mhurhangee/ep-ind-claims huggingface dataset:
An exhaust gas purification device which is disposed in an exhaust pathway of an internal combustion engine and purifies an exhaust gas emitted by the internal combustion engine, the exhaust gas purification device comprising: a wall flow structure substrate that has an entry-side cell in which only an exhaust gas inlet side end is open, an exit-side cell which is adjacent to the entry-side cell and in which only an exhaust gas outlet side end is open, and a porous partition which divides the entry-side cell from the exit-side cell; first catalyst parts which are formed in small pores having a relatively small pore diameter among internal pores in the partition; and second catalyst parts which are formed in large pores having a relatively large pore diameter among the internal pores in the partition, wherein the first catalyst parts and the second catalyst parts each contain a carrier and at least one type of noble metal from among Pt, Pd and Rh supported on the carrier, the noble metal content in the first catalyst parts is smaller than the noble metal content in the second catalyst parts per 1 liter of substrate volume, and the supported quantity of the noble metal per 1 g of carrier in the first catalyst parts is smaller than the supported quantity of the noble metal per 1 g of carrier in the second catalyst parts, wherein the average pore diameter of small pores in which the first catalyst parts are formed is not more than 10 μm, and the average pore diameter of large pores in which the second catalyst parts are formed is more than 10 μm and not more than 100 μm. a wall flow structure substrate that has an entry-side cell in which only an exhaust gas inlet side end is open, an exit-side cell which is adjacent to the entry-side cell and in which only an exhaust gas outlet side end is open, and a porous partition which divides the entry-side cell from the exit-side cell; first catalyst parts which are formed in small pores having a relatively small pore diameter among internal pores in the partition; and second catalyst parts which are formed in large pores having a relatively large pore diameter among the internal pores in the partition, wherein the first catalyst parts and the second catalyst parts each contain a carrier and at least one type of noble metal from among Pt, Pd and Rh supported on the carrier, the noble metal content in the first catalyst parts is smaller than the noble metal content in the second catalyst parts per 1 liter of substrate volume, and the supported quantity of the noble metal per 1 g of carrier in the first catalyst parts is smaller than the supported quantity of the noble metal per 1 g of carrier in the second catalyst parts, wherein the average pore diameter of small pores in which the first catalyst parts are formed is not more than 10 μm, and the average pore diameter of large pores in which the second catalyst parts are formed is more than 10 μm and not more than 100 μm.
A method usable by an electronic device, comprising: executing at least one application for operating a first camera and a second camera; determining whether the second camera is shaded by an object using an image acquired by the second camera; and in response to a determination that the second camera is shaded, displaying an image acquired by the first camera on a preview screen. executing at least one application for operating a first camera and a second camera; determining whether the second camera is shaded by an object using an image acquired by the second camera; and in response to a determination that the second camera is shaded, displaying an image acquired by the first camera on a preview screen.
A pneumatic tool comprising: a trigger configured to perform a first operation of operating a drive part; a contact member configured to perform a second operation of operating the drive part; a timer configured to measure the time during which the drive part can be operated by the second operation of the contact member and to switch the operation mode of the drive part after the time has elapsed; a tool body in which the drive part is accommodated; a grip provided on a side surface of the tool body and extending in a direction intersecting an operating direction of the trigger; and a timer switch configured to control the operation of the timer and being disposed in the grip, wherein the timer switch includes a timer switch stem configured to be movable in an extending direction of the grip, wherein the first operation of the trigger is transmitted to the timer switch using a transmitting member, characterized in that the transmitting member is configured to transmit load in the extending direction of the grip to the timer switch stem. a trigger configured to perform a first operation of operating a drive part; a contact member configured to perform a second operation of operating the drive part; a timer configured to measure the time during which the drive part can be operated by the second operation of the contact member and to switch the operation mode of the drive part after the time has elapsed; a tool body in which the drive part is accommodated; a grip provided on a side surface of the tool body and extending in a direction intersecting an operating direction of the trigger; and a timer switch configured to control the operation of the timer and being disposed in the grip, wherein the timer switch includes a timer switch stem configured to be movable in an extending direction of the grip, wherein the first operation of the trigger is transmitted to the timer switch using a transmitting member, characterized in that the transmitting member is configured to transmit load in the extending direction of the grip to the timer switch stem.
