate; and a plurality of connecting members connecting the upper base plate and the lower base plate, the plurality of connecting members including at least two or more first connecting members disposed between the first mounting portion and the lower base plate at intervals from one another, characterized in that the first mounting portion is configured to have higher rigidity than the lower base plate. an upper base plate including a first mounting portion where the vibration device is mounted; a lower base plate arranged below the upper base plate and supporting the upper base plate; and a plurality of connecting members connecting the upper base plate and the lower base plate, the plurality of connecting members including at least two or more first connecting members disposed between the first mounting portion and the lower base plate at intervals from one another, characterized in that the first mounting portion is configured to have higher rigidity than the lower base plate.
A sanitary shower, at least comprising: - a housing, - at least one fluid inlet for a fluid and - at least one jet-forming element with at least one fluid channel, wherein the at least one fluid channel comprises at least one duckbill valve with an elastic valve casing which extends in a flow direction of the fluid from a valve base to a slit-shaped valve outlet, and wherein the valve casing has an outwardly directed thickening at least in the region of the slit-shaped valve outlet, wherein the thickening is formed at least partially in the manner of at least one web (15, 16), wherein the at least one web (15, 16) extends orthogonally to the slit-shaped valve outlet, wherein a flow cross-section within the elastic valve casing, starting from the valve base, tapers further and further in the flow direction towards the slit-shaped valve outlet. - a housing, - at least one fluid inlet for a fluid and - at least one jet-forming element with at least one fluid channel, wherein the at least one fluid channel comprises at least one duckbill valve with an elastic valve casing which extends in a flow direction of the fluid from a valve base to a slit-shaped valve outlet, and wherein the valve casing has an outwardly directed thickening at least in the region of the slit-shaped valve outlet, wherein the thickening is formed at least partially in the manner of at least one web (15, 16), wherein the at least one web (15, 16) extends orthogonally to the slit-shaped valve outlet, wherein a flow cross-section within the elastic valve casing, starting from the valve base, tapers further and further in the flow direction towards the slit-shaped valve outlet.
A process for micronizing coffee particles, the process comprising: a) preparing an aqueous suspension of coffee particles comprising 1-20% coffee particles and 0.1-30% dissolved water soluble coffee solids and with a total solids content of 40% or less; and b) micronizing the aqueous suspension of coffee particles comprising 1-20% coffee particles and 0.1-30% dissolved water soluble coffee solids and with a total solids content of 40% or less to an average particle size, d 90,3, of less than 50 micron to produce a suspension of micronized coffee particles; wherein coffee particles in step a) are mixed with soluble coffee solids obtained by a separate extraction of coffee beans with water, and wherein steps a) and b) are conducted at a temperature of 5-50°C. a) preparing an aqueous suspension of coffee particles comprising 1-20% coffee particles and 0.1-30% dissolved water soluble coffee solids and with a total solids content of 40% or less; and b) micronizing the aqueous suspension of coffee particles comprising 1-20% coffee particles and 0.1-30% dissolved water soluble coffee solids and with a total solids content of 40% or less to an average particle size, d 90,3, of less than 50 micron to produce a suspension of micronized coffee particles;
An apparatus comprising: a gas turbine engine component comprising a blade, a platform forming an airflow surface from which the blade extends on one side, a blade stalk disposed on a non-airflow side of the platform and in which is formed a motion weld receiving surface disposed on the non-airflow side of the platform; and a disk having a motion weld disk portion configured to receive the motion weld receiving surface of the gas turbine engine component and form a motion weld coupling when the disk and gas turbine engine component are coupled; wherein the platform further includes a fixture feature structured to engage an assembly device capable of providing relative motion between the gas turbine engine component and the disk to form a friction weld coupling; the apparatus being characterized in that the fixture feature includes a through-hole formed through the platform. a gas turbine engine component comprising a blade, a platform forming an airflow surface from which the blade extends on one side, a blade stalk disposed on a non-airflow side of the platform and in which is formed a motion weld receiving surface disposed on the non-airflow side of the platform; and a disk having a motion weld disk portion configured to receive the motion weld receiving surface of the gas turbine engine component and form a motion weld coupling when the disk and gas turbine engine component are coupled; wherein the platform further includes a fixture feature structured to engage an assembly device capable of providing relative motion between the gas turbine engine component and the disk to form a friction weld coupling; the apparatus being characterized in that the fixture feature includes a through-hole formed through the platform.
