mhurhangee/ep-ind-claims huggingface dataset:
A data storage system for a computer with high power and low power modes, comprising: low power, LP, nonvolatile memory comprising a low power disk drive, LPDD (424, 424'); high power, HP, nonvolatile memory comprising a high power disk drive, HPDD (426, 426'); and an adaptive storage control module that communicates with said LP and HP nonvolatile memory; wherein when write data is to be written to one of said LP and HP nonvolatile memory, said adaptive storage control module generates an adaptive storage decision that selects one of said LP and HP nonvolatile memory, the generating comprising determining whether data is likely to be used in the low-power mode, wherein said adaptive storage decision is based at least on power modes of the computer associated with prior uses of said write data, the power modes comprising said high power mode and said low power mode, wherein said high power mode refers to an active operation of a host processor and/or a primary graphics processor, and wherein said low power mode refers to at least one of: a low-power hibernating mode, an off mode, and a non-responsive mode of said host processor and/or primary graphics processor when a secondary processor and/or a secondary graphics processor are operable. low power, LP, nonvolatile memory comprising a low power disk drive, LPDD (424, 424'); high power, HP, nonvolatile memory comprising a high power disk drive, HPDD (426, 426'); and an adaptive storage control module that communicates with said LP and HP nonvolatile memory; wherein when write data is to be written to one of said LP and HP nonvolatile memory, said adaptive storage control module generates an adaptive storage decision that selects one of said LP and HP nonvolatile memory, the generating comprising determining whether data is likely to be used in the low-power mode, wherein said adaptive storage decision is based at least on power modes of the computer associated with prior uses of said write data, the power modes comprising said high power mode and said low power mode, wherein said high power mode refers to an active operation of a host processor and/or a primary graphics processor, and wherein said low power mode refers to at least one of: a low-power hibernating mode, an off mode, and a non-responsive mode of said host processor and/or primary graphics processor when a secondary processor and/or a secondary graphics processor are operable.
A method, comprising: - a node of a cellular network selecting a first modulation scheme setting for a first radio link to a first device being a normal user equipment, the first modulation scheme setting being selected from a set of modulation scheme settings, each identified by at least one corresponding index; - on the basis of a mapping of each of the indices to a corresponding set of transmission parameters, the node identifying a first set of link parameters mapped to the index corresponding to the selected first modulation scheme setting; - the node configuring the first radio link according to the identified first set of link parameters; - the node selecting a second modulation scheme setting for a second radio link to a second device at establishment of the second radio link the second device being a Machine Type Communication user equipment, the second modulation scheme setting being based on a modulation scheme of lower complexity than the set of modulation scheme settings; - the node indicating that an adapted mapping is to be applied on the second radio link to the second device; - the node re-assigning one of the indices to the selected second modulation scheme setting and adapting the mapping with respect to the set of link parameters mapped to re-assigned index; - on the basis of the adapted mapping, the node identifying a second set of link parameters mapped to the re-assigned index; and - the node configuring the second radio link according to the identified second set of link parameters. - a node of a cellular network selecting a first modulation scheme setting for a first radio link to a first device being a normal user equipment, the first modulation scheme setting being selected from a set of modulation scheme settings, each identified by at least one corresponding index; - on the basis of a mapping of each of the indices to a corresponding set of transmission parameters, the node identifying a first set of link parameters mapped to the index corresponding to the selected first modulation scheme setting; - the node configuring the first radio link according to the identified first set of link parameters; - the node selecting a second modulation scheme setting for a second radio link to a second device at establishment of the second radio link the second device being a Machine Type Communication user equipment, the second modulation scheme setting being based on a modulation scheme of lower complexity than the set of modulation scheme settings; - the node indicating that an adapted mapping is to be applied on the second radio link to the second device; - the node re-assigning one of the indices to the selected second modulation scheme setting and adapting the mapping with respect to the set of link parameters mapped to re-assigned index; - on the basis of the adapted mapping, the node identifying a second set of link parameters mapped to the re-assigned index; and - the node configuring the second radio link according to the identified second set of link parameters.
