mhurhangee/ep-ind-claims huggingface dataset:
An active wheelset control for a rail vehicle, comprising: a wheelset having a wheel pair for rolling off on a respective rail of a rail pair; a first differential cylinder variable in length for the displacement of a first wheel of the wheel pair relative to the undercarriage frame; a second differential cylinder variable in length for the displacement of a second wheel of the wheel pair relative to the undercarriage frame; and a supply unit for providing pressurized fluid for the first cylinder and the second cylinder, characterized in that the ring chamber of the first cylinder and the ring chamber of the second cylinder are fluidically connected to a common high pressure outlet of the supply unit; and the piston chamber of the first cylinder is fluidically connected to a first control outlet and the piston chamber of the second cylinder is fluidically connected to a second control outlet of the supply unit. a wheelset having a wheel pair for rolling off on a respective rail of a rail pair; a first differential cylinder variable in length for the displacement of a first wheel of the wheel pair relative to the undercarriage frame; a second differential cylinder variable in length for the displacement of a second wheel of the wheel pair relative to the undercarriage frame; and a supply unit for providing pressurized fluid for the first cylinder and the second cylinder, characterized in that the ring chamber of the first cylinder and the ring chamber of the second cylinder are fluidically connected to a common high pressure outlet of the supply unit; and the piston chamber of the first cylinder is fluidically connected to a first control outlet and the piston chamber of the second cylinder is fluidically connected to a second control outlet of the supply unit.
Calibration device for calibrating the measuring means of an NO delivery apparatus, said measuring means comprising an NO sensor, an NO 2 sensor and an O 2 sensor, said calibration device comprising a gas intake line comprising, arranged in series: - a valve for controlling the circulation of gas in the gas intake line, - a precision regulator configured to deliver a predefined fixed pressure in the gas intake line, - a calibrated orifice device, and - a venturi device comprising a main body defining an internal volume and comprising: • a gas inlet orifice fluidically connected to the calibrated orifice device in order to allow gas from the calibrated orifice device to enter the internal volume, • a gas intake orifice fluidically connected to the atmosphere in order to allow air to enter the internal volume, • an exhaust orifice fluidically connected to the atmosphere, for discharging some of the gas contained in the internal volume to the atmosphere, and • an outlet port for supplying at least some of the gas contained in the internal volume to an NO delivery apparatus. - a valve for controlling the circulation of gas in the gas intake line, - a precision regulator configured to deliver a predefined fixed pressure in the gas intake line, - a calibrated orifice device, and - a venturi device comprising a main body defining an internal volume and comprising: • a gas inlet orifice fluidically connected to the calibrated orifice device in order to allow gas from the calibrated orifice device to enter the internal volume, • a gas intake orifice fluidically connected to the atmosphere in order to allow air to enter the internal volume, • an exhaust orifice fluidically connected to the atmosphere, for discharging some of the gas contained in the internal volume to the atmosphere, and • an outlet port for supplying at least some of the gas contained in the internal volume to an NO delivery apparatus. • a gas inlet orifice fluidically connected to the calibrated orifice device in order to allow gas from the calibrated orifice device to enter the internal volume, • a gas intake orifice fluidically connected to the atmosphere in order to allow air to enter the internal volume, • an exhaust orifice fluidically connected to the atmosphere, for discharging some of the gas contained in the internal volume to the atmosphere, and • an outlet port for supplying at least some of the gas contained in the internal volume to an NO delivery apparatus.
Method for detecting spoofing of GNSS navigation signals comprising the acts of: - receiving navigation signals from a first GNSS satellite and from a second GNSS satellite with a first antenna and a first receiver; - receiving navigation signals from the first GNSS satellite and from the second GNSS satellite with a second antenna and a second receiver; - measuring carrier phase differences Δ( φ) of the received navigation signals; - calculating phase double differences ∇Δ( φ) from the measured carrier phase differences Δ( φ); - calculating a test statistic from all calculated phase double differences; - checking whether the test statistic remains in a range defined by two thresholds over a predefined time period; and - detecting spoofing if the test statistic remains in the range defined by the two thresholds during the predefined time period. - receiving navigation signals from a first GNSS satellite and from a second GNSS satellite with a first antenna and a first receiver; - receiving navigation signals from the first GNSS satellite and from the second GNSS satellite with a second antenna and a second receiver; - measuring carrier phase differences Δ( φ) of the received navigation signals; - calculating phase double differences ∇Δ( φ) from the measured carrier phase differences Δ( φ); - calculating a test statistic from all calculated phase double differences; - checking whether the test statistic remains in a range defined by two thresholds over a predefined time period; and - detecting spoofing if the test statistic remains in the range defined by the two thresholds during the predefined time period.