Method for measuring and calculating a track position, having a track-mountable track measuring carriage having at least two wheel axles supported on a machine frame, and having a device for pressing the wheels against the rail, characterised in that firstly a measuring run is carried out with the track-mountable track measuring carriage which is equipped with an inertial navigation unit (INS, 5) and of which the wheels are pressed against the rails, wherein an arc length (s) of the rail is measured with an odometer, the angular position (Δψ, ΔΦ, ΔΘ) of the inertial navigation unit (INS, IMU, 5) is measured and stored relative to a Cartesian reference coordinate system (x, y, z), and in that after the measuring run coordinate points (P i) of the track (λ e i, P i) of the navigation unit (INS, 5) are calculated in space from the stored angular positions (Δψ, ΔΦ, ΔΘ) by means of compensation calculation and from the thus optimised coordinate points (Pi) of the track (λ e i, P i) a location image is formed by zeroing the z-components and a longitudinal section is formed by zeroing the x-components, after which a curve determined by means of mathematical connection functions is plotted through the coordinate points (P i).
A fuel gas supply system of any one of a bulk carrier, a container ship, a crude oil tanker and a chemical tanker for supplying fuel gas from an LNG tank, which stores LNG as fuel gas, to a high-pressure gas injection engine, comprising: a boil-off gas liquefaction line configured to extract boil-off gas generated in the LNG tank; a compressor installed in the boil-off gas liquefaction line to compress the boil-off gas; a recondenser configured to condense the compressed boil-off gas; a fuel gas supply line configured to extract LNG from the LNG tank and supply the extracted LNG as fuel gas to the high-pressure gas injection engine; a first pump to compress the LNG and to communicate the compressed LNG downstream along the fuel gas supply line, a second pump installed in the fuel gas supply line to compress LNG from the LNG tank at a high pressure and supply the compressed LNG to the high-pressure gas injection engine; a vaporizer configured to vaporize reliquefied boil-off gas; wherein the recondenser condenses the boil-off gas by using LNG extracted from the LNG tank, directly mixing the LNG and the boil-off gas, wherein the second pump is configured to receive the compressed LNG and further compress the LNG to meet the pressure requirements for the high-pressure gas injection engine. a boil-off gas liquefaction line configured to extract boil-off gas generated in the LNG tank; a compressor installed in the boil-off gas liquefaction line to compress the boil-off gas; a recondenser configured to condense the compressed boil-off gas; a fuel gas supply line configured to extract LNG from the LNG tank and supply the extracted LNG as fuel gas to the high-pressure gas injection engine; a first pump to compress the LNG and to communicate the compressed LNG downstream along the fuel gas supply line, a second pump installed in the fuel gas supply line to compress LNG from the LNG tank at a high pressure and supply the compressed LNG to the high-pressure gas injection engine; a vaporizer configured to vaporize reliquefied boil-off gas; wherein the recondenser condenses the boil-off gas by using LNG extracted from the LNG tank, directly mixing the LNG and the boil-off gas, wherein the second pump is configured to receive the compressed LNG and further compress the LNG to meet the pressure requirements for the high-pressure gas injection engine.
Poultry processing device for removing skin from the meat of poultry (3, 3', 3"), comprising a conveyor line for moving the poultry in the path of the conveyor line, and one or more deskinning means (5, 6) in or adjacent to said conveying line for processing the passing poultry (3, 3', 3''), wherein each of the deskinning means (5, 6) comprise a rotatable gripper roll which is circumferentially provided with at least one longitudinally extending tooth having a radial end facing away from a rotational axis of said roll and providing a frictional outer surface to the roll for catching engagement with the skin, and each of said deskinning means (5, 6) further comprising pinch means adjacent to the rotatable gripper roll to pinch or trap the skin between the gripper roll and the pinch means, which pinch means have an edge that mates with the radial ends of the at least one tooth during rotation of the roll, characterized in that said edge of the pinch means is extending oblique with respect to the radial end of the at least one tooth.
Method for determining a state quantity (Δ) of a valve diaphragm of a motor-driven diaphragm valve, characterized in that said method comprises the following steps: a. in a first time range: moving the valve diaphragm in such a way that the diaphragm valve changes from a first state into a second state; in the process b. detecting at least one reference value of a quantity which is associated with the movement process of the valve diaphragm; c. in a second time range: moving the valve diaphragm in such a way that the diaphragm valve changes from the first state into the second state; in the process d. detecting at least one operating value of the quantity which is associated with the movement process of the valve diaphragm; e. comparing the at least one reference value with the at least one operating value or quantities acquired therefrom; f. determining the state quantity from the result of the comparison; characterized in that it further comprises the following step: g. Storing of the values detected during the second time period only if they deviate by more than a limit value from previously detected values. a. in a first time range: moving the valve diaphragm in such a way that the diaphragm valve changes from a first state into a second state; in the process b. detecting at least one reference value of a quantity which is associated with the movement process of the valve diaphragm; c. in a second time range: moving the valve diaphragm in such a way that the diaphragm valve changes from the first state into the second state; in the process d. detecting at least one operating value of the quantity which is associated with the movement process of the valve diaphragm; e. comparing the at least one reference value with the at least one operating value or quantities acquired therefrom; f. determining the state quantity from the result of the comparison; characterized in that it further comprises the following step: g. Storing of the values detected during the second time period only if they deviate by more than a limit value from previously detected values.
