mhurhangee/ep-ind-claims huggingface dataset:
A data processing method, wherein the method is applied to a terminal device that supports dual-card dual-standby, the terminal device comprises an input apparatus, a control module, a first SIM card, a second SIM card and a preset application program, the first SIM card is configured to provide 2G, 3G and 4G services for a user, the second SIM is configured to provide voice or short message services, and the method comprises: receiving, by the input apparatus, an operation that is performed from the preset application program by the user for entering a first scenario mode, wherein the first scenario mode is a mode in which a data service is preferred; disabling, by the control module, a function corresponding to a voice service of the first SIM card, wherein disabling the function corresponding to the voice service comprises: setting the first SIM card to a mode in which 2G and 3G services are disabled and a 4G service is kept enabled; disabling, by the control module, the second SIM card; and entering, by the control module, the first scenario mode. receiving, by the input apparatus, an operation that is performed from the preset application program by the user for entering a first scenario mode, wherein the first scenario mode is a mode in which a data service is preferred; disabling, by the control module, a function corresponding to a voice service of the first SIM card, wherein disabling the function corresponding to the voice service comprises: setting the first SIM card to a mode in which 2G and 3G services are disabled and a 4G service is kept enabled; disabling, by the control module, the second SIM card; and entering, by the control module, the first scenario mode. setting the first SIM card to a mode in which 2G and 3G services are disabled and a 4G service is kept enabled; disabling, by the control module, the second SIM card; and entering, by the control module, the first scenario mode.
Household appliance, in particular dishwasher or washing machine, which guides water at least temporarily during operation, wherein a sacrificial anode is provided for outputting cations into the water, wherein an electrically conducting arrangement (12, 13) acts as an associated cathode, characterised in that the electrically conducting arrangement (12, 13) comprises a metallic surface (12, 13) of a functional component (2, 7) of the household appliance, wherein said functional component (2, 7) is a washing compartment, a wash tank, a heating facility, a pump facility or a door.
A solar panel comprising a first conduit adapted to comprise a heat carrying medium for heat transfer between the solar panel and a surrounding environment, whereby the solar panel comprises a chemical heat pump comprising an active substance and a volatile liquid, which can be absorbed by the substance at a first temperature and be desorbed by the substance at a second higher temperature, and the chemical heat pump comprises: - a first part having a longitudinal direction and comprising a reactor part, which comprises the active substance and is adapted to be heated and be cooled by an external medium, whereby the first part is positioned to be heated by sunlight, when radiation from the sun shines at the solar panel for charging of the chemical heat pump, - an evaporator/condenser part comprising volatile liquid in condensed form and being adapted to be heated and cooled by an external medium, and - a passage for the gas phase of the volatile liquid, connecting the reactor part and the evaporator/condenser part with each other, characterized in that - the chemical heat pump is designed as a hermitically sealed unity tube and - the first conduit extends over the first part in the longitudinal direction of the first part in heat conducting contact with the unity tube in the first part. - a first part having a longitudinal direction and comprising a reactor part, which comprises the active substance and is adapted to be heated and be cooled by an external medium, whereby the first part is positioned to be heated by sunlight, when radiation from the sun shines at the solar panel for charging of the chemical heat pump, - an evaporator/condenser part comprising volatile liquid in condensed form and being adapted to be heated and cooled by an external medium, and - a passage for the gas phase of the volatile liquid, connecting the reactor part and the evaporator/condenser part with each other, - the chemical heat pump is designed as a hermitically sealed unity tube and - the first conduit extends over the first part in the longitudinal direction of the first part in heat conducting contact with the unity tube in the first part.
