mhurhangee/ep-ind-claims huggingface dataset:
A container, especially a display container, for the transportation and storage or presentation of goods, comprising an, especially substantially rectangular, base; a first side wall portion being pivotally connected to the base and that is pivotable around an, especially horizontal or base parallel, pivot axis between a first folding position, which is especially folded outwards away from the base and substantially vertically orientated, and a second folding position, which is especially folded inwards towards the base and substantially horizontally orientated, and at least one second side wall portion (8, 10) being hingedly connected to a side rim of the first side wall portion that is pivotable around an, especially vertical or base perpendicular, swivel axis between an, especially right-angled, first swivel position, in which the second side wall portion (8, 10) is laterally swiveled away from the first side wall portion, and a second swivel position, in which the second side wall portion (8, 10) is preferably swiveled towards the first side wall portion, wherein the first side wall portion comprises at least one angled, right-angled or L-shaped side rim portion at its side rim facing the second side wall portion, characterized in that the second side wall portion comprises at least one angled, right-angled or L-shaped side rim portion at its side rim facing the first side wall portion and the two side wall portions (6, 8, 10) are jointed such that the angled side rim portions of the two side wall portions (6, 8, 10) lie flat against the respective other side wall portion (6, 8, 10) at least in the first swivel position, and define sort of a limit stop as well as a predetermined, vertical alignment of the one side wall portion (6, 8, 10) relative to the other side wall portion (6, 8, 10).
A method for at least partially drying a substrate moved in the transport direction through a drying space, comprising the method steps of: (a) generating a supply air flow directed onto the substrate, which flow has a supply air flow direction which has a directional component in the transport direction or in the opposite direction thereto, and (b) generating an exhaust air flow leading away from the substrate, wherein the exhaust air flow is divided into a plurality of sub-flows by each of the sub-flows being supplied to an individual intake channel (41; 42; 43), and in that, in the case of a supply air flow having a directional component in the substrate transport direction, the supply air flow is arranged spatially upstream of the exhaust air flow in the transport direction, and in the case of a supply air flow having a directional component counter to the transport direction, the supply air flow is arranged spatially downstream of the exhaust air flow in the transport direction, characterized in that the intake channels (41; 42; 43) each have an intake channel suction opening (41a; 42a; 43a) facing the drying space, with adjacent suction openings differing in their position and orientation in the drying space. (a) generating a supply air flow directed onto the substrate, which flow has a supply air flow direction which has a directional component in the transport direction or in the opposite direction thereto, and (b) generating an exhaust air flow leading away from the substrate, wherein the exhaust air flow is divided into a plurality of sub-flows by each of the sub-flows being supplied to an individual intake channel (41; 42; 43), and in that, in the case of a supply air flow having a directional component in the substrate transport direction, the supply air flow is arranged spatially upstream of the exhaust air flow in the transport direction, and in the case of a supply air flow having a directional component counter to the transport direction, the supply air flow is arranged spatially downstream of the exhaust air flow in the transport direction, characterized in that the intake channels (41; 42; 43) each have an intake channel suction opening (41a; 42a; 43a) facing the drying space, with adjacent suction openings differing in their position and orientation in the drying space.
An information processing apparatus including a control section which performs control of selecting, based on a state of a user, an ecological action capable of being carried out by the user from among a plurality of ecological actions, and of presenting the selected ecological action to the user, wherein the control section calculates an evaluation value for each of the plurality of ecological actions based on the state of the user, and selects an ecological action capable of being carried out by the user based on the calculated evaluation value, wherein the control section calculates the evaluation value, based on a first operation state representing a state in which the user carries out each of the plurality of ecological actions and on a second operation state representing a state in which another user, who has a user profile common to the user, carries out each of the plurality of ecological actions.
Back support cushion for use in a wheelchair, comprising two side portions and a central portion, wherein the side portions and the central portion are shapeable independently of the adjacent cushion portion or portions (8a, 8b), characterized in that each cushion portion (8a, 8b) is bendable around an approximately horizontal axis, as seen in the intended position of use, to attain a curvature in the vertical direction.
Crystalline Ponatinib hydrochloride characterized by a x-ray powder diffraction pattern comprising peaks at 2θ values of 5.40 ±0.2, 10.0±0.2, 13.35±0.2, 14.07±0.2, 14.83±0.2, 17.57±0.2 and 26.02±0.2° (Cu Kα radiation at 22°C).
An inflator for a protection device in a vehicle, comprising a circumferential wall (16, 22) and a filter which extends at least partially along the wall (16, 22), wherein the wall (16, 22) has at least one supporting portion which constitutes an axial support for the filter, characterized in that plural supporting portions are formed by embossed beads which are spaced apart in circumferential direction and do not extend inwardly over the entire thickness of the filter.
