mhurhangee/ep-ind-claims huggingface dataset:
A measuring method for measuring sensitivity of an eye around a certain line of sight that is maintained by a subject, the measuring method comprising: showing an image of a predetermined pattern on a display screen, the display screen being shown in front of an eyeball of the subject by a display device that is secured to a head of the subject; showing a fixation target to be focused on by the subject, on the display screen, in order to make a line of sight of the subject be the certain line of sight; showing a change region where the image of the predetermined pattern is changed, at an anisotropic area around an intersection point or the fixation target in the display screen, the anisotropic area being separated from the intersection point and the fixation target, the intersection point being where the certain line of sight of the subject focusing on the fixation target, crosses the display screen; showing the change region where the image of the predetermined pattern is changed, on the display screen, in such a manner that the change region is continuously or intermittently brought close to or away from the intersection point or the fixation target in the display screen; and determining a range in which the subject can sense the change region, in response to the change region shown by bringing the change region close to or away from the intersection point or the fixation target while the subject aims the line of sight at the fixation target, whereby the sensitivity of the eye is measured. showing an image of a predetermined pattern on a display screen, the display screen being shown in front of an eyeball of the subject by a display device that is secured to a head of the subject; showing a fixation target to be focused on by the subject, on the display screen, in order to make a line of sight of the subject be the certain line of sight; showing a change region where the image of the predetermined pattern is changed, at an anisotropic area around an intersection point or the fixation target in the display screen, the anisotropic area being separated from the intersection point and the fixation target, the intersection point being where the certain line of sight of the subject focusing on the fixation target, crosses the display screen; showing the change region where the image of the predetermined pattern is changed, on the display screen, in such a manner that the change region is continuously or intermittently brought close to or away from the intersection point or the fixation target in the display screen; and determining a range in which the subject can sense the change region, in response to the change region shown by bringing the change region close to or away from the intersection point or the fixation target while the subject aims the line of sight at the fixation target, whereby the sensitivity of the eye is measured.
A method of determining capability of a User Equipment, UE, at a network, the method comprising: grouping a number n of TC-RNTI, Temporary Cell - Radio Network Temporary Identifier, into k groups, wherein each group corresponds to the number of antennae of the UE; selecting at least one TC-RNTI from each group of the k groups; configuring the at least one TC-RNTI as a set of TC-RNTIs, receiving a preamble signal from the UE for a random access procedure; transmitting a random access response characterized in that the random access response includes the set of TC-RNTIs to the UE after receiving the preamble signal from the UE, wherein each TC-RNTI included in the set of TC-RNTIs corresponds to the number of antennae; and wherein the method comprises receiving a random access message scrambled by a specific TC-RNTI included in the set of TC-RNTIs from the UE, wherein the specific TC-RNTI corresponding to the number of antennae of the UE; and allocating resources to the UE according to the number of antennae of the UE. grouping a number n of TC-RNTI, Temporary Cell - Radio Network Temporary Identifier, into k groups, wherein each group corresponds to the number of antennae of the UE; selecting at least one TC-RNTI from each group of the k groups; configuring the at least one TC-RNTI as a set of TC-RNTIs, receiving a preamble signal from the UE for a random access procedure; transmitting a random access response characterized in that the random access response includes the set of TC-RNTIs to the UE after receiving the preamble signal from the UE, wherein each TC-RNTI included in the set of TC-RNTIs corresponds to the number of antennae; and wherein the method comprises receiving a random access message scrambled by a specific TC-RNTI included in the set of TC-RNTIs from the UE, wherein the specific TC-RNTI corresponding to the number of antennae of the UE; and allocating resources to the UE according to the number of antennae of the UE.
A hydrophilic film, comprising: a substrate having a texture of parallel sunken and raised patterns, and a hydrophilic coat, wherein the hydrophilic coat comprises a coat of silicon dioxide particles. a substrate having a texture of parallel sunken and raised patterns, and a hydrophilic coat, wherein the hydrophilic coat comprises a coat of silicon dioxide particles.
