mhurhangee/ep-ind-claims huggingface dataset:
A driven axle of a two-track vehicle, in which a wheel-guiding link (2l, 2r) on the vehicle body or on an axle carrier connected to the vehicle body is spatially supported elastically to a small extent via a body-side link bearing, and wherein the link of the right-side wheel is connected to the link of the left-side wheel additionally via a coupling rod, which is supported exclusively on said left-side and right-side links (2l, 2r), preferably in the vicinity of the corresponding body-side link bearing and offset in the vehicle longitudinal direction in relation to the associated wheel carrier (1l, 1r), characterised in that a mechanical low pass filter is provided in the coupling rod and/or in the connection between the coupling rod and one of the links (1l, 1r) mutually supported thereby, which low pass filter at least approximately cancels the rigidity of the coupling rod in low-frequency ranges in which the cornering forces act on the wheels, such that virtually no forces are transmitted via the coupling rod in these low-frequency ranges, whereas in higher-frequency ranges in which disturbance forces resulting from a cyclic irregularity of the vehicle drive system occur, the low-pass filter blocks, such that the coupling rod then transmits these disturbance forces between the left-side link and right-side link.
Use of a hedgehog antagonist for the preparation of a pharmaceutical composition for inhibiting unwanted proliferation of cells, whereby it is determined that the cells overexpress a gli-1 gene, and whereby said antagonist causes decreased cell proliferation, wherein said unwanted cell proliferation is benign prostatic hyperplasia or a cancer, and wherein said cancer is selected from cancer associated with one or more of prostate, breast, and bladder tissues, wherein the hedgehog antagonist is an inhibitor of the hedgehog signaling pathway and is selected from: a) a hedgehog antibody that binds to hedgehog protein, or b) a compound having the structure of compound B: a) a hedgehog antibody that binds to hedgehog protein, or b) a compound having the structure of compound B:
A flash boiler for a pour over water displacement drip coffee brewing machine, which flash boiler is adapted to deliver hot water to a spray head of the brewing machine, the flash boiler comprising a housing, a heating coil within the housing, an upper cold water inlet connectable to a water holding tank in the coffee brewing machine, and a hot water outlet, characterized in that both the upper cold water inlet and the hot water outlet being located at the upper end of the housing as it is orientated, in use, such that a quantity of cold water entering the housing through the upper cold water inlet mixes with the hot water exiting the housing through the hot water outlet, which quantity of water is sufficient to maintain the temperature of the water at the spray head at 96 °C +/- 1.0 °C.
A humidifier apparatus comprising: a first chamber for containing water; a humidifying element configured to facilitate evaporation of water contained in the first chamber, wherein the humidifying element comprises a wick element; and an air blower configured for further facilitating evaporation of water, characterized in that the apparatus further comprises: a replaceable or refillable unit for containing an immobilized phosphate removing material and in that: the phosphate removing material is configured to reduce a concentration of phosphate in water before evaporation of the water; the wick element comprises the phosphate removing material; the phosphate removing material comprises one or more of an impregnated phosphate removing material and a coated phosphate removing material; and the wick element is configured as the replaceable unit. a first chamber for containing water; a humidifying element configured to facilitate evaporation of water contained in the first chamber, wherein the humidifying element comprises a wick element; and an air blower configured for further facilitating evaporation of water, characterized in that the apparatus further comprises: a replaceable or refillable unit for containing an immobilized phosphate removing material and in that: the phosphate removing material is configured to reduce a concentration of phosphate in water before evaporation of the water; the wick element comprises the phosphate removing material; the phosphate removing material comprises one or more of an impregnated phosphate removing material and a coated phosphate removing material; and the wick element is configured as the replaceable unit. the phosphate removing material is configured to reduce a concentration of phosphate in water before evaporation of the water; the wick element comprises the phosphate removing material; the phosphate removing material comprises one or more of an impregnated phosphate removing material and a coated phosphate removing material; and the wick element is configured as the replaceable unit.
Device for producing an aerosol for inhalation by a person, comprising a fluid reservoir for a fluid, a nebulizing element provided in order to convert the fluid from the fluid reservoir into an aerosol, and a dispensing tube with a discharge opening along which the aerosol produced is dispensable so that it can be inhaled by a person, wherein the device further comprises a laser provided in order to generate a light beam suitable for irradiating the aerosol during its trajectory through the dispensing tube, wherein the dispensing tube has a length of between 100 mm and 200 mm. and said dispensing tube comprises a tapered part, wherein the discharge opening is provided in the tapered part, in order to create a turbulent flow of the aerosol inside the tube at the level of the transition to the tapered part of the tube, allowing the aerosol to be held in place for a longer period and thus to be irradiated for a longer period.