Method for determining the flow of a multi-phase medium flowing through a measuring tube with a nuclear magnetic flowmeter having a pre-magnetization device and a measuring device, wherein the pre-magnetization device implements at least two pre-magnetization sections with different lengths with the lengths L 1, L 2,..., wherein nuclear magnetic measurement is carried out for determining measuring signals, characterized in that one measuring device is used that implements 2D tomography at the end of each pre-magnetization section in a measuring plane perpendicular to the longitudinal axis of the measuring tube, that the measuring planes are identically divided into voxels, that the dimensions of the voxels are chosen such that only one phase of the medium flows in each voxel, that the flow velocity of the medium is determined in each voxel in each measuring plane, that the average flow velocity of the medium for each voxel over all measuring planes is determined from the determined values of the flow velocity of each corresponding voxel of the individual measuring planes, that the signal ratio of the measuring signals of each corresponding voxel of the different measuring planes to one another is determined and that, with the known values for the lengths L 1, L 2... of the pre-magnetization section, the T 1 times in each voxel are determined using the signal ratios.
A composition comprising at least one compound and/or a pharmaceutically acceptable hydrate, salt, or carrier thereof, wherein the compound is: for use in a method of treating or preventing a metabolic disease in a subject.
Locking system for a lift door, in particular a car door of a lift car and/or a shaft door, having a locking device which in an unlocked state enables opening of the lift door, and in a locked state restricts, in particular prevents opening of the lift door; a reference element; a counter element (15.1; 152) which is provided for the purpose of entering into interaction with the reference element, in particular mechanically, electrically, magnetically, acoustically and/or optically, when at least the condition is fulfilled that the lift car is located in a permissible position relative to a shaft door; a sensor which outputs an electrical signal when the reference element and the counter element (15.1; 152) have entered into interaction; and a control device which transfers the locking device from the locked state into the unlocked state as a function of the electrical signal, wherein the counter element (15.1; 152) and the sensor are arranged in a coupling device for coupling the car door to the shaft door, wherein the reference element is arranged on the shaft door, wherein the coupling device has a driver skid (15.1) which can be moved for coupling purposes against the reference element arranged on the shaft door, and comprises the counter element (15.1; 152), characterized in that the sensor comprises a force sensor, in particular a diaphragm switch, a piezosensor, a pressure-dependent resistor and/or a pressure-dependent capacitor, which outputs the signal when a force exerted on the counter element (15.1; 152) by the reference element lies in a prescribed range. a locking device which in an unlocked state enables opening of the lift door, and in a locked state restricts, in particular prevents opening of the lift door; a reference element; a counter element (15.1; 152) which is provided for the purpose of entering into interaction with the reference element, in particular mechanically, electrically, magnetically, acoustically and/or optically, when at least the condition is fulfilled that the lift car is located in a permissible position relative to a shaft door; a sensor which outputs an electrical signal when the reference element and the counter element (15.1; 152) have entered into interaction; and a control device which transfers the locking device from the locked state into the unlocked state as a function of the electrical signal,
A method of transporting stacked rolled products, the method characterized by: providing a V-shaped conveying mechanism; and positioning a plurality of the rolled products on the V-shaped conveying mechanism such that a first portion of the plurality of the rolled products engages a first side of the V-shaped conveying mechanism, and such that a second portion of the plurality of the rolled products engages a second side of the V-shaped conveying mechanism.
Device for protection against transitory overvoltages, comprising: - a varistor comprising a varistor body and a first and a second electrodes (10, 11) disposed on either side of the varistor body, the varistor body being able to rise in temperature when the voltage imposed between the two electrodes (10, 11) crosses a first threshold, - a discharge tube comprising a tube body and a first and a second tube electrodes (13, 14) disposed on either side of the tube body, the tube body being able to generate an electric arc between the two electrodes (13, 14) and heat up when the voltage imposed between the two electrodes (13, 14) crosses a second threshold, - the second electrode of the varistor being designed to be connected to a first electrical line and the second electrode of the discharge tube being designed to be connected to a second electrical line, the device for protection being characterized in that it comprises: - a thermofusible soldering securing a first electrode of the discharge tube and a first electrode of the varistor, the thermofusible soldering being a conductor of electricity and being able to melt beyond a temperature threshold when the varistor or the discharge tube heats up, and - a restoring element (28, 15, 29) exerting a restoring force tending to move the first electrode of the varistor away from the first electrode of the discharge tube in order to allow a separation between the first electrode of the varistor and the first electrode of the discharge tube during a melting of the thermofusible soldering. - a varistor comprising a varistor body and a first and a second electrodes (10, 11) disposed on either side of the varistor body, the varistor body being able to rise in temperature when the voltage imposed between the two electrodes (10, 11) crosses a first threshold, - a discharge tube comprising a tube body and a first and a second tube electrodes (13, 14) disposed on either side of the tube body, the tube body being able to generate an electric arc between the two electrodes (13, 14) and heat up when the voltage imposed between the two electrodes (13, 14) crosses a second threshold, - the second electrode of the varistor being designed to be connected to a first electrical line and the second electrode of the discharge tube being designed to be connected to a second electrical line, the device for protection being characterized in that it comprises: - a thermofusible soldering securing a first electrode of the discharge tube and a first electrode of the varistor, the thermofusible soldering being a conductor of electricity and being able to melt beyond a temperature threshold when the varistor or the discharge tube heats up, and - a restoring element (28, 15, 29) exerting a restoring force tending to move the first electrode of the varistor away from the first electrode of the discharge tube in order to allow a separation between the first electrode of the varistor and the first electrode of the discharge tube during a melting of the thermofusible soldering.