A leveling spacing device for installing flat tile elements (ER1, ER2), comprising: a base having a lower surface and an upper surface; a flat element having a first plane face and a second plane face parallel to each other and approximately orthogonal to the upper surface of the base; spacing tabs projecting from the upper surface of the base, the spacing tabs being coplanar with the flat element and spaced therefrom; wherein the flat element extends from the upper surface of the base characterized in that said flat element is connected to said upper surface along a lower edge of the flat element; and the lower surface of the base has a concave shape defining a central cavity surrounded by a perimeter edge. a base having a lower surface and an upper surface; a flat element having a first plane face and a second plane face parallel to each other and approximately orthogonal to the upper surface of the base; spacing tabs projecting from the upper surface of the base, the spacing tabs being coplanar with the flat element and spaced therefrom; wherein the flat element extends from the upper surface of the base characterized in that said flat element is connected to said upper surface along a lower edge of the flat element; and the lower surface of the base has a concave shape defining a central cavity surrounded by a perimeter edge.
Shavings suction headpiece positionable around a working tool for a workpiece, the working tool having a main axis, comprising: - a first opening; - a second opening; - a side wall (e, d), extending between said first and said second opening, with axial symmetry about an axis (ax) passing through said first and second opening, said axis (ax) being, in use, substantially coincident with the main axis of said working tool (u); - a shavings evacuation tube (i) connected to said side wall (e, d) with airflow connection; - contact means (k) for said workpiece, the contact means being placed on the edge of said second opening; The headpiece being characterized in that: - said side wall (e, d) is composed of a top portion (d) connected to a lower portion (e) with respect to the direction of said axis (ax); - said lower portion (e) is perimetrically subdivided around said axis (ax) into a first perimeter portion (ef) and a second perimeter portion (ev); and - said first perimeter portion (ef) and said second perimeter portion (ev) are configured to slide one over the other by rotating with respect to said axis (ax). - a first opening; - a second opening; - a side wall (e, d), extending between said first and said second opening, with axial symmetry about an axis (ax) passing through said first and second opening, said axis (ax) being, in use, substantially coincident with the main axis of said working tool (u); - a shavings evacuation tube (i) connected to said side wall (e, d) with airflow connection; - contact means (k) for said workpiece, the contact means being placed on the edge of said second opening; - said side wall (e, d) is composed of a top portion (d) connected to a lower portion (e) with respect to the direction of said axis (ax); - said lower portion (e) is perimetrically subdivided around said axis (ax) into a first perimeter portion (ef) and a second perimeter portion (ev); and - said first perimeter portion (ef) and said second perimeter portion (ev) are configured to slide one over the other by rotating with respect to said axis (ax).
A method for treating a feed stream comprising a hydrocarbon liquid and an aqueous-based liquid, comprising: introducing the feed stream to an inlet of a vessel containing a media composite of uniformly shaped particles of exactly the same shape and size or substantially the same shape and size, each particle comprising a single phase composite of two compounds that are distributed in a uniform ratio or in a substantially uniform ratio so that any portion of the composite exhibits the same ratio of the two compounds, said two compounds comprising a cellulose-based material and a polymer; and contacting the feed stream with the media composite to produce a treated stream, the treated stream comprising a predetermined target concentration of the hydrocarbon liquid, wherein contacting the feed stream with the media composite comprises filtering the feed stream, wherein the predetermined target concentration of hydrocarbon liquid of the treated stream is less than a concentration of hydrocarbon liquid in the feed stream. introducing the feed stream to an inlet of a vessel containing a media composite of uniformly shaped particles of exactly the same shape and size or substantially the same shape and size, each particle comprising a single phase composite of two compounds that are distributed in a uniform ratio or in a substantially uniform ratio so that any portion of the composite exhibits the same ratio of the two compounds, said two compounds comprising a cellulose-based material and a polymer; and contacting the feed stream with the media composite to produce a treated stream, the treated stream comprising a predetermined target concentration of the hydrocarbon liquid, wherein contacting the feed stream with the media composite comprises filtering the feed stream, wherein the predetermined target concentration of hydrocarbon liquid of the treated stream is less than a concentration of hydrocarbon liquid in the feed stream.
