mhurhangee/ep-ind-claims huggingface dataset:
Train carriage comprising a platform leading into at least one toilet cubicle, the toilet cubicle comprising at least one air inlet for allowing air entry from the platform to the inside of the toilet cubicle and an air extraction opening, the air extraction opening communicating with an air extraction duct for removing the air from the toilet cubicle to the outside of the carriage, characterised in that the toilet cubicle is fitted with a cooling system comprising a Peltier module and a thermal device for removing the heat from a warm surface of the Peltier module, the thermal device being disposed so as to transfer the heat from the warm surface of the Peltier module to the volume of air contained inside the duct.
An automobile vehicle, in particular for automobile racing, comprising a structural frame extending longitudinally from back to front and an open cockpit mounted in the structural frame, the structural frame comprising an opening enabling a driver of said vehicle to gain access to said open cockpit, the opening comprising a front part able to receive a steering wheel and a back part able to receive the head of said driver, the vehicle further comprising at least one protection member, positioned above the cockpit and configured to protect the head of the driver, the protection member being mounted integral with said structural frame at a plurality of anchor points, - the most in the front anchor point (P1, P21, P31) being located sideways relative to the opening and at the periphery of its back part, - the protection member comprising at least one portion, connecting the most in the front anchor point (P1, P21, P31) to a back anchor point (P2, P22, P32), the portion extending forwardly of the most in the front anchor point. - the most in the front anchor point (P1, P21, P31) being located sideways relative to the opening and at the periphery of its back part, - the protection member comprising at least one portion, connecting the most in the front anchor point (P1, P21, P31) to a back anchor point (P2, P22, P32), the portion extending forwardly of the most in the front anchor point.
A method for producing a gypsum-containing foamed prefabricated building material comprising the steps of (a) preparing a mixture of gypsum hemihydrate or anhydrite with 0.02 to 8.0 wt%, based on the mass of the gypsum hemihydrate or anhydrite of a ketene dimer of the formula and/or of the formula in which R 1 and R 2 are identical or different hydrocarbon radicals comprising 10 to 24 carbon atoms, and an aqueous foam to obtain a gypsum composition; and (b) forming, optionally curing and drying the gypsum composition to obtain the foamed prefabricated building material. (a) preparing a mixture of gypsum hemihydrate or anhydrite with 0.02 to 8.0 wt%, based on the mass of the gypsum hemihydrate or anhydrite of a ketene dimer of the formula and/or of the formula in which R 1 and R 2 are identical or different hydrocarbon radicals comprising 10 to 24 carbon atoms, and an aqueous foam to obtain a gypsum composition; and (b) forming, optionally curing and drying the gypsum composition to obtain the foamed prefabricated building material.
Automatic coffee machine for preparing coffee beverages, with an adjusting facility, via which at least an amount of coffee beverage to be dispensed and a coffee strength can be selected, wherein the coffee strength is a ratio of amount of coffee powder per amount of coffee beverage, and with a computing and control facility, which is embodied such that, on the basis of the selected coffee strength, it adapts an associated amount of coffee powder to the selected amount of coffee beverage, so that the coffee strength is constant regardless of the amount of coffee beverage selected, characterised in that the computing and control facility is embodied such that it takes into consideration a minimum and maximum amount of coffee powder that can be accommodated in a brewing chamber as well as a minimum amount of water per brewing procedure and calculates a number of brewing procedures according to the selected coffee strength and the amount of coffee beverage.
Draw-out circuit breaker comprising a plurality of wheels so to be movable along a connection/disconnection direction with respect to a switchgear between a connection position, wherein the circuit breaker is electrically and mechanically connected to the switchgear, and a disconnection position, wherein the circuit breaker and the switchgear are electrically and mechanically disconnected, wherein each wheel is rotatable along a rotation axis which is transversal to the connection/disconnection direction, wherein it further comprises a system for moving the rotational axis of each of said wheels, wherein said system comprises a plurality of pins, each inserted in a corresponding pin seat of the circuit breaker, each of said pin extending along a pin axis and being rotatable in the corresponding pin seat around the same, each of said pins further comprising an eccentric portion which is eccentric with respect to the pin axis, wherein each of said wheels comprises an engagement portion engaged by said eccentric portion which acts as a cam in said engagement portion, wherein each of said pins comprises an actuation portion allowing rotations of the pin by means of an external tool, characterized in that each of said pins has a threaded portion opposite to the actuation portion screwed in a threaded seat of a counter-nut, wherein the pin eccentric portion acts as an axial constraint for the wheel, forming an abutment for a radially internal wall of the wheel.