A device to cancel noise in a broadcast signal, the broadcast signal comprising a broadcast part and a noise part, the device comprising: a first port to connect to a main antenna; a second port to connect to a noise antenna; a processor coupled to the first port and the second port to measure the broadcast signal received at the first port and a noise signal received at the second port to derive a first set of coefficients; a first adaptive filter coupled to the first port and the processor; a second adaptive filter coupled to the second port and the processor, wherein the first adaptive filter and the second adaptive filters are configurable based on the first set of coefficients, and wherein the first adaptive filter and the second adaptive filter are configured to remove frequencies of the broadcast part of the broadcast signal, of a frequency spectrum of signals received at the first port and the second ports respectively based on the first set of coefficients; a subtraction coefficient calculator module coupled to the first filter and the second filter to derive a second set of coefficients from outputs of the first filter and the second filter; and a subtractor coupled to the first port, the second port and the subtraction coefficient calculator module to subtract the noise signal from the broadcast signal, the subtracting based on the second set of coefficients. a first port to connect to a main antenna; a second port to connect to a noise antenna; a processor coupled to the first port and the second port to measure the broadcast signal received at the first port and a noise signal received at the second port to derive a first set of coefficients; a first adaptive filter coupled to the first port and the processor; a second adaptive filter coupled to the second port and the processor, wherein the first adaptive filter and the second adaptive filters are configurable based on the first set of coefficients, and wherein the first adaptive filter and the second adaptive filter are configured to remove frequencies of the broadcast part of the broadcast signal, of a frequency spectrum of signals received at the first port and the second ports respectively based on the first set of coefficients; a subtraction coefficient calculator module coupled to the first filter and the second filter to derive a second set of coefficients from outputs of the first filter and the second filter; and a subtractor coupled to the first port, the second port and the subtraction coefficient calculator module to subtract the noise signal from the broadcast signal, the subtracting based on the second set of coefficients.
A radio frequency laundry dryer, comprising: an RF generator; an RF applicator comprising a perforated body; an anode and a cathode elements (14, 16), both elements (14, 16) operably coupled to the RF generator to generate a field of electromagnetic radiation (e-field) between the anode and cathode elements (14, 16) upon an energizing of the RF generator; at least one fan arranged relative to the perforated body to flow air through the perforated body; characterized in that said perforated body supports said anode and said cathode elements (14, 16) and in that said radio frequency laundry dryer comprises an electromagnetic shield protecting the at least one fan from the e-field. an RF generator; an RF applicator comprising a perforated body; an anode and a cathode elements (14, 16), both elements (14, 16) operably coupled to the RF generator to generate a field of electromagnetic radiation (e-field) between the anode and cathode elements (14, 16) upon an energizing of the RF generator; at least one fan arranged relative to the perforated body to flow air through the perforated body; characterized in that said perforated body supports said anode and said cathode elements (14, 16) and in that said radio frequency laundry dryer comprises an electromagnetic shield protecting the at least one fan from the e-field.
Process for improving the foaming properties of a cleaning formulation for topical use, with pH greater than or equal to 4.0 and less than or equal to 6.5 and comprising at least one foaming surfactant, said process being characterised in that an effective quantity of a cross-linked anionic polyelectrolyte derived from polymerisation is added to said cleaning formulation for topical use, in the presence of at least one cross-linking agent, at least one monomer with a strong acid function, said monomer being partially or completely salified 2-methyl 2-[(1-oxy 2-propenyl) amino] 1-propanesulfonic acid, with at least one neutral monomer chosen from among N, N-dialkyl acrylamides, in which each of the alkyl groups comprises between one and four carbon atoms, and at least one monomer with formula: where R represents a linear or ramified alkyl radical comprising from eight to twenty carbon atoms and n represents a number greater than or equal to one and less than or equal to twenty.
A method for producing rolled aluminum alloy articles, comprising: providing a molten aluminum alloy; continuously casting an aluminum alloy article from the molten aluminum alloy; rolling the aluminum alloy article at a rolling temperature from 300 °C to 580 °C to a gauge of 4 millimeters (mm) or greater to produce a rolled aluminum alloy article, reheating the aluminum alloy article after continuous casting and before rolling, quenching the aluminum alloy article immediately before rolling, and quenching the aluminum alloy article after rolling, wherein the reheating the aluminum alloy article comprises reheating the aluminum alloy article to a peak metal temperature from 420 °C to 580 °C and maintaining the peak metal temperature for a duration of between 1 minute to 5 minutes. providing a molten aluminum alloy; continuously casting an aluminum alloy article from the molten aluminum alloy; rolling the aluminum alloy article at a rolling temperature from 300 °C to 580 °C to a gauge of 4 millimeters (mm) or greater to produce a rolled aluminum alloy article, reheating the aluminum alloy article after continuous casting and before rolling, quenching the aluminum alloy article immediately before rolling, and quenching the aluminum alloy article after rolling, wherein the reheating the aluminum alloy article comprises reheating the aluminum alloy article to a peak metal temperature from 420 °C to 580 °C and maintaining the peak metal temperature for a duration of between 1 minute to 5 minutes.