A cart comprising: an enclosure including a connecting portion; an interface assembly including a display, a speaker, a camera and a microphone, and operatively connected to the enclosure at least at the connecting portion, the connecting portion operable to reposition the interface assembly from a transporting configuration in which the display, the speaker, the camera and the microphone are disposed inside the enclosure to a deployed configuration in which the display, the speaker, the camera and the microphone are disposed outside of the enclosure; a pivoting assembly disposed in relation to the enclosure; and characterized in a set of wheels operably connected to the pivoting assembly, the pivoting assembly configured to pivot relative to the enclosure to reconfigure the cart from the deployed configuration in which a portion of the cart in addition to the set of wheels makes contact with the transporting surface for stabilizing the cart in the deployed configuration to the transporting configuration in which only the set of wheels makes contact with a transporting surface to reduce a profile of the cart. an enclosure including a connecting portion; an interface assembly including a display, a speaker, a camera and a microphone, and operatively connected to the enclosure at least at the connecting portion, the connecting portion operable to reposition the interface assembly from a transporting configuration in which the display, the speaker, the camera and the microphone are disposed inside the enclosure to a deployed configuration in which the display, the speaker, the camera and the microphone are disposed outside of the enclosure; a pivoting assembly disposed in relation to the enclosure; and characterized in a set of wheels operably connected to the pivoting assembly, the pivoting assembly configured to pivot relative to the enclosure to reconfigure the cart from the deployed configuration in which a portion of the cart in addition to the set of wheels makes contact with the transporting surface for stabilizing the cart in the deployed configuration to the transporting configuration in which only the set of wheels makes contact with a transporting surface to reduce a profile of the cart.
A thermally-regulated container, comprising: a container configured to contain a substance to be heated; and a heater comprising a reaction chamber containing reactants that generate heat when combined, and a passive thermal control material positioned between the reaction chamber and the container configured to contain the substance to be heated, wherein the reaction chamber is in direct thermal and physical contact with the passive thermal control material; wherein the passive thermal control material allows heat to pass therethrough prior to reaching the passive thermal control material's decomposition temperature and, if the heater exceeds the passive thermal control material's decomposition temperature, the passive thermal control material endothermically decomposes and releases gases and absorbs heat, thereby dissipating heat; characterised by the passive thermal control material being in thermal and physical contact with the container configured to contain the substance to be heated, and wherein the heater is surrounded by the passive thermal control material packed between a wall of the reaction chamber and an outer wall of said heater. a container configured to contain a substance to be heated; and a heater comprising a reaction chamber containing reactants that generate heat when combined, and a passive thermal control material positioned between the reaction chamber and the container configured to contain the substance to be heated, wherein the reaction chamber is in direct thermal and physical contact with the passive thermal control material; wherein the passive thermal control material allows heat to pass therethrough prior to reaching the passive thermal control material's decomposition temperature and, if the heater exceeds the passive thermal control material's decomposition temperature, the passive thermal control material endothermically decomposes and releases gases and absorbs heat, thereby dissipating heat; characterised by the passive thermal control material being in thermal and physical contact with the container configured to contain the substance to be heated, and wherein the heater is surrounded by the passive thermal control material packed between a wall of the reaction chamber and an outer wall of said heater.
A dosing unit for a kneadable mass, comprising a tape of kneadable mass, composed of at least at least two components (19, 20), which is wound into a roll, and a dispenser having a holding option for the roll, which is rotatable about an axis to allow the tape to be unwound by rotating the roll, and having a cutting device for cutting off an unwound piece of the tape.