Process for producing a polypropylene composition by sequential polymerization comprising the steps: a) polymerizing in a first reactor, preferably a slurry reactor, monomers comprising propylene and optionally one or more comonomers selected from ethylene and C 4 -C 10 alpha-olefins, to obtain a first propylene polymer fraction having a comonomer content in the range of 0.0 to 1.0 wt%, b) polymerizing in a second reactor, preferably a first gas-phase reactor, monomers comprising propylene and one or more comonomers selected from ethylene and C 4 -C 10 alpha-olefins, in the presence of the first propylene polymer fraction, to obtain a second propylene polymer fraction having a comonomer content in the range of 0.3 to 2.0 wt%, c) polymerizing in a third reactor, preferably a second gas-phase reactor, monomers comprising propylene and one or more comonomers selected from ethylene and C 4 -C 10 alpha-olefins, in the presence of the second propylene polymer fraction to obtain a third propylene polymer fraction having a comonomer content in the range of from 1.5 to 5.0 wt%, d) extruding the third propylene polymer fraction in the presence of at least one alpha-nucleating agent, wherein the polypropylene composition has an MFR 2 in the range of from 12.0 to 60.0 g/10min, as measured according to ISO 1133 at 230 °C under a load of 2.16 kg. a) polymerizing in a first reactor, preferably a slurry reactor, monomers comprising propylene and optionally one or more comonomers selected from ethylene and C 4 -C 10 alpha-olefins, to obtain a first propylene polymer fraction having a comonomer content in the range of 0.0 to 1.0 wt%, b) polymerizing in a second reactor, preferably a first gas-phase reactor, monomers comprising propylene and one or more comonomers selected from ethylene and C 4 -C 10 alpha-olefins, in the presence of the first propylene polymer fraction, to obtain a second propylene polymer fraction having a comonomer content in the range of 0.3 to 2.0 wt%, c) polymerizing in a third reactor, preferably a second gas-phase reactor, monomers comprising propylene and one or more comonomers selected from ethylene and C 4 -C 10 alpha-olefins, in the presence of the second propylene polymer fraction to obtain a third propylene polymer fraction having a comonomer content in the range of from 1.5 to 5.0 wt%, d) extruding the third propylene polymer fraction in the presence of at least one alpha-nucleating agent,
Method for the preparation of compound of formula; the method comprises a step ST1; ST1 comprises a reaction REAC1 of compound of formula with methyl hydrazine; in REAC1 compound of formula and methyl hydrazine are brought into contact at a temperature TEMP1CONT and are reacted at a temperature TEMP1REAC; TEMP1CONT and TEMP1REAC are from 50 to 140 °C; methyl hydrazine is charged to compound of formula; REAC1 is done in aqueous medium and without the addition of a solvent other than water or ethanol.
A method of communication, performed by a network node, comprising: receiving a request for an identifier by receiving a proposed identifier from a set of at least one access point (102, 104) that is configured to provide at least one service only to a defined set of plural access terminals (106, 108), wherein the proposed identifier is intended to uniquely identify the set of at least one access point within an operator network and to be broadcast over-the-air by the set of at least one access point (102, 104); determining whether the proposed identifier is already in use by another set of at least one access point (102, 104) within the operator network; if the proposed identifier is already in use, selecting another identifier; and sending the selected identifier to each access point (102, 104) in the set of at least one access point (102, 104). receiving a request for an identifier by receiving a proposed identifier from a set of at least one access point (102, 104) that is configured to provide at least one service only to a defined set of plural access terminals (106, 108), wherein the proposed identifier is intended to uniquely identify the set of at least one access point within an operator network and to be broadcast over-the-air by the set of at least one access point (102, 104); determining whether the proposed identifier is already in use by another set of at least one access point (102, 104) within the operator network; if the proposed identifier is already in use, selecting another identifier; and sending the selected identifier to each access point (102, 104) in the set of at least one access point (102, 104).
Cable or line having at least one conductor which is surrounded by an outer sheath (4, 5, 6), wherein the outer sheath (4, 5, 6), for use as an indicator device for the state of wear, has a first layer which is composed of a first polymer mixture which forms the outer surface of the cable, and ha s a second layer which is arranged in an adjoining manner within the first layer and is composed of a second polymer mixture which has a c o nsiste nt colour which differs from the colour of the first polymer mixture, characterized in that a third layer which is composed of a third polymer mixture is arranged in a n adjoining manner within the se c o nd layer, the said third polymer mixture having a consistent colour which differs from the colour of the first polymer mixture and/or from the colour of the second polymer mixture, and in that the layers of the outer sheath (4, 5, 6) are composed of the same polymer mixture containing a respective dye which forms the colour of the layer, and in that the layers of the outer sheath (4, 5, 6) have a uniform layer thickness along their circumference.
Multilayer component comprising - a main body having a multiplicity of alternately arranged ceramic layers and inner electrodes (3a, 3b), - a first outer electrode and a second outer electrode for electrically contacting the inner electrodes (3a, 3b), wherein the two outer electrodes (4a, 4b) have a different polarity assignment and wherein the outer electrodes (4a, 4b) have a different arrangement at an outer surface of the main body for identifying the different polarity assignment, wherein the multilayer component comprises exactly two outer electrodes (4a, 4b) arranged on opposite side surfaces of the main body, wherein each of the outer electrodes (4a, 4b) is spaced apart from the edges of the respective side surface, wherein the first outer electrode is arranged offset towards an edge delimiting the side surface, and therefore not centrally on the side surface of the main body, and wherein the second outer electrode is arranged centrally on the opposite side surface. - a main body having a multiplicity of alternately arranged ceramic layers and inner electrodes (3a, 3b), - a first outer electrode and a second outer electrode for electrically contacting the inner electrodes (3a, 3b), wherein the two outer electrodes (4a, 4b) have a different polarity assignment and wherein the outer electrodes (4a, 4b) have a different arrangement at an outer surface of the main body for identifying the different polarity assignment, wherein the multilayer component comprises exactly two outer electrodes (4a, 4b) arranged on opposite side surfaces of the main body, wherein each of the outer electrodes (4a, 4b) is spaced apart from the edges of the respective side surface, wherein the first outer electrode is arranged offset towards an edge delimiting the side surface, and therefore not centrally on the side surface of the main body, and wherein the second outer electrode is arranged centrally on the opposite side surface.