A method in a transmitting node for controlling a transmission rank in a wireless communications system, which wireless communications system comprises the transmitting node and a receiving node, and which transmitting node is configured to transmit on multiple antennas according to the transmission rank, the method comprising: allocating one or more first transmission resources between the transmitting node and the receiving node to operate according to a first transmission rank, and one or more second transmission resources between the transmitting node and the receiving node to operate according to a second transmission rank, when a performance of the second transmission rank outperforms a performance of the first transmission rank, configuring at least one of the one or more first transmission resources to operate according to the second transmission rank; the method further comprising: applying a first correction factor to an estimation of a performance of the one or more first transmission resources, based at least in part on a first interference indicator received from a second transmitting node, and/or applying a second correction factor to an estimation of a performance of the one or more second transmission resources, based at least in part on a second interference indicator received from the second transmitting node. allocating one or more first transmission resources between the transmitting node and the receiving node to operate according to a first transmission rank, and one or more second transmission resources between the transmitting node and the receiving node to operate according to a second transmission rank, when a performance of the second transmission rank outperforms a performance of the first transmission rank, configuring at least one of the one or more first transmission resources to operate according to the second transmission rank; the method further comprising: applying a first correction factor to an estimation of a performance of the one or more first transmission resources, based at least in part on a first interference indicator received from a second transmitting node, and/or applying a second correction factor to an estimation of a performance of the one or more second transmission resources, based at least in part on a second interference indicator received from the second transmitting node. applying a first correction factor to an estimation of a performance of the one or more first transmission resources, based at least in part on a first interference indicator received from a second transmitting node, and/or applying a second correction factor to an estimation of a performance of the one or more second transmission resources, based at least in part on a second interference indicator received from the second transmitting node.
A power reception device for receiving electric power from a power transmission device including a transmission resonant coil, said power reception device comprising: a shield formed in a cuboid shape having an opening at a side facing said power transmission device; and a reception resonant coil provided inside said shield and receiving electric power from said transmission resonant coil in a non-contact manner, said shield including: a metal shield formed in a cuboid shape having said opening; and a magnetic shield arranged inside said metal shield, either in contact with each other, with space or an object therebetween, and formed in a cuboid shape having said opening, said reception resonant coil being arranged at a nearer position to said magnetic shield relative to said metal shield, a distance between said reception resonant coil and said magnetic shield being longer than a distance between said metal shield and said magnetic shield. a shield formed in a cuboid shape having an opening at a side facing said power transmission device; and a reception resonant coil provided inside said shield and receiving electric power from said transmission resonant coil in a non-contact manner, said shield including: a metal shield formed in a cuboid shape having said opening; and a magnetic shield arranged inside said metal shield, either in contact with each other, with space or an object therebetween, and formed in a cuboid shape having said opening, a metal shield formed in a cuboid shape having said opening; and a magnetic shield arranged inside said metal shield, either in contact with each other, with space or an object therebetween, and formed in a cuboid shape having said opening, said reception resonant coil being arranged at a nearer position to said magnetic shield relative to said metal shield, a distance between said reception resonant coil and said magnetic shield being longer than a distance between said metal shield and said magnetic shield.
Method for management of a resource for a communication network having a resource owner providing the resource, at least one resource user using the resource and a resource broker for managing the resource, wherein the resource broker performs the following steps: - initiating a resource usage measure controlling a reservation of the resource, - obtaining a user's usage measure informing about the estimated usage of the resource by the at least one resource user, characterized in that the resource broker performs further the steps - performing an update procedure for updating the resource usage measure with the user's usage measure by means of a cumulative algorithm averaging the resource usage measure and calculating a new resource usage measure by taking into account current and past values of the resource usage measure and the user's usage measure and, - performing a checking procedure for comparing the resource usage measure with a pre-determined value indicating the necessity to perform a resource management action, and - performing the resource management action according to the result of the checking procedure. - initiating a resource usage measure controlling a reservation of the resource, - obtaining a user's usage measure informing about the estimated usage of the resource by the at least one resource user, - performing an update procedure for updating the resource usage measure with the user's usage measure by means of a cumulative algorithm averaging the resource usage measure and calculating a new resource usage measure by taking into account current and past values of the resource usage measure and the user's usage measure and, - performing a checking procedure for comparing the resource usage measure with a pre-determined value indicating the necessity to perform a resource management action, and - performing the resource management action according to the result of the checking procedure.