A method of controlling operation of an amplifier comprising: monitoring an output voltage of an enabling switch of the amplifier; adjusting a timing of the enabling switch based on the output voltage; and enabling the switch when the output voltage of the switch falls below a first threshold voltage above a zero crossover point. monitoring an output voltage of an enabling switch of the amplifier; adjusting a timing of the enabling switch based on the output voltage; and enabling the switch when the output voltage of the switch falls below a first threshold voltage above a zero crossover point.
An arming system comprising: a first arm switch; an inductive device connected in series with the first arm switch; a second arm switch connected in series with the inductive device; a third arm switch connected in series with the second arm switch; a sequence of events logic portion operative to receive a first arm signal and a second arm signal and determine whether the first arm signal was received prior to receiving the second arm signal and effect an actuation of the second arm switch responsive to determining that the first arm signal was received prior to receiving the second arm signal; a first logic portion operative to perform a first logic routine and output a first signal (S 1); a first intermediate voltage generator portion communicatively connected to the first logic portion, the first intermediate voltage generator portion operative to receive the first signal (S 1) and output a first intermediate voltage signal (V 1); and a first intermediate voltage detector portion communicatively connected to the first intermediate voltage generator portion and the sequence of events logic portion, the first intermediate voltage detector portion operative to determine whether the first intermediate voltage signal (V 1) is greater than a first threshold voltage value (T 1) and responsive to determining that the first intermediate voltage signal (V 1) is greater than the first threshold voltage value (T 1) effect an actuation of the first arm switch and output the first arm signal to the sequence of events logic portion. a first arm switch; an inductive device connected in series with the first arm switch; a second arm switch connected in series with the inductive device; a third arm switch connected in series with the second arm switch; a sequence of events logic portion operative to receive a first arm signal and a second arm signal and determine whether the first arm signal was received prior to receiving the second arm signal and effect an actuation of the second arm switch responsive to determining that the first arm signal was received prior to receiving the second arm signal; a first logic portion operative to perform a first logic routine and output a first signal (S 1); a first intermediate voltage generator portion communicatively connected to the first logic portion, the first intermediate voltage generator portion operative to receive the first signal (S 1) and output a first intermediate voltage signal (V 1); and a first intermediate voltage detector portion communicatively connected to the first intermediate voltage generator portion and the sequence of events logic portion, the first intermediate voltage detector portion operative to determine whether the first intermediate voltage signal (V 1) is greater than a first threshold voltage value (T 1) and responsive to determining that the first intermediate voltage signal (V 1) is greater than the first threshold voltage value (T 1) effect an actuation of the first arm switch and output the first arm signal to the sequence of events logic portion.
A nail polish formulation comprising: - a curable aqueous polyurethane dispersion; - a photoinitiator; - optionally a leveling agent and - optionally a thickener wherein the formulation is free of non-reactive solvents and wherein said curable aqueous polyurethane dispersion is formed by the reaction of a) at least one polyol component comprising a1) a non-ionic polyol, a2) at least one polyol bearing at least one ionic or potentially ionic group comprising an acid group or salt thereof and a3) at least one ethylenically unsaturated monoalcohol or polyol, with b) at least one polyisocyanate, wherein the number of isocyanate groups of the at least one polyisocyanate b) is in excess with respect to the number of hydroxyl groups of the at least one polyol component a), wherein said at least one polyol component a1) comprises carbon atoms from renewable resources, said acid group of polyol a2) being at least partly neutralized and said reaction being followed in a second step by an extension reaction with an isocyanate-reactive chain extender c) and wherein said at least one ethylenically unsaturated monoalcohol or polyol a3) comprises at least one ethylenically unsaturated monoalcohol a3.1) and/or polyol a3.2), with said monoalcohol a3.1) or polyol a3.2) bearing from 2 to 5 ethylenically unsaturated groups per molecule the said ethylenically unsaturated groups being (meth)acrylate groups. - a curable aqueous polyurethane dispersion; - a photoinitiator; - optionally a leveling agent and - optionally a thickener
A method for producing an alcohol by a Guerbet reaction, wherein the reaction is performed in a gas phase and at a total pressure of less than 1 atm, using one or more raw material alcohols.