A compound of formula or formula, or a pharmaceutically acceptable salt thereof: wherein: X is -Cl or -OR 3; wherein, R 3 is selected from -H, -C -(C 1 -C 6 alkyl), -PO 2 and -CH 2 OPO 2; each of R 1 and R 2 can be independently selected from H, C 1 -C 6 alkyl, -CH 2 OCO-(C 1 -C 6 alkyl) and -CH 2 OCOO-(C 1 -C 6 alkyl); or R 1 and R 2 join to form a group having the formula: wherein, Y is aryl or heteroaryl; wherein: Z is selected from -H and -CH 2 OPO 2; each of R 1 and R 2 can be independently selected from H, C 1 -C 6 alkyl, -CH 2 OCO-(C 1 -C 6 alkyl) and -CH 2 OCOO-(C 1 -C 6 alkyl); or R 1 and R 2 join to form a group having the formula: wherein, Y is aryl or heteroaryl. X is -Cl or -OR 3; wherein, R 3 is selected from -H, -C -(C 1 -C 6 alkyl), -PO 2 and -CH 2 OPO 2; each of R 1 and R 2 can be independently selected from H, C 1 -C 6 alkyl, -CH 2 OCO-(C 1 -C 6 alkyl) and -CH 2 OCOO-(C 1 -C 6 alkyl); or R 1 and R 2 join to form a group having the formula: wherein, Y is aryl or heteroaryl; wherein: Z is selected from -H and -CH 2 OPO 2; each of R 1 and R 2 can be independently selected from H, C 1 -C 6 alkyl, -CH 2 OCO-(C 1 -C 6 alkyl) and -CH 2 OCOO-(C 1 -C 6 alkyl); or R 1 and R 2 join to form a group having the formula: wherein, Y is aryl or heteroaryl. Z is selected from -H and -CH 2 OPO 2; each of R 1 and R 2 can be independently selected from H, C 1 -C 6 alkyl, -CH 2 OCO-(C 1 -C 6 alkyl) and -CH 2 OCOO-(C 1 -C 6 alkyl); or R 1 and R 2 join to form a group having the formula:
Method in connection with an elevator system, characterized in that - torque impulses (10A, 10B, 10C) are produced with the hoisting machine of the elevator, for detaching a gripped stuck elevator car and/or a gripped stuck counterweight. - torque impulses (10A, 10B, 10C) are produced with the hoisting machine of the elevator, for detaching a gripped stuck elevator car and/or a gripped stuck counterweight.
A labeled nucleotide analog comprising: a first avidin protein having four subunits, each subunit comprising one biotin binding site; a first nucleotide compound, bound to the first avidin protein, the first nucleotide compound comprising a polyphosphate element, a nucleoside element, an optional multivalent central core element, a terminal coupling element, a nucleotide linker element, wherein the nucleotide linker element comprises an affinity modulating element; and a first dye-labeled compound, bound to the first avidin protein, wherein the first dye-labeled compound is a compound of structural formula (IIIG): wherein each L' is independently a dye compound linker element; each S is independently a shield element; each Dye is independently either an acceptor dye or a donor dye; each B" is independently a terminal coupling element; each p is independently 0 or 1; each r" is independently an integer from 0 to 8; s is an integer from 1 to 6; and t is 0 or 1; wherein p, r" and s are such that the compound comprises at least one shield element, at least one acceptor dye, and at least one donor dye. a first avidin protein having four subunits, each subunit comprising one biotin binding site; a first nucleotide compound, bound to the first avidin protein, the first nucleotide compound comprising a polyphosphate element, a nucleoside element, an optional multivalent central core element, a terminal coupling element, a nucleotide linker element, wherein the nucleotide linker element comprises an affinity modulating element; and a first dye-labeled compound, bound to the first avidin protein, wherein the first dye-labeled compound is a compound of structural formula (IIIG): wherein each L' is independently a dye compound linker element; each S is independently a shield element; each Dye is independently either an acceptor dye or a donor dye; each B" is independently a terminal coupling element; each p is independently 0 or 1; each r" is independently an integer from 0 to 8; s is an integer from 1 to 6; and t is 0 or 1; each L' is independently a dye compound linker element; each S is independently a shield element; each Dye is independently either an acceptor dye or a donor dye; each B" is independently a terminal coupling element; each p is independently 0 or 1; each r" is independently an integer from 0 to 8; s is an integer from 1 to 6; and t is 0 or 1;
An injection molding method, comprising: providing a molding device including a lower mold, a first upper mold over the lower mold and engageable with the lower mold, a fourth mold cavity defined by the lower mold, and the first upper mold, wherein the lower mold includes a recess, and the first upper mold includes a first protrusion receivable by the recess; engaging the lower mold and the first upper mold to seal thefourth mold cavity, wherein the first protrusion and the fourth mold cavity are disposed within in the recess, and the molding device is in a closed configuration; injecting a first material into the fourth mold cavity; wherein expanding fourth mold cavity by moving the first upper mold away from the lower mold or moving the lower mold away from the first upper mold to form a fifth mold cavity during or after the injection of the first material into the fourth mold cavity, wherein at least a portion of the first protrusion is disposed within the recess when the fifth mold cavity is formed; forming a first layer from the first material; injecting a second material into the fifth mold cavity; and forming a second layer from the second material disposed over the first layer, wherein the first material is different from the second material. providing a molding device including a lower mold, a first upper mold over the lower mold and engageable with the lower mold, a fourth mold cavity defined by the lower mold, and the first upper mold, wherein the lower mold includes a recess, and the first upper mold includes a first protrusion receivable by the recess; engaging the lower mold and the first upper mold to seal thefourth mold cavity, wherein the first protrusion and the fourth mold cavity are disposed within in the recess, and the molding device is in a closed configuration; injecting a first material into the fourth mold cavity; wherein expanding fourth mold cavity by moving the first upper mold away from the lower mold or moving the lower mold away from the first upper mold to form a fifth mold cavity during or after the injection of the first material into the fourth mold cavity, wherein at least a portion of the first protrusion is disposed within the recess when the fifth mold cavity is formed; forming a first layer from the first material; injecting a second material into the fifth mold cavity; and forming a second layer from the second material disposed over the first layer, wherein the first material is different from the second material.