A cleaner comprising: a cleaner body; a dust container which is accommodated in the cleaner body; a sensing module which detects information around the cleaner body and is mounted in the cleaner body rotatably about a rotating shaft that intersects a horizontal direction; and a driving module which rotates the sensing module in place relatively to the cleaner body, wherein the sensing module and the driving module are positioned above the dust container, characterized in that: the driving module comprises a driving motor; and the rotating shaft of the driving motor is disposed in parallel with the horizontal direction. a cleaner body; a dust container which is accommodated in the cleaner body; a sensing module which detects information around the cleaner body and is mounted in the cleaner body rotatably about a rotating shaft that intersects a horizontal direction; and a driving module which rotates the sensing module in place relatively to the cleaner body, wherein the sensing module and the driving module are positioned above the dust container, characterized in that: the driving module comprises a driving motor; and the rotating shaft of the driving motor is disposed in parallel with the horizontal direction. the driving module comprises a driving motor; and the rotating shaft of the driving motor is disposed in parallel with the horizontal direction.
Calibration device for calibrating a scattered-light measuring instrument configured for measuring a particle concentration, in particular in motor vehicle exhaust gases, wherein the calibration device comprises at least one scattering body which, upon irradiation with light, emits scattered light having an intensity and distribution defined by the scattering body, wherein the calibration device comprises a calibration light source, characterized in that the calibration light source is arranged within the scattering body or at an outer surface of the scattering body.
A frozen confection comprising a. water b. 1 to 40 wt-% of a freezing point depressant c. 0.1 to 4 wt-% of defibrillated primary cell wall material comprising microfibrils wherein • the primary cell wall material is sourced from plant parenchymal tissue, • at least 80 wt% of the microfibrils is smaller than 50 nm in diameter; and wherein the frozen confection has • a microfibril availability parameter MAP of at least 0.11 Hz, or • a confection homogeneity parameter CHP of at least 0.022; or wherein the defibrillated primary cell wall material has • a fibre defibrillation parameter FDP of at least 0.10 Hz, or • a fibre homogeneity parameter FHP of at least 0.022 and wherein the microfibril availability parameter MAP, the confection homogeneity parameter CHP, the fibre defibrillation parameter FDP, and the fibre homogeneity parameter FHP are established by the protocols as described in the description. a. water b. 1 to 40 wt-% of a freezing point depressant c. 0.1 to 4 wt-% of defibrillated primary cell wall material comprising microfibrils • the primary cell wall material is sourced from plant parenchymal tissue, • at least 80 wt% of the microfibrils is smaller than 50 nm in diameter; and • a microfibril availability parameter MAP of at least 0.11 Hz, or • a confection homogeneity parameter CHP of at least 0.022; • a fibre defibrillation parameter FDP of at least 0.10 Hz, or • a fibre homogeneity parameter FHP of at least 0.022
A moving head light fixture comprising: - a base - a yoke connected to and rotatable relative to said base; - a head connected to and rotatable relative to said yoke, said head comprises at least one light source generating a light; where said yoke and said base are connected through a rotating base-yoke mechanism (133, 135) comprising: • a main shaft; • a hollow shaft surrounding said main shaft; • at least one bearing separating said main shaft and a said hollow shaft and allowing said main shaft and said hollow shaft to rotate in relation to each other; said main shaft has increasing cross sectional dimensions and comprises a first annular flange located a distance from the part of said main shaft having the largest cross sectional dimension and the cross sectional dimension of said first annular flange is smaller than the largest cross sectional dimension of said main shaft, said rotating base-yoke mechanism comprises a first bearing having a smaller inner cross sectional dimension than said first annular flange and adapted to fit on the part of said main shaft beside said first annular flange, characterized in that said rotating base-yoke mechanism comprises a second bearing adapted to fit on the part of said main shaft having the largest cross sectional dimension and having an inner dimension larger than the cross sectional dimension of said first annular flange. - a base - a yoke connected to and rotatable relative to said base; - a head connected to and rotatable relative to said yoke, said head comprises at least one light source generating a light; • a main shaft; • a hollow shaft surrounding said main shaft; • at least one bearing separating said main shaft and a said hollow shaft and allowing said main shaft and said hollow shaft to rotate in relation to each other;
A teat for a feeding bottle having an outer wall and a plurality of recesses formed in an inner surface of an outer wall, wherein the plurality of recesses extend in a circumferential arrangement around a longitudinal axis of the teat, wherein each of the recesses has an ovoidally shaped outer edge with a broad lower end and a narrow upper end, wherein the narrow upper end extends towards the nipple portion.