Water-conducting domestic appliance in the form of a laundry treatment appliance for washing laundry, having a treatment container and a treatment agent container, wherein a liquid treatment agent contained in the treatment agent container can be conducted into the treatment container at least indirectly, with a treatment gas generator for the treatment of laundry in the treatment container with a treatment gas, characterised in that an introducing assembly is provided with a first water reservoir device and at least one second water reservoir device, water can be conducted to the treatment container by way of the first water reservoir device and a first inlet and water can be conducted to at least one second introducing opening of the treatment container by way of the second water reservoir device and a second inlet, wherein the first and second water reservoir devices (15, 16) can be filled with the treatment agent, a throttled overflow channel is provided between an inlet region for the first water reservoir device and an inlet region for the second water reservoir device and the throttled overflow channel, the first water reservoir device and the second water reservoir device of the introducing assembly are arranged in such a manner in relation to one another that when water is fed into the inlet region for the first water reservoir device any excess water supplied can be conducted by way of the overflow channel into the second water reservoir device when the first water reservoir device is full.
A method of wireless communication performed by a user equipment, comprising: receiving downlink data that is associated with triggering a feedback message; determining a flow identifier for the downlink data; and transmitting, before receiving the feedback message for the downlink data at a component of the UE and based at least in part on the flow identifier, a scheduling request to request an allocation of a set of resources for transmitting the feedback message. receiving downlink data that is associated with triggering a feedback message; determining a flow identifier for the downlink data; and transmitting, before receiving the feedback message for the downlink data at a component of the UE and based at least in part on the flow identifier, a scheduling request to request an allocation of a set of resources for transmitting the feedback message.
Method for rolling rolling stock, preferably for the cold-rolling of rolling stock, wherein a water-based cooling lubricant is applied to the rolling stock and/or to at least one roll (20, 22, 30, 32) forming a rolling gap (200, 300), wherein at least one water-soluble and triboligically active additive is added to the water-based cooling lubricant prior to application to the rolling stock and/or to the at least one roll and wherein excess cooling lubricant after application to the rolling stock and/or the roll (20, 22, 30, 32) is collected and then the cooling lubricant is reused for application to the rolling stock and/or the roll (20, 22, 30, 32), characterised in that the excess cooling lubricant after collection thereof, but before re-application thereof is subjected to ultrafine filtration.
A photovoltaic apparatus, comprising: a laminated structure comprising an intermediate first portion connecting a second portion including a first leg (407, 417) having a base to a third portion including a second leg; a front sheet extending through at least part of each of the intermediate portion, the first leg (407, 417), and the second leg; a back sheet (210, 310) having a first portion, a second portion (2102, 3102), and a first folded portion extending from the base of the first leg, the back sheet (210, 310) extending through at least part of each of the intermediate first portion, the first leg (407, 417), and the second leg, one or more photovoltaic devices disposed at least in the intermediate portion, wherein each of the one or more photovoltaic devices includes an array of photovoltaic cells, characterised in that an interior region is formed between the first leg (407, 417) and the second leg, and the first folded portion extends outward of the interior region; and an interior angle is formed between the first leg (407, 417) and the first folded portion, and is less than 90 degrees; a busbar (170, 170-2, 180) is disposed between the first folded portion of the back sheet (210, 310) and a portion of the back sheet (210, 310) in the first leg (407, 417). a laminated structure comprising an intermediate first portion connecting a second portion including a first leg (407, 417) having a base to a third portion including a second leg; a front sheet extending through at least part of each of the intermediate portion, the first leg (407, 417), and the second leg; a back sheet (210, 310) having a first portion, a second portion (2102, 3102), and a first folded portion extending from the base of the first leg, the back sheet (210, 310) extending through at least part of each of the intermediate first portion, the first leg (407, 417), and the second leg, one or more photovoltaic devices disposed at least in the intermediate portion, wherein each of the one or more photovoltaic devices includes an array of photovoltaic cells, characterised in that an interior region is formed between the first leg (407, 417) and the second leg, and the first folded portion extends outward of the interior region; and an interior angle is formed between the first leg (407, 417) and the first folded portion, and is less than 90 degrees; a busbar (170, 170-2, 180) is disposed between the first folded portion of the back sheet (210, 310) and a portion of the back sheet (210, 310) in the first leg (407, 417). an interior region is formed between the first leg (407, 417) and the second leg, and the first folded portion extends outward of the interior region; and an interior angle is formed between the first leg (407, 417) and the first folded portion, and is less than 90 degrees; a busbar (170, 170-2, 180) is disposed between the first folded portion of the back sheet (210, 310) and a portion of the back sheet (210, 310) in the first leg (407, 417).