A rotary centering device for use during the transfer of a bar from the guiding channel of a feeder to a lathe, the rotary centering device comprising a supporting element that is capable of being associated with the output of the feeder, the supporting element being provided with at least one circular seat in which a grip element for a bar is supported slidingly along an axis that may be aligned coaxially with said guiding channel, said grip element comprising a plurality of sectors, being provided which act on said grip element and are designed to control its axial movement between a first stop position, in which said sectors define a circular opening whose diameter is the same as that of the bar, so as to be able to guide without play said bar during its transfer toward the lathe, and a second position, in which said sectors form an opening to allow the passage of a bar pusher, the bar pusher having a diameter greater than that of the bar, the grip element being movable from the first position to the second position as a result of being affected by the bar pusher, the loading of said elastic means being so determined that in the second position the sectors are capable of acting on said bar pusher so as to retain it coaxially with respect to said axis, characterized in that the grip element is rotatably supported in the seat and is constituted by a bush made of flexible plastic material, which has a tubular portion and the plurality of sectors connected to said tubular portion so that they can flex on planes that are radial with respect to said axis.
Projection exposure apparatus for semiconductor lithography, comprising a changeable assembly which contains at least one damping element, whereby the changeable assembly is embodied in such a way that the assembly can be changed in a time period of less than 12h, wherein the natural frequency of the damping element is co-ordinated with a natural frequency of an optical element (7,7') outside the changeable assembly, and wherein the changeable assembly additionally contains at least one optical element.
Aqueous microemulsion comprising a) one or several liquid carboxylic acid esters at an amount of 10-50% by weight and with a chain length of 6-22 C atoms, b) one or several water-soluble salts with one or several cations, preferably selected from the group consisting of sodium, potassium, calcium, magnesium and ammonia, at an amount of 0.1-4% by weight, c) at least one salt of a monocarboxylic acid with a chain length of C6-C20, d) at least one monocarboxylic acid with a chain length of C6-C20 and e) one or several booster(s), which consist of at least one water-soluble unit, which at least at one chain end has at least one hydrophobic unit and/or has a hydrophobic unit as a non-terminal substituent and/or has at least one hydrophobic unit, which is inserted between the water-soluble units of the polymer, in which components b) and c) are different and components c) + d) + e) are present at an amount of 2-20% bv weight, f) an ethoxylated vegetable oil and/or an ethoxylated sorbitan ester at an amount of 1.0-7.0% bv weight, g) at least one salt of sulfosuccinic acid ester at an amount of 1.0-5.0% by weight. a) one or several liquid carboxylic acid esters at an amount of 10-50% by weight and with a chain length of 6-22 C atoms, b) one or several water-soluble salts with one or several cations, preferably selected from the group consisting of sodium, potassium, calcium, magnesium and ammonia, at an amount of 0.1-4% by weight, c) at least one salt of a monocarboxylic acid with a chain length of C6-C20, d) at least one monocarboxylic acid with a chain length of C6-C20 and e) one or several booster(s), which consist of at least one water-soluble unit, which at least at one chain end has at least one hydrophobic unit and/or has a hydrophobic unit as a non-terminal substituent and/or has at least one hydrophobic unit, which is inserted between the water-soluble units of the polymer, in which components b) and c) are different and components c) + d) + e) are present at an amount of 2-20% bv weight, f) an ethoxylated vegetable oil and/or an ethoxylated sorbitan ester at an amount of 1.0-7.0% bv weight, g) at least one salt of sulfosuccinic acid ester at an amount of 1.0-5.0% by weight.
Refined composite particles comprising single ceria coated silica particles and aggregated ceria coated silica particles; wherein less than 1 wt% of the composite particles are aggregated ceria coated silica particles comprising ≥ 5 single ceria coated silica particles.
A compacting unit of a design unit for compacting a fiber composite supplied by a drafting unit of a spinning machine, said design unit being mounted at the outlet of a drafting unit, wherein the compacting unit has a beam on which at least one suction drum equipped with a suction zone is rotatably mounted on an axle and a clamping roller mounted on the beam is in contact with the suction drum to form a clamping line at the end of the suction zone under the action of a pressure element mounted on the beam, characterized in that the clamping roller is mounted so it is rotationally movable on a pressure arm which is equipped with a spring element and is mounted on the beam so it can pivot over a pivot axis.