An electric meter comprising: a memory, the memory comprising at least one volatile memory device and at least one non-volatile memory device (186, 188); and a processor operatively connected to the memory, the processor being configured to: retrieve a backup copy of meter state data from the at least one non-volatile memory device after the electric meter resumes operation following a power loss; characterized in that the processor being further configured to: retrieve a first plurality of meter input data samples from the at least one non-volatile memory device after the electric meter resumes operation following the power loss, the first plurality of meter input data samples being associated with a time period after the backup copy of meter state data was stored in the at least one non-volatile memory device and prior to the power loss; and regenerate meter state data by updating the backup copy of meter state data with the first plurality of meter input data samples to regenerate the meter state data at a time of a final meter input data sample in the first plurality of meter input data samples prior to the power loss, the meter state data being stored in the at least one volatile memory device. a memory, the memory comprising at least one volatile memory device and at least one non-volatile memory device (186, 188); and a processor operatively connected to the memory, the processor being configured to: retrieve a backup copy of meter state data from the at least one non-volatile memory device after the electric meter resumes operation following a power loss; characterized in that the processor being further configured to: retrieve a first plurality of meter input data samples from the at least one non-volatile memory device after the electric meter resumes operation following the power loss, the first plurality of meter input data samples being associated with a time period after the backup copy of meter state data was stored in the at least one non-volatile memory device and prior to the power loss; and regenerate meter state data by updating the backup copy of meter state data with the first plurality of meter input data samples to regenerate the meter state data at a time of a final meter input data sample in the first plurality of meter input data samples prior to the power loss, the meter state data being stored in the at least one volatile memory device. retrieve a first plurality of meter input data samples from the at least one non-volatile memory device after the electric meter resumes operation following the power loss, the first plurality of meter input data samples being associated with a time period after the backup copy of meter state data was stored in the at least one non-volatile memory device and prior to the power loss; and regenerate meter state data by updating the backup copy of meter state data with the first plurality of meter input data samples to regenerate the meter state data at a time of a final meter input data sample in the first plurality of meter input data samples prior to the power loss, the meter state data being stored in the at least one volatile memory device.
An antibody that selectively binds to a complex comprising (i) trimeric TNFα and (ii) a compound selected from the group consisting of compounds -, or salts or solvates thereof: or wherein the antibody binds selectively to the trimer-compound complex compared with binding to the compound in the absence of the TNFα trimer and compared with binding to the TNFα trimer in the absence of the compound.
A communication method, comprising: obtaining, by a radio access network RAN device, information about at least one RAN network slice identifier, wherein each of the at least one RAN network slice identifiers represents a classification set of core network slice identifiers, and each RAN network slice identifier corresponds to a plurality of core network slice identifiers; and sending, by the RAN device, first information to a terminal device, wherein the first information comprises the at least one RAN network slice identifier and information used to indicate a correspondence between each of the at least one RAN network slice identifier and the plurality of core network slice identifiers. obtaining, by a radio access network RAN device, information about at least one RAN network slice identifier, wherein each of the at least one RAN network slice identifiers represents a classification set of core network slice identifiers, and each RAN network slice identifier corresponds to a plurality of core network slice identifiers; and sending, by the RAN device, first information to a terminal device, wherein the first information comprises the at least one RAN network slice identifier and information used to indicate a correspondence between each of the at least one RAN network slice identifier and the plurality of core network slice identifiers.