An information processing apparatus, comprising: a receiving unit configured to receive, from a first communications device, a request to join a group of second communications devices, the second communications devices being associated with at least one shared connection right to connect to a network, wherein the at least one shared connection right is established based on information associated with a machine communication identity module; and a control unit configured to provisionally transfer the shared connection right to the first communications device, in response to the received request, enabling the first communications device to connect to the network as an unapproved device, and wherein the first communications device is incapable of transferring the shared connection right over the machine communication identity module, wherein the receiving unit is further configured to receive, from at least one of the second communications devices, approval information approving the provisional transfer, and the control unit is further configured to establish a shared connection right to connect to the network at an approved device between the first and second communications devices, in accordance with the approval information, wherein the first communication device thereafter is capable of transferring the shared connection right. a receiving unit configured to receive, from a first communications device, a request to join a group of second communications devices, the second communications devices being associated with at least one shared connection right to connect to a network, wherein the at least one shared connection right is established based on information associated with a machine communication identity module; and a control unit configured to provisionally transfer the shared connection right to the first communications device, in response to the received request, enabling the first communications device to connect to the network as an unapproved device, and wherein the first communications device is incapable of transferring the shared connection right over the machine communication identity module, wherein the receiving unit is further configured to receive, from at least one of the second communications devices, approval information approving the provisional transfer, and the control unit is further configured to establish a shared connection right to connect to the network at an approved device between the first and second communications devices, in accordance with the approval information, wherein the first communication device thereafter is capable of transferring the shared connection right.
A wind turbine comprising: a backup power supply; a processor; and a first sensor unit and a second sensor unit configured to measure at least one of a voltage value and a current value, wherein the voltage value and current value are indicative of the condition of the backup power supply; wherein the first sensor unit is configured to measure the at least one of the voltage value and the current value at a first location in the wind turbine; wherein the second sensor unit is configured to measure the at least one of the voltage value and the current value at a second location in the wind turbine different from the first location; characterized in that the processor is configured to: compare the at least one of the voltage value and current value measured by the first sensor unit with the at least one of the voltage value and current value measured by the second sensor unit; and assign a level of confidence to the at least one of the voltage value and current value measured by the first sensor unit based on the comparison; cause the wind turbine to enter an idle state based on the level of confidence assigned. a backup power supply; a processor; and a first sensor unit and a second sensor unit configured to measure at least one of a voltage value and a current value, wherein the voltage value and current value are indicative of the condition of the backup power supply; wherein the first sensor unit is configured to measure the at least one of the voltage value and the current value at a first location in the wind turbine; wherein the second sensor unit is configured to measure the at least one of the voltage value and the current value at a second location in the wind turbine different from the first location; characterized in that the processor is configured to: compare the at least one of the voltage value and current value measured by the first sensor unit with the at least one of the voltage value and current value measured by the second sensor unit; and assign a level of confidence to the at least one of the voltage value and current value measured by the first sensor unit based on the comparison; cause the wind turbine to enter an idle state based on the level of confidence assigned. compare the at least one of the voltage value and current value measured by the first sensor unit with the at least one of the voltage value and current value measured by the second sensor unit; and assign a level of confidence to the at least one of the voltage value and current value measured by the first sensor unit based on the comparison; cause the wind turbine to enter an idle state based on the level of confidence assigned.
A method for preparing a magnesium adamantane carboxylate salt, the method comprising: mixing a magnesium salt and a diamondoid compound having at least one carboxylic acid moiety to form a reactant mixture, where the magnesium salt has the formula Mg 2; and hydrothermally treating the reactant mixture at a reaction temperature of from 100 °C to 200 °C for a reaction time of at least 12 hours to form the magnesium adamantane carboxylate salt. mixing a magnesium salt and a diamondoid compound having at least one carboxylic acid moiety to form a reactant mixture, where the magnesium salt has the formula Mg 2; and hydrothermally treating the reactant mixture at a reaction temperature of from 100 °C to 200 °C for a reaction time of at least 12 hours to form the magnesium adamantane carboxylate salt.