A reconfigurable method of generating a specific output signal in response to multiple input signals, wherein said input signals occur at different times, and wherein an occurrence of multiple input signals according to a predetermined pattern is interpreted as a Super Event, SE, and wherein a detected Super Event triggers the production of the specific output signal heralding said SE, characterized in that said method comprises a first step of time acquisition of the occurrence of said multiple input signals carried out by a Time to digital Converter at a first time resolution, a second step of adaptation of an acquisition data flow to a clock of a reconfigurable processing unit in a first time resolution modifying interface, a third step of determining an occurrence of a Super Event, SE, by comparing an events pattern to a super event definition, a fourth step identifying the Super Event and generating at least one signal corresponding to at least one trigger signal, a fifth step of adaptation of a generation data flow to an asynchronous generation device in a second time resolution modifying interface, a sixth step of applying a predefined delay for an issue of the at least one trigger signal, and a seventh step of outputting at least one specific output signal representing a trigger signal and sending it to a downstream unit.
Anti-climbing device for a rail vehicle, comprising a full plate, a plurality of projecting first shaped-out formations with a straight course which are parallel to one another being arranged on the baffle plate, and a plurality of projecting second shaped-out formations with a straight course which are parallel to one another and are oriented perpendicularly with respect to the first shaped-out formations being arranged on the baffle plate, and the extent of the second shaped-out formations over the surface area of the baffle plate being smaller than the extent of the first shaped-out formations over the surface area of the baffle plate, characterized in that, at crossing points of the shaped-out formations (3, 4), the first shaped-out formations have in each case one recess, in which the extent of the first shaped-out formation is reduced.
A neck support member for use in supporting the neck, the neck support member configured so as to be releasably engageable with a first edge of a main pillow body, which comprises a first face, an opposing second face and the first edge joining the first and second faces, the neck support member having a first body portion and a second body portion extending from an end of the first body portion, the first body portion configured so as to be useable to cover at least part of the first face of the main pillow body adjacent the first edge of the main pillow body; and the second body portion disposed relative to the first body portion so as to be useable to extend over the first pillow edge of the main pillow body from the first body portion toward the second pillow face, wherein the first and second body portions (21, 22), when disposed as such in use, provide a raised surface relative to a main pillow body surface for supporting the neck; wherein the first body portion of the neck support member comprises an elongate body portion configured relative to the first and second body portions (21, 22) so as to be useable, when the neck support member is engaged to the first pillow edge, to extend over a face of the main pillow body to cover at least part of the first face of the main pillow body adjacent the first pillow edge and configured so as to be useable such that at least part of the elongate body portion extends underneath at least part of the user's head when the user's head and neck is placed on the pillow in use, characterised in that the part of the first body portion that is configured so as to be useable to cover the part of the main pillow body first face adjacent the first pillow edge when the neck support member is in engagement with the first pillow edge in use has a maximum thickness greater than the elongate body portion extending away from said first body portion.
A transceiver, comprising: a substrate (1202, 1802); a membrane suspending from the substrate; a bottom electrode disposed on the membrane; a piezoelectric layer disposed on the bottom electrode; and first and second top electrodes (1223, 1224) disposed on the piezoelectric layer, the first top electrode being electrically separated from the second top electrode; the piezoelectric layer including a first portion located under the first top electrode and poled in a first direction and a second portion located under the second top electrode and poled in a second direction, the transceiver being configured to operate in a flexural mode of operation causing a flex tensional motion of the membrane, characterized in that the direction of the second top electrode is poled in a direction opposite to the direction of the first electrode; and wherein the first top electrode is responsive to at least a first frequency and the second top electrode is responsive to at least a second frequency different from the first and the bottom electrode is responsive to both frequencies, a substrate (1202, 1802); a membrane suspending from the substrate; a bottom electrode disposed on the membrane; a piezoelectric layer disposed on the bottom electrode; and first and second top electrodes (1223, 1224) disposed on the piezoelectric layer, the first top electrode being electrically separated from the second top electrode; the piezoelectric layer including a first portion located under the first top electrode and poled in a first direction and a second portion located under the second top electrode and poled in a second direction, the transceiver being configured to operate in a flexural mode of operation causing a flex tensional motion of the membrane, characterized in that the direction of the second top electrode is poled in a direction opposite to the direction of the first electrode; and wherein the first top electrode is responsive to at least a first frequency and the second top electrode is responsive to at least a second frequency different from the first and the bottom electrode is responsive to both frequencies,