A compound selected from the group consisting of 5-(4-Methylbenzyloxy)quinazoline-2,4-diamine; 5-(4-Chlorobenzyloxy)quinazoline-2,4-diamine; 5-Benzyloxyquinazoline-2,4-diamine; or a pharmaceutically acceptable salt thereof for use in treating spinal muscular atrophy. 5-(4-Methylbenzyloxy)quinazoline-2,4-diamine; 5-(4-Chlorobenzyloxy)quinazoline-2,4-diamine; 5-Benzyloxyquinazoline-2,4-diamine;
An optical multiplexer, configured to multiplex at least four optical signals (1, 2, 3, 4) into one optical signal, and comprising at least: a first polarization state adjusting component, a second polarization state adjusting component, a first optical path changing component, a second optical path changing component, a polarization beam combiner, and a beam combiner, wherein the first optical path changing component is configured to change a propagation direction of a third optical signal in the at least four optical signals and a propagation direction of a fourth optical signal in the at least four optical signals, so that the third optical signal with the changed propagation direction and the fourth optical signal with the changed propagation direction are input into the polarization beam combiner; the first polarization state adjusting component is configured to adjust a polarization state of a first optical signal in the at least four optical signals before the first optical signal is input into the polarization beam combiner, so that the first optical signal in the adjusted polarization state and the third optical signal with the changed propagation direction are combined into a fifth optical signal in the polarization beam combiner; the second polarization state adjusting component is configured to adjust a polarization state of a second optical signal in the at least four optical signals before the second optical signal is input into the polarization beam combiner, so that the second optical signal in the adjusted polarization state and the fourth optical signal with the changed propagation direction are combined into a sixth optical signal in the polarization beam combiner; the second optical path changing component is configured to change a propagation direction of the fifth optical signal or a propagation direction of the sixth optical signal output by the polarization beam combiner, so that after the propagation direction of the fifth optical signal or the sixth optical signal has been changed, the fifth optical signal and the sixth optical signal are combined by the beam combiner into one optical signal after being input into the beam combiner, characterized in that the beam combiner is configured to exert a transmission effect on the first optical signal and the third optical signal, and is configured to exert a reflection effect on the second optical signal and the fourth optical signal.