A water jacket structure, comprising: a lower water jacket that is provided inside a cylinder head installed at the top of a cylinder block; a discharge port that is provided at a rear end of the lower water jacket, for discharging cooling water; and an upper water jacket that communicates with the lower water jacket, and is provided on a side away from the cylinder block than the lower water jacket; wherein the lower water jacket includes, for each space between cylinders: a communication flow passage (16, 16b, 16c) that communicates with the upper water jacket; and a reinforcing post formation part (50, 52) on which a reinforcing post is installed; wherein, in each space between the cylinders, the reinforcing post formation part is located on a downstream side of the communication flow passage in a flowing direction of the cooling water along a cylinder arrangement direction; and wherein the discharge port is located on the downstream side of the reinforcing post formation parts in the flowing direction of the cooling water along the cylinder arrangement direction. a lower water jacket that is provided inside a cylinder head installed at the top of a cylinder block; a discharge port that is provided at a rear end of the lower water jacket, for discharging cooling water; and an upper water jacket that communicates with the lower water jacket, and is provided on a side away from the cylinder block than the lower water jacket; wherein the lower water jacket includes, for each space between cylinders: a communication flow passage (16, 16b, 16c) that communicates with the upper water jacket; and a reinforcing post formation part (50, 52) on which a reinforcing post is installed; a communication flow passage (16, 16b, 16c) that communicates with the upper water jacket; and a reinforcing post formation part (50, 52) on which a reinforcing post is installed; wherein, in each space between the cylinders, the reinforcing post formation part is located on a downstream side of the communication flow passage in a flowing direction of the cooling water along a cylinder arrangement direction; and wherein the discharge port is located on the downstream side of the reinforcing post formation parts in the flowing direction of the cooling water along the cylinder arrangement direction.
A video encoding device, which uses intra encoding and inter encoding with motion compensation with respect to an input video signal, comprising: a determination unit which determines whether the input video signal of an encoding target block in an encoding target frame corresponds to a stationary region, a region having minute motion or a region having normal motion; a first encoding unit which performs inter encoding with a motion vector (0, 0) with respect to an encoding target block determined as a stationary region by the determination unit; a second encoding unit which performs motion search and inter encoding in a search range narrower than a normal search range with respect to an encoding target block determined as a region having minute motion by the determination unit; and a third encoding unit which performs motion search and inter encoding in the normal search range with respect to an encoding target block determined as a region having normal motion by the determination unit, wherein the determination unit determines whether or not the input video signal is a signal of the stationary region with reference to similarity between the encoding target frame and a reference frame,; characterized in that, when it is determined that the input video signal is not a signal of the stationary region, the determination unit determines whether the input video signal is a signal of the region having normal motion or a signal of the region having minute motion based on a result of comparison between |PMV|, which is the median of motion vectors calculated in peripheral blocks of the encoding target block, and a threshold. a determination unit which determines whether the input video signal of an encoding target block in an encoding target frame corresponds to a stationary region, a region having minute motion or a region having normal motion; a first encoding unit which performs inter encoding with a motion vector (0, 0) with respect to an encoding target block determined as a stationary region by the determination unit; a second encoding unit which performs motion search and inter encoding in a search range narrower than a normal search range with respect to an encoding target block determined as a region having minute motion by the determination unit; and a third encoding unit which performs motion search and inter encoding in the normal search range with respect to an encoding target block determined as a region having normal motion by the determination unit, wherein the determination unit determines whether or not the input video signal is a signal of the stationary region with reference to similarity between the encoding target frame and a reference frame,; characterized in that, when it is determined that the input video signal is not a signal of the stationary region, the determination unit determines whether the input video signal is a signal of the region having normal motion or a signal of the region having minute motion based on a result of comparison between |PMV|, which is the median of motion vectors calculated in peripheral blocks of the encoding target block, and a threshold.
An acoustically stiffened fuel supply system for a turbine engine comprising: at least one turbine engine combustion chamber; a fuel supply passage for receiving a pressurized gas fuel therein, the passage having an outlet adapted to discharge fuel into the combustion chamber, wherein the fuel in the passage has an associated volume velocity wave and an associated pressure wave, the pressure wave being substantially 90 degrees out of phase with the volume velocity wave; and a resonator assembly branching from and disposed along the fuel supply passage, characterised in that the resonator assembly is configured such that, in use, it shifts the pressure wave in the fuel supply passage such that a pressure antinode occurs substantially at the outlet, whereby the volume velocity wave amplitude of the fuel is reduced at the passage outlet, such that the combustion oscillations in the combustor that are attributable to the fuel passage are suppressed. at least one turbine engine combustion chamber; a fuel supply passage for receiving a pressurized gas fuel therein, the passage having an outlet adapted to discharge fuel into the combustion chamber, wherein the fuel in the passage has an associated volume velocity wave and an associated pressure wave, the pressure wave being substantially 90 degrees out of phase with the volume velocity wave; and a resonator assembly branching from and disposed along the fuel supply passage, characterised in that the resonator assembly is configured such that, in use, it shifts the pressure wave in the fuel supply passage such that a pressure antinode occurs substantially at the outlet, whereby the volume velocity wave amplitude of the fuel is reduced at the passage outlet, such that the combustion oscillations in the combustor that are attributable to the fuel passage are suppressed.