A method of preparing an aerogel blanket, comprising: a) preparing a base material for a blanket which is surface-treated with an acidic solution; b) preparing a silica sol including a water glass solution; c) impregnating the surface-treated base material for a blanket with the silica sol; d) gelling the silica sol in a state in which the base material for a blanket is impregnated with the silica sol; e) aging step of adding a solution obtained by diluting a basic catalyst selected from the group consisting of sodium hydroxide, potassium hydroxide, ammonium hydroxide, trimethylamine, and pyridine in an organic solvent to a concentration of 1 to 10%; f) performing a gel deformation process of introducing cracks into the gel; and g) surface-modifying and drying the silica gel composite; wherein the acidic solution in Step a) is acetic acid solution, wherein the gel deformation process is performed by winding the base material for a blanket impregnated with the silica gel around a cylinder once such that one side comes in contact with the cylinder, and another step of winding once such that another side comes in contact with the cylinder, and the process is repeated once or more after the base material for a blanket is rotated by 90°. a) preparing a base material for a blanket which is surface-treated with an acidic solution; b) preparing a silica sol including a water glass solution; c) impregnating the surface-treated base material for a blanket with the silica sol; d) gelling the silica sol in a state in which the base material for a blanket is impregnated with the silica sol; e) aging step of adding a solution obtained by diluting a basic catalyst selected from the group consisting of sodium hydroxide, potassium hydroxide, ammonium hydroxide, trimethylamine, and pyridine in an organic solvent to a concentration of 1 to 10%; f) performing a gel deformation process of introducing cracks into the gel; and g) surface-modifying and drying the silica gel composite;
A device for a medical treatment of a sclera, the device comprising a curved disc, wherein: the disc is configured to be placed into the Tenon's space; characterized in that the disc is formed such that the inner surface of the curved disc is superficially contactable to the surface of an area of the sclera so as to superficially cover said area; and in that the disc comprises two, three, four, or more independent channel systems, wherein each of the channel systems comprises a first channel having a proximal end and one or more distal openings, wherein at least part of the channel systems are configured as agent channel systems such that the channels of each of the agent channel systems are tubes adapted to lead an agent from a proximal end of the tube to a distal opening, and wherein at least part of the channel systems are configured as optical guiding systems, wherein each of the optical guiding systems is adapted to guide electromagnetic waves from the proximal end of the first channel of this channel system to the distal openings of the optical guiding system. the disc is configured to be placed into the Tenon's space; characterized in that the disc is formed such that the inner surface of the curved disc is superficially contactable to the surface of an area of the sclera so as to superficially cover said area; and in that the disc comprises two, three, four, or more independent channel systems, wherein each of the channel systems comprises a first channel having a proximal end and one or more distal openings, wherein at least part of the channel systems are configured as agent channel systems such that the channels of each of the agent channel systems are tubes adapted to lead an agent from a proximal end of the tube to a distal opening, and wherein at least part of the channel systems are configured as optical guiding systems, wherein each of the optical guiding systems is adapted to guide electromagnetic waves from the proximal end of the first channel of this channel system to the distal openings of the optical guiding system.
Device for steaming food, comprising a base part and at least one basket (5, 6, 7) which is intended to be positioned above the base part in a normal orientation of the device, wherein the at least one basket (5, 6, 7) has a bottom (51,61, 71) provided with holes for letting through steam and a standing wall (52, 62, 72) projecting from the bottom (51, 61, 71) and delimiting a space above the bottom (51, 61, 71) for receiving and containing food to be steamed, wherein the base part comprises a steam chamber for containing water to be converted into steam and heating means associated with the steam chamber for heating water which is inside the steam chamber, a reservoir for containing water to be supplied to the steam chamber, which is in fluid communication with the steam chamber, and also a drip tray for receiving fluid from the at least one basket (5, 6, 7) during operation of the device and for closing an open top side of the reservoir, wherein the device further comprises a circuit for controlling a power supply to the heating means characterized in that said circuit comprises a temperature sensor which is arranged at a position in the drip tray, at a distance with respect to a first imaginary ring-shaped plane defined by an outer wall of a steam outlet of the steam chamber and an extension thereof in a range of 0.5 to 0.9 of a total distance between the first imaginary ring-shaped plane and a second imaginary ring-shaped plane defined by the standing wall (52, 62, 72) of the at least one basket (5, 6, 7) and an extension thereof, measured along an imaginary line intersecting both a geometric center axis of the steam outlet and the position of the temperature sensor, in a plane perpendicular to the geometric center axis of the steam outlet.