Gravity based foundation for an offshore installation, wherein the foundation comprises a caisson of concrete and a shaft of steel; wherein the caisson has a bottom slab, a roof and a side wall extending between the bottom slab and roof to define a hollow structure delimited by the bottom slab, the roof and side wall; wherein the roof has a passage for the shaft, which passage is circumscribed by a border and wider than the diameter of the shaft; wherein a space is defined between the border of the passage and the shaft; wherein the shaft has a lower end and an upper end; wherein the shaft extends with its lower end through the passage into the caisson; wherein the shaft is supported by the caisson at a lower support and an upper support; wherein the upper support comprises concrete casting closing the space between the border of the passage and the shaft; and wherein the upper support extends all around the shaft, and is arranged at the passage characterized, in that the upper support further comprises: • radial reinforcement bars distributed around the shaft, projecting from the roof in radial inward direction, fastened to the roof and embedded in the concrete casting; and • radial elements distributed around the shaft, projecting from the shaft in radial outward direction, fastened to the shaft and embedded in the concrete casting; in that the radial reinforcement bars, radial elements and concrete casting are arranged to transfer radial tensile forces from the radial elements to the radial reinforcement bars in order to transfer the radial tensile forces from the shaft to the roof; and in that the roof is arranged to transfer the tensile forces to the side wall. • radial reinforcement bars distributed around the shaft, projecting from the roof in radial inward direction, fastened to the roof and embedded in the concrete casting; and • radial elements distributed around the shaft, projecting from the shaft in radial outward direction, fastened to the shaft and embedded in the concrete casting;
A method of detecting, analyzing and quantifying the composition of hydrocarbon gases liberated from the drilling mud of a oil and/or gas well using multi-channel infrared spectral analysis of the sample gases, the method comprising: (a) liberating gases from drilling mud to form a gas sample; (b) drawing the sample into a gas measurement cell using an electromechanical pump; (c) irradiating the gas sample with infrared radiation from a wide band source covering a range of at least 2.0 to 5.0 micrometers; (d) using a Fourier Transform Infrared (FTIR) spectrometer to measure the primary hydrocarbon absorption band in the 3.15 - 3.55 μm region of the sample gas based on comparison to a reference spectrum, wherein a lower absorbance shoulder of the hydrocarbon gases in the 2.9 - 3.15 μm region and an upper absorbance shoulder of the hydrocarbon gases in the 3.5 - 4.2 μm region and a secondary hydrocarbon absorption band in the 2.15 - 2.55 μm region are used once the primary hydrocarbon absorption region becomes saturated allowing a detectable range up to 100% total hydrocarbon gas concentration; (e) using a system processor to perform multivariate analysis of the absorption spectrum allowing the sample gas hydrocarbon composition to be analyzed and quantified.
A method of manufacturing CIGS-based thin-film solar cell, comprising the steps of: forming molybdenum electrode on Na-free substrate; forming Na supply sources on parts of the surface of the molybdenum electrode; forming CIGS-based precursor thin film on the molybdenum electrode; and heat-treating the CIGS-based precursor thin film with selenium to diffuse Na from the Na supply sources into the CIGS-based precursor thin film, thus forming CIGS-based thin film, characterized in that in the step, the Na supply sources are sodium halide formed on a part of the molybdenium electrode using a mask in a vacuum chamber. forming molybdenum electrode on Na-free substrate; forming Na supply sources on parts of the surface of the molybdenum electrode; forming CIGS-based precursor thin film on the molybdenum electrode; and heat-treating the CIGS-based precursor thin film with selenium to diffuse Na from the Na supply sources into the CIGS-based precursor thin film, thus forming CIGS-based thin film, characterized in that in the step, the Na supply sources are sodium halide formed on a part of the molybdenium electrode using a mask in a vacuum chamber.
A lighting device for providing a natural lighting effect, comprising: at least three LED chains (3a, 3b, 3c), each LED chain including a plurality of LED light sources separated from each other along the LED chain, wherein the LED light sources of each LED chain are electrically connected to a common drive signal line, wherein the light sources of said at least three LED chains are substantially evenly and non-symmetrically distributed over a light area, and a controller configured to apply a different drive signal to each drive signal line, wherein each drive signal is time varying so as to cause a time variation of at least one property of light emitted from the LED light sources. at least three LED chains (3a, 3b, 3c), each LED chain including a plurality of LED light sources separated from each other along the LED chain, wherein the LED light sources of each LED chain are electrically connected to a common drive signal line, wherein the light sources of said at least three LED chains are substantially evenly and non-symmetrically distributed over a light area, and a controller configured to apply a different drive signal to each drive signal line, wherein each drive signal is time varying so as to cause a time variation of at least one property of light emitted from the LED light sources.