A refrigerator comprising: a cabinet defining a storage space therein; a machine room provided in the cabinet and separated from the storage space; a compressor provided in the machine room; a machine room cover configured to be detachably coupled to the cabinet, the machine room cover shielding a machine room opening when attached to the cabinet; a base pan disposed in the machine room; and a condenser including: a pair of header posts (53, 55) mounted on the base pan and extending in a direction crossing the base pan; a plurality of tubes for connecting the pair of header posts (53, 55) with each other; and a plurality of heat exchange fins disposed between an adjacent pair of the tubes spaced apart from each other, the refrigerator further including mounts (45, 46) protruding upward from the base pan and fixing the condenser by restraining a lower end of each header post (53, 55), wherein the mounts (45, 46) define insertion holes (454, 464), and wherein the lower end of the header posts (53, 55) are configured to be received in the insertion holes (454, 464) to couple the condenser to the base pan, and to be separated from the insertion holes (454, 464) to uncouple the condenser from the base pan, characterized in that the insertion holes (454, 464) are opened toward the machine room opening, and in that the condenser is configured to move to pass through the machine room opening. a cabinet defining a storage space therein; a machine room provided in the cabinet and separated from the storage space; a compressor provided in the machine room; a machine room cover configured to be detachably coupled to the cabinet, the machine room cover shielding a machine room opening when attached to the cabinet; a base pan disposed in the machine room; and a condenser including: a pair of header posts (53, 55) mounted on the base pan and extending in a direction crossing the base pan; a plurality of tubes for connecting the pair of header posts (53, 55) with each other; and a plurality of heat exchange fins disposed between an adjacent pair of the tubes spaced apart from each other, a pair of header posts (53, 55) mounted on the base pan and extending in a direction crossing the base pan; a plurality of tubes for connecting the pair of header posts (53, 55) with each other; and a plurality of heat exchange fins disposed between an adjacent pair of the tubes spaced apart from each other, the refrigerator further including mounts (45, 46) protruding upward from the base pan and fixing the condenser by restraining a lower end of each header post (53, 55), wherein the mounts (45, 46) define insertion holes (454, 464), and wherein the lower end of the header posts (53, 55) are configured to be received in the insertion holes (454, 464) to couple the condenser to the base pan, and to be separated from the insertion holes (454, 464) to uncouple the condenser from the base pan, characterized in that the insertion holes (454, 464) are opened toward the machine room opening, and in that the condenser is configured to move to pass through the machine room opening.
A cured product formed of an acrylic resin composition, wherein the composition comprises 1 to 60 parts by weight of an acrylic oligomer; and 30 to 100 parts by weight of a monomer, wherein the cured product has a surface gloss of 9 or less under a 60° gloss condition using a gloss meter by irradiating the resin composition, in a first irradiation step, with light having a wavelength in the region of 300 nm or less in a nitrogen (N 2) atmosphere including 10 to 10,000 ppm of oxygen (O 2) and shrinking the resin composition or a surface of the cured product by an excimer generated by irradiated light to activate the resin composition, irradiating the activated composition, in a second light irradiation step, with light having a wavelength of 700 nm or higher to thermally cure the composition, and irradiating the thermally cured composition, in a third light irradiation step, with light having a wavelength of 400 nm or less to optically cure the composition, and an average color coordinate deviation (ΔE) before and after iodine contamination of a surface of the cured product that has been contaminated with one or two drops of an iodine (I 2) test solution (reagent name: iodine tincture) dissolved in methanol at a concentration of 1 vol% at 22 ± 1°C and 50 ± 5% RH and, after 60 minutes, washed for stain resistance evaluation is 1 or less. wherein the composition comprises 1 to 60 parts by weight of an acrylic oligomer; and 30 to 100 parts by weight of a monomer, wherein the cured product has a surface gloss of 9 or less under a 60° gloss condition using a gloss meter by irradiating the resin composition, in a first irradiation step, with light having a wavelength in the region of 300 nm or less in a nitrogen (N 2) atmosphere including 10 to 10,000 ppm of oxygen (O 2) and shrinking the resin composition or a surface of the cured product by an excimer generated by irradiated light to activate the resin composition, irradiating the activated composition, in a second light irradiation step, with light having a wavelength of 700 nm or higher to thermally cure the composition, and irradiating the thermally cured composition, in a third light irradiation step, with light having a wavelength of 400 nm or less to optically cure the composition, and an average color coordinate deviation (ΔE) before and after iodine contamination of a surface of the cured product that has been contaminated with one or two drops of an iodine (I 2) test solution (reagent name: iodine tincture) dissolved in methanol at a concentration of 1 vol% at 22 ± 1°C and 50 ± 5% RH and, after 60 minutes, washed for stain resistance evaluation is 1 or less.
Document of value and security, which consists of a substrate made of paper and has at least one watermark, the watermark being formed by a modulation of the thickness of the substrate, at least one security element, which is implemented in the form of an individual element, for example a patch, and/or in the form of an endless element, for example a strip, being applied to the surface of the document of value and security, the at least one watermark and the at least one security element being arranged so as to overlap, at least partly, characterized in that the substrate in the region of the overlap has no or virtually no modulation of the thickness, the at least one watermark represents a motif and a motif is displayed on the at least one security element, wherein the motif of the at least one security element at least partly supplements and/or continues and/or mimics the motif of the at least one watermark, wherein the watermark represents part of a line of text or a number, and the motif of the security element represents the remainder of the line of text or the number, so that the two motifs together result in the complete line of text or the complete number, and wherein the security element is applied to the substrate in an exact fit with the watermark.