A server for remotely controlling working of a communications terminal, implementing communication with a communications terminal through a network and comprising: a receiving module, configured to receive operation information generated by an input operation of a registered user on a network terminal, wherein the operation information comprises command information and additional information; the command information is screen locking command information, the additional information is a password information; an acquiring module, configured to acquire, according to information about the registered user, a prestored device identifier corresponding to the communications terminal; a management and control instruction generating module, configured to convert, according to a predetermined data exchange format, the received operation information and the acquired device identifier into a management and control instruction, wherein the management and control instruction is a screen locking instruction; and a push service module, configured to provide the management and control instruction for the communications terminal in a push service manner. a receiving module, configured to receive operation information generated by an input operation of a registered user on a network terminal, wherein the operation information comprises command information and additional information; the command information is screen locking command information, the additional information is a password information; an acquiring module, configured to acquire, according to information about the registered user, a prestored device identifier corresponding to the communications terminal; a management and control instruction generating module, configured to convert, according to a predetermined data exchange format, the received operation information and the acquired device identifier into a management and control instruction, wherein the management and control instruction is a screen locking instruction; and a push service module, configured to provide the management and control instruction for the communications terminal in a push service manner.
A structure for individual authentication in which a pillar pattern region including a plurality of nanopillars formed of synthetic quartz glass is formed on at least a part of a surface portion of a synthetic quartz glass substrate, wherein in the pillar pattern region, the nanopillars have a height H of 20 to 1,500 nm, a width W of 10 to 500 nm and an aspect ratio (H/W) of 0.5 to 6, the nanopillars have an indentation elastic modulus of 35 to 100 GPa as measured by a nanoindentation method described in the description, the nanopillars have a regular arrangement with a period of 20 to 1,500 nm, and the nanopillars are plastically deformable. in the pillar pattern region, the nanopillars have a height H of 20 to 1,500 nm, a width W of 10 to 500 nm and an aspect ratio (H/W) of 0.5 to 6, the nanopillars have an indentation elastic modulus of 35 to 100 GPa as measured by a nanoindentation method described in the description, the nanopillars have a regular arrangement with a period of 20 to 1,500 nm, and the nanopillars are plastically deformable.
Transfer equipment, which is intended to be used in a load transfer appliance, and which includes a plastic sheet to be placed under the load, and, in addition to the plastic sheet, the transfer equipment includes a stiffener plate, which is attached as a stiffener to the plastic sheet, wherein the transfer equipment includes a second plastic sheet, and, in the transfer equipment, the stiffener plate is arranged between the plastic sheets (12, 15), wherein the stiffener plate and plastic sheets (12, 15) are attached to each other to form composite construction transfer equipment, and the length of the transfer equipment is 6000 - 16 000 mm, characterized in that the thickness of the plastic sheet (12, 15) is 5 - 20 mm.
Method for repetitive chemical analysis of a gas flow, wherein said chemical analysis is an ionizing analysis and wherein said gas flow consists of a carrier gas and gaseous chemical compounds, comprising the following method steps: feeding said gas flow to a gas chromatographic separation column by means of a feeding device; collecting at least a part of said gaseous chemical compounds for a defined time period by means of a thermally based collecting device which is coupled to said gas chromatographic separation column and said feeding device; releasing said collected gaseous chemical compounds in a temporally focused manner by means of said thermally based collecting device; separating said released gaseous chemical compounds by means of said gas chromatographic separation column; and analyzing said separated gaseous chemical compounds by means of an ionizing analyzer, characterized in that said gas flow is sucked through said feeding device, said collecting device and said gas separation column by a vacuum which is applied by a vacuum of said ionizing analyzer and/or by a vacuum which is applied by an auxiliary vacuum pump. feeding said gas flow to a gas chromatographic separation column by means of a feeding device; collecting at least a part of said gaseous chemical compounds for a defined time period by means of a thermally based collecting device which is coupled to said gas chromatographic separation column and said feeding device; releasing said collected gaseous chemical compounds in a temporally focused manner by means of said thermally based collecting device; separating said released gaseous chemical compounds by means of said gas chromatographic separation column; and analyzing said separated gaseous chemical compounds by means of an ionizing analyzer, characterized in that said gas flow is sucked through said feeding device, said collecting device and said gas separation column by a vacuum which is applied by a vacuum of said ionizing analyzer and/or by a vacuum which is applied by an auxiliary vacuum pump.