Device for safely performing a counterclockwise thermodynamic Clausius-Rankine cycle process and for safe discharge and filling thereof by means of a flammable working fluid which is guided in a closed, hermetically sealed working fluid circuit, having - at least one compressor for working fluid, - at least one expansion apparatus for working fluid, - at least two heat exchangers (3, 5) for working fluid, each having at least two connections (7, 8, 9, 10) for heat exchanger fluids, - a closed, gas-tight, tubular and pressure-resistant housing - which comprises all the apparatuses connected to the closed working fluid circuit as well as pressure-tight connections, including for electrical signal lines and electrical power supply to the outside of the housing, - the housing has at least one connection for adjusting the internal pressure, - pressure and temperature measuring devices are provided inside the housing. characterised in that - the housing is designed according to the maximum pressure technically possible in the event of a fault, the housing is kept under vacuum and the length-to-diameter ratio of the tubular housing is at least 3. - at least one compressor for working fluid, - at least one expansion apparatus for working fluid, - at least two heat exchangers (3, 5) for working fluid, each having at least two connections (7, 8, 9, 10) for heat exchanger fluids, - a closed, gas-tight, tubular and pressure-resistant housing - which comprises all the apparatuses connected to the closed working fluid circuit as well as pressure-tight connections, including for electrical signal lines and electrical power supply to the outside of the housing, - which comprises all the apparatuses connected to the closed working fluid circuit as well as pressure-tight connections, including for electrical signal lines and electrical power supply to the outside of the housing, - the housing has at least one connection for adjusting the internal pressure, - pressure and temperature measuring devices are provided inside the housing. characterised in that - the housing is designed according to the maximum pressure technically possible in the event of a fault, the housing is kept under vacuum and the length-to-diameter ratio of the tubular housing is at least 3.
An information processing apparatus comprising: a setting unit configured to set conversion equation information indicating a conversion equation for converting at least a bit rate of an image to be reproduced; a conversion unit configured to convert at least a bit rate of the image to be reproduced by use of the conversion equation indicated by the conversion equation information set by the setting unit; and an acquisition unit configured to acquire the conversion equation information set by the setting unit by executing blu-ray disc Java (BD-J) using a class of application programming interface of BD-J for instructing to acquire the conversion equation information set by the setting unit. a setting unit configured to set conversion equation information indicating a conversion equation for converting at least a bit rate of an image to be reproduced; a conversion unit configured to convert at least a bit rate of the image to be reproduced by use of the conversion equation indicated by the conversion equation information set by the setting unit; and an acquisition unit configured to acquire the conversion equation information set by the setting unit by executing blu-ray disc Java (BD-J) using a class of application programming interface of BD-J for instructing to acquire the conversion equation information set by the setting unit.
Equipment for protecting from inclement weather outdoor furniture such as a table, said equipment comprising a waterproof cover, intended to cover said furniture and having a tightening cord at the edge of the cover, characterised in that it has anchoring elements (3, 4, 5, 6), intended to be inserted between the floor and the furniture, maintained under the weight of said furniture, said anchoring elements (3, 4, 5, 6), having means for fastening said tightening cord in such a way that the tensioning of said tightening cord fastened to said anchoring elements provides the fastening of the cover against the furniture.
A polar code construction method comprising: selecting (1308, 1328, 1348), from sub-channels that are defined by a polar code and that have associated reliabilities for input bits at input bit positions, sub-channels to carry bits that are to be encoded, based on an ordered number sequence that represents an ordered sub-channel sequence of the sub-channels that are defined by the code as a sequence of numbers indicating sub-channels from subsets of the sub-channels that appear in the ordered sub-channel sequence, wherein an order of the ordered sub-channel sequence of the sub-channels that are defined by the code is determined based on reliabilities of the sub-channels, and wherein the sequence of numbers indicates numbers or positions of the sub-channels from the subsets of the sub-channels that appear in the ordered sub-channel sequence, or the sequence of numbers indicates the subsets of the sub-channels, wherein the sequence of numbers alternates between numbers associated with respective subsets of the sub-channels, wherein a channel is divided by the polar code into sub-channels, and wherein the sub-channels are iteratively separated into subsets until a number of sub-channels in each of the subsets reaches a predetermined number of sub-channels. selecting (1308, 1328, 1348), from sub-channels that are defined by a polar code and that have associated reliabilities for input bits at input bit positions, sub-channels to carry bits that are to be encoded, based on an ordered number sequence that represents an ordered sub-channel sequence of the sub-channels that are defined by the code as a sequence of numbers indicating sub-channels from subsets of the sub-channels that appear in the ordered sub-channel sequence, wherein an order of the ordered sub-channel sequence of the sub-channels that are defined by the code is determined based on reliabilities of the sub-channels, and wherein the sequence of numbers indicates numbers or positions of the sub-channels from the subsets of the sub-channels that appear in the ordered sub-channel sequence, or the sequence of numbers indicates the subsets of the sub-channels, wherein the sequence of numbers alternates between numbers associated with respective subsets of the sub-channels, wherein a channel is divided by the polar code into sub-channels, and wherein the sub-channels are iteratively separated into subsets until a number of sub-channels in each of the subsets reaches a predetermined number of sub-channels.