Apparatus for brewing infusion material, said infusion material being hold in a filtering packet, said apparatus comprising: - a brew container configured for holding water and a filtering packet of infusion material, and - a basket configured for holding the filtering packet and configured for being hold in the brew container, said basket comprising a bottom wall, a top wall and a lateral side wall, said side wall extending from the bottom wall to the top wall, and said bottom and top walls comprising openings, - an actuator to rotate the basket on itself inside the brew container around the central axis (XX') extending between the top wall and the bottom wall, characterized in that said basket comprises blades, said blades being configured to generate an axial flow of water through the basket, when the basket is rotated within the brew container filled with water. - a brew container configured for holding water and a filtering packet of infusion material, and - a basket configured for holding the filtering packet and configured for being hold in the brew container, said basket comprising a bottom wall, a top wall and a lateral side wall, said side wall extending from the bottom wall to the top wall, and said bottom and top walls comprising openings, - an actuator to rotate the basket on itself inside the brew container around the central axis (XX') extending between the top wall and the bottom wall, characterized in that said basket comprises blades, said blades being configured to generate an axial flow of water through the basket, when the basket is rotated within the brew container filled with water.
Bent-axis machine which comprises a housing having a control cover and a piston drum which is rotatably mounted in the housing on a valve plate and has axial cylinders, of which each cylinder receives a piston, having a drive flange which is allocated to a drive shaft and on which the free ends of the pistons protruding from the cylinders are supported, and having an adjustment system, comprising a pivot cradle, for adjusting the displacement with an adjusting drive, with which the piston drum with the valve plate can be pivoted with respect to the drive axis by a maximum operating range which is defined by a minimum pivot angle (α min) and a maximum pivot angle (α max), wherein hydraulic fluid is guided through the valve plate via the pivot cradle, wherein the minimum pivot angle (α min) of the operating range is shifted from the zero position thereof by at least 5°, preferably by at least 7°, characterised in that, in order to maintain the full operating range, the maximum pivot angle (α max) is supplemented by the range left out in the lower range, similarly by at least 5°, preferably by at least 7°, wherein the maximum pivot angle (α max) defined by the valve plate is at least 37°, preferably at least 39°.
A method comprising: receiving, from each of one or more servers, server signal information identifying QAM channels; receiving, from a user device, signal path information including an identification of QAM user channels that has been listened to by the user device and on which the user device has successfully received signals; and in response to receiving the signal path information: comparing the server signal information received from each of the one or more servers to the signal path information, based on the comparison, determining that the server signal information received from a first server of the one or more servers identifies a set of channels that matches the set of user channels that has been listened to by the user device and on which the user device has successfully received signals, identifying a geographical area of the user device as a function of the signal path information and user information, cross-referencing the signal path information and other signal path information received from one or more other user devices, and associating the user device to the first server, wherein the first server is included in a regional enterprise or a local enterprise. receiving, from each of one or more servers, server signal information identifying QAM channels; receiving, from a user device, signal path information including an identification of QAM user channels that has been listened to by the user device and on which the user device has successfully received signals; and in response to receiving the signal path information: comparing the server signal information received from each of the one or more servers to the signal path information, based on the comparison, determining that the server signal information received from a first server of the one or more servers identifies a set of channels that matches the set of user channels that has been listened to by the user device and on which the user device has successfully received signals, identifying a geographical area of the user device as a function of the signal path information and user information, cross-referencing the signal path information and other signal path information received from one or more other user devices, and comparing the server signal information received from each of the one or more servers to the signal path information, based on the comparison, determining that the server signal information received from a first server of the one or more servers identifies a set of channels that matches the set of user channels that has been listened to by the user device and on which the user device has successfully received signals, identifying a geographical area of the user device as a function of the signal path information and user information, cross-referencing the signal path information and other signal path information received from one or more other user devices, and associating the user device to the first server, wherein the first server is included in a regional enterprise or a local enterprise.
In vitro use of a kit for the detection of early pancreatic cancer or a pancreatic cancer precursor lesion, comprising a nucleic acid(s) capable of specifically binding to a polynucleotide of the early pancreatic cancer or pancreatic cancer precursor lesion marker: miR-6784-5p.