An image processing device which performs processing on a shadow in an image of an object, said image processing device comprising: an image information obtaining unit configured to obtain information about the image of the object, the information including luminance information which is information about luminance of light from the object and polarization information which is information about polarization of the light from the object; a shadow area extracting unit configured to extract an attached shadow area and a cast shadow area from the image of the object based on the luminance information and the polarization information obtained by said image information obtaining unit, the attached shadow area appearing on the surface of the object depending on an angle of incidence light, and the cast shadow area appearing on a surface of a material body other than the object when the light is blocked by the object; and an output unit configured to output information identifying the attached shadow area and the cast shadow area extracted by said shadow area extracting unit. an image information obtaining unit configured to obtain information about the image of the object, the information including luminance information which is information about luminance of light from the object and polarization information which is information about polarization of the light from the object; a shadow area extracting unit configured to extract an attached shadow area and a cast shadow area from the image of the object based on the luminance information and the polarization information obtained by said image information obtaining unit, the attached shadow area appearing on the surface of the object depending on an angle of incidence light, and the cast shadow area appearing on a surface of a material body other than the object when the light is blocked by the object; and an output unit configured to output information identifying the attached shadow area and the cast shadow area extracted by said shadow area extracting unit.
Firelighter ignitable by a user for initiating combustion of materials for a fire with an open hearth or closed hearth, comprising a compressed mixture of wood chips, or of sawdust, and of paraffin in powder form, comprising two contact faces (1a, 1b) with a prominent supporting zone (2a, 2b) allowing the firelighter to rest on the supporting zone (2a, 2b) in stable equilibrium on a plane with a portion (P1, P2) of contact face (1a, 1b) directed towards said plane and remaining at a distance from said plane, characterized in that: - the firelighter is configured in such a way that, in a position of stable equilibrium on a plane, the portion (P1, P2) of contact face (1a, 1b) directed towards said plane and remaining at a distance from said plane occupies the entire periphery of the prominent supporting zone (2a, 2b), - the contact faces (1a, 1b) are convex in all transverse directions (I-I, II-II), - the two convex contact faces (1a, 1b) meet at a continuous projecting peripheral edge, - in section, the firelighter has a section approximately in the shape of a biconvex lens, in the shape of an oval, or in the shape of an ellipse. - the firelighter is configured in such a way that, in a position of stable equilibrium on a plane, the portion (P1, P2) of contact face (1a, 1b) directed towards said plane and remaining at a distance from said plane occupies the entire periphery of the prominent supporting zone (2a, 2b), - the contact faces (1a, 1b) are convex in all transverse directions (I-I, II-II), - the two convex contact faces (1a, 1b) meet at a continuous projecting peripheral edge, - in section, the firelighter has a section approximately in the shape of a biconvex lens, in the shape of an oval, or in the shape of an ellipse.
A computer-readable storage medium having stored thereon an input data processing program which causes a computer, of an information processing apparatus including an input device for detecting an input area on which an input to an input surface is being made, to execute: a storage step of repeatedly acquiring input area data representing the input area in accordance with a detection result from the input device, and storing the input area data in a memory of the information processing apparatus; a virtual area determination step (S14, S28) of determining a virtual area so as to follow a change of the input area represented by the input area data each time the input area data is stored in the memory, the virtual area determination step including a movement step of moving, when at least a portion of the smaller one of the virtual area and the input area is outside the larger one, the position of the virtual area such that the smaller one is entirely within the larger one; and a first process execution step of executing a first process in accordance with the virtual area having been determined by the virtual area determination step. a storage step of repeatedly acquiring input area data representing the input area in accordance with a detection result from the input device, and storing the input area data in a memory of the information processing apparatus; a virtual area determination step (S14, S28) of determining a virtual area so as to follow a change of the input area represented by the input area data each time the input area data is stored in the memory, the virtual area determination step including a movement step of moving, when at least a portion of the smaller one of the virtual area and the input area is outside the larger one, the position of the virtual area such that the smaller one is entirely within the larger one; and a first process execution step of executing a first process in accordance with the virtual area having been determined by the virtual area determination step.
A glove containing magnetic particles in a glove film formed from rubber or resin, characterized in that the magnetic particles are at least 0.2 mass% but less than 40 mass% in terms of the glove film as a whole, the magnetic particles include secondary particles of aggregated primary particles, the average particle diameter of the primary particles is no more than 1 μm, and the proportion by volume of particles where the particle diameter of the secondary particles exceeds 1 μm is at least 20 vol% in terms of the combined volume of particles as a whole.