A method for wireless communication, comprising: sending scheduling information comprising a first mapping of short service identifiers, IDs, to radio resources used for scheduled services in a current scheduling period; sending configuration information comprising a second mapping of long service IDs to short service IDs for advertised services, wherein the short service IDs in the second mapping comprise the short service IDs in the first mapping; sending data for the scheduled services on the radio resources indicated in the first mapping; wherein the long service IDs are used to identify all supported services; wherein the short service IDs are used to identify services in the scheduling information; wherein the advertised services are a subset of the supported services; and wherein the scheduled services are a subset of the advertised services. sending scheduling information comprising a first mapping of short service identifiers, IDs, to radio resources used for scheduled services in a current scheduling period; sending configuration information comprising a second mapping of long service IDs to short service IDs for advertised services, wherein the short service IDs in the second mapping comprise the short service IDs in the first mapping; sending data for the scheduled services on the radio resources indicated in the first mapping; wherein the long service IDs are used to identify all supported services; wherein the short service IDs are used to identify services in the scheduling information; wherein the advertised services are a subset of the supported services; and wherein the scheduled services are a subset of the advertised services.
A fuel cell system reaction gas container comprising a hydrogen tank for receiving liquid hydrogen, an oxygen tank for receiving liquid oxygen, and optionally, a nitrogen tank (20, 29) for receiving liquid or gaseous nitrogen, characterised in that the hydrogen tank is located at least partially within the oxygen tank, and that the oxygen tank is at least partially surrounded by an insulation.
A control method for switching a cylinder operation mode of a compressor, characterized by comprising: determining the compressor needs to be switched from a single-cylinder operation mode to a double-cylinder operation mode; deciding whether a system pressure difference value is in a first preset system pressure difference value interval; adjusting system control parameters to make the system pressure difference value to be in the first preset system pressure difference value interval under a condition that the system pressure difference value is not in the first preset system pressure difference value interval; and controlling the compressor to be switched from the single-cylinder operation mode to the double-cylinder operation mode. determining the compressor needs to be switched from a single-cylinder operation mode to a double-cylinder operation mode; deciding whether a system pressure difference value is in a first preset system pressure difference value interval; adjusting system control parameters to make the system pressure difference value to be in the first preset system pressure difference value interval under a condition that the system pressure difference value is not in the first preset system pressure difference value interval; and controlling the compressor to be switched from the single-cylinder operation mode to the double-cylinder operation mode.
Heel unit for a touring binding, comprising: a binding body which is suitable for holding a heel portion of a touring boot in a downhill position of the heel unit and releasing the heel portion of the touring boot in a touring position of the heel unit such that the touring boot can be lifted from the heel unit, a climbing aid, which is adjustable between an active position and a passive position, in the touring position of the binding the climbing aid supporting, in the active position thereof, a heel portion of the touring boot at a prespecified height above a plane of the sliding board, and a brake arrangement comprising a brake element, which is movable between a braking position for braking an associated sliding board and a travel position without braking the sliding board, characterised in that, the climbing aid is attached to the binding body so as to be movable between the active position and the passive position, and in that, in the touring position of the binding, the climbing aid, in the active position thereof, is brought into engagement with the brake arrangement in order to keep the brake element in the travel position. a binding body which is suitable for holding a heel portion of a touring boot in a downhill position of the heel unit and releasing the heel portion of the touring boot in a touring position of the heel unit such that the touring boot can be lifted from the heel unit, a climbing aid, which is adjustable between an active position and a passive position, in the touring position of the binding the climbing aid supporting, in the active position thereof, a heel portion of the touring boot at a prespecified height above a plane of the sliding board, and a brake arrangement comprising a brake element, which is movable between a braking position for braking an associated sliding board and a travel position without braking the sliding board,