An electric actuator driver (A1, A2), comprising: an electric actuator; and a motor generator to drive the electric actuator; wherein the electric actuator driver (A1, A2) further comprises: a motor generator driving means configured to rotate the motor generator at a rotation speed with which the motor generator supplies an instantaneous current which is consumption current of a power supply and regenerative current during acceleration / deceleration, that flows during acceleration / deceleration of the electric actuator.
Seat backrest rear wall for a vehicle seat, having a main body formed in a substantially flat manner as a panel, wherein a reinforcing structure is introduced into the panel at least in sections and projects over a remaining, flat region of the panel on the front side, wherein at least one reinforcing profile (4, 5, 6, 7) is disposable at least on one surface side, in the flat region thereof, by a form-fit, a material bond and/or a force-fit, and wherein a profile and/or a cross section of the reinforcing profiles (4, 5, 6, 7), in combination with the profile of the stiffening structure, is alignable in a computer-supported manner with reference to topology-optimized load paths, and wherein the at least one reinforcing profile (4, 5, 6, 7) is disposed in a region of the panel, in which no stiffening structure is disposed, and, as a result, rests over the full surface on the flat region of the panel.
Wall-type sanitary mixer fitting having: a) a housing which possesses, on its rear side, two water inlet apertures whose parallel axes are spaced apart from one another at a specific gauge; b) for each water inlet aperture, an adapter apparatus which can be fastened to the associated water inlet aperture, possesses a connecting thread for connection to a domestic conduit on the building, and comprises: ba) an insert which is fastened within the water inlet aperture of the housing; bb) an eccentric ring which can be fastened to the insert in different angular positions and carries the connecting thread; bc) a screw-in part which extends through the eccentric ring, is screwed to the insert and thereby fixes the eccentric ring in position on said insert; wherein the insert has a toothing system which interacts, for the purpose of fixing the relative angular position between the eccentric ring and the insert, with a complementary toothing system on the eccentric ring; and wherein the axes of the water inlet aperture in the housing and of the connecting thread are parallel to one another and spaced apart from one another; characterised in that c) the toothing systems (113, 117) of the insert and eccentric ring extend radially. a) a housing which possesses, on its rear side, two water inlet apertures whose parallel axes are spaced apart from one another at a specific gauge; b) for each water inlet aperture, an adapter apparatus which can be fastened to the associated water inlet aperture, possesses a connecting thread for connection to a domestic conduit on the building, and comprises: ba) an insert which is fastened within the water inlet aperture of the housing; bb) an eccentric ring which can be fastened to the insert in different angular positions and carries the connecting thread; bc) a screw-in part which extends through the eccentric ring, is screwed to the insert and thereby fixes the eccentric ring in position on said insert; wherein the insert has a toothing system which interacts, for the purpose of fixing the relative angular position between the eccentric ring and the insert, with a complementary toothing system on the eccentric ring; and wherein the axes of the water inlet aperture in the housing and of the connecting thread are parallel to one another and spaced apart from one another; ba) an insert which is fastened within the water inlet aperture of the housing; bb) an eccentric ring which can be fastened to the insert in different angular positions and carries the connecting thread; bc) a screw-in part which extends through the eccentric ring, is screwed to the insert and thereby fixes the eccentric ring in position on said insert; c) the toothing systems (113, 117) of the insert and eccentric ring extend radially.