mhurhangee/ep-ind-claims huggingface dataset:
A system which performs at least one administrative security function which facilitates alternative access to provide administrative services of a security token, the security token being a credential assigned to a user comprising, at least one credential (145, 150, 160; 145, 150, 160A) associated with a user, a local client in processing communications with an authenticating computer system comprising, one or more functionally connected user input devices, a user interface means for handling input from and output to said user, means for generating and sending an administrative access request to said authenticating computer system to perform said at least one administrative security function of the security token, wherein said administrative access request comprises said at least one credential, means for mediating said at least one administrative security function between said authenticating computer system, said client and said user, and said authenticating computer system comprising, a user controlled security token administration application responsive to said administrative access request for performing said at least one administrative security function of the security token if said user is authenticated, wherein said at least one administrative security function comprises means for authenticating said user using said at least one credential and means for allowing access to security token services without requiring said user to log on to an operating environment associated with said local client. one or more functionally connected user input devices, a user interface means for handling input from and output to said user, means for generating and sending an administrative access request to said authenticating computer system to perform said at least one administrative security function of the security token, wherein said administrative access request comprises said at least one credential, means for mediating said at least one administrative security function between said authenticating computer system, said client and said user, and a user controlled security token administration application responsive to said administrative access request for performing said at least one administrative security function of the security token if said user is authenticated, wherein said at least one administrative security function comprises means for authenticating said user using said at least one credential and means for allowing access to security token services without requiring said user to log on to an operating environment associated with said local client.
A container for storing goods, in particular folding box of cardboard, paper or the like, including a front wall and a rear wall, sidewalls (16, 18) connecting the front and the rear wall (12, 14) as well as a bottom construction and a lid construction, wherein the lid construction is hinged to an end of the rear wall opposing the bottom construction, wherein at least one locking flap (58, 60) for locking the lid construction to the front wall in closed state of the container is hinged to the end of the front wall opposing the bottom construction via a bending line, such that it abuts on an outer side of the front wall or protrudes from the container to the outside, wherein the locking flap (58, 60) is formed as an element of an intermediate wall hinged to the front wall via the bending line, characterized in that at least one engagement well or opening is formed at the end of the intermediate wall opposing the front wall.
A method of operation of a wireless device for random access to a cellular communications network, comprising: determining (204, 300) a number of resources needed for the wireless device to successfully decode an information block received from a radio access node of the cellular communications network; determining (206/208, 302/304) at least one of: (a) a code rate used for transmission of the information block by the radio access node and (b) a transmit power used by the radio access node for transmission of the information block; and determining (210, 306) an amount of resources to be used by the wireless device when transmitting a random access signal for a random access procedure based on: (i) the number of resources needed for the wireless device to successfully decode the information block and (ii) the at least one of: (a) the code rate used for transmission of the information block by the radio access node and (b) the transmit power used by the radio access node for transmission of the information block. determining (204, 300) a number of resources needed for the wireless device to successfully decode an information block received from a radio access node of the cellular communications network; determining (206/208, 302/304) at least one of: (a) a code rate used for transmission of the information block by the radio access node and (b) a transmit power used by the radio access node for transmission of the information block; and determining (210, 306) an amount of resources to be used by the wireless device when transmitting a random access signal for a random access procedure based on: (i) the number of resources needed for the wireless device to successfully decode the information block and (ii) the at least one of: (a) the code rate used for transmission of the information block by the radio access node and (b) the transmit power used by the radio access node for transmission of the information block.
An electronic combiner circuit (200; 300; 400) comprising: a DC bias input (202; 302; 402), an AC control input (204; 304; 404) and a signal output (206; 306; 406); the DC bias input being arranged to receive a DC signal and couple the DC signal to the signal output in DC; the AC control input being arranged to receive an AC signal and couple the AC signal to the signal output at any frequency; the signal output being arranged to provide a combined signal for operating a quantum device; a first conductive path (208; 308; 408) arranged between the AC control input and the signal output; the first conductive path being such that the DC component of a signal provided at the AC control input is prevented from being transmitted from the AC control input to the signal output along the first conductive path; characterized in that the electronic combiner circuit further comprises: a second conductive path (210; 310; 410) arranged between the AC control input and the signal output; the second conductive path being such that the DC component of a signal provided at the AC control input transmits from the AC control input to the signal output along the second conductive path. a DC bias input (202; 302; 402), an AC control input (204; 304; 404) and a signal output (206; 306; 406); the DC bias input being arranged to receive a DC signal and couple the DC signal to the signal output in DC; the AC control input being arranged to receive an AC signal and couple the AC signal to the signal output at any frequency; the signal output being arranged to provide a combined signal for operating a quantum device; a first conductive path (208; 308; 408) arranged between the AC control input and the signal output; the first conductive path being such that the DC component of a signal provided at the AC control input is prevented from being transmitted from the AC control input to the signal output along the first conductive path; characterized in that the electronic combiner circuit further comprises: a second conductive path (210; 310; 410) arranged between the AC control input and the signal output; the second conductive path being such that the DC component of a signal provided at the AC control input transmits from the AC control input to the signal output along the second conductive path.
Ply sorting device for sorting plies of differing geometry, comprising a picker and a buffer, wherein the picker is arranged to pick planar plies of cut fiber material and move them to the buffer, and wherein the buffer comprises a plurality of substantially planar supports each arranged to receive plies from the picker and to support the plies in planar orientation, wherein the planar supports are movably arranged relative to each other to receive the plies, characterized in that the supports are arranged to be moved from a storage position in which they have a covering arrangement that prevents receiving of plies, to a receiving position that allows receiving of plies.
A pixel array for imaging comprising an array of pixels of a first pixel type and a second pixel type (60, 70), wherein: each pixel of the first pixel type comprises a first photo-sensitive element having a first area; each pixel of the second pixel type (60, 70) comprises a second photo-sensitive element (61, 71) having a second area, which is smaller than the first area, a third photo-sensitive element (62, 72) and a readout circuit (63, 73), wherein only the second photo-sensitive element (61, 71) in the pixel of the second pixel type is connectable to the readout circuit (63, 73) and a signal value is only readable by the readout circuit (63, 73) from the second photo-sensitive element (61, 71), and wherein the third photo-sensitive element (62, 72) is connected to a charge drain via a permanent connection or a switchable connection, wherein each photo-sensitive element (61, 62, 71, 72) of the pixel of the second pixel type is arranged to receive light rays over an angular range, which is less than an angular range of the pixel of the first pixel type. each pixel of the first pixel type comprises a first photo-sensitive element having a first area; each pixel of the second pixel type (60, 70) comprises a second photo-sensitive element (61, 71) having a second area, which is smaller than the first area, a third photo-sensitive element (62, 72) and a readout circuit (63, 73), wherein only the second photo-sensitive element (61, 71) in the pixel of the second pixel type is connectable to the readout circuit (63, 73) and a signal value is only readable by the readout circuit (63, 73) from the second photo-sensitive element (61, 71), and wherein the third photo-sensitive element (62, 72) is connected to a charge drain via a permanent connection or a switchable connection, wherein each photo-sensitive element (61, 62, 71, 72) of the pixel of the second pixel type is arranged to receive light rays over an angular range, which is less than an angular range of the pixel of the first pixel type.
A surface sheet for a wound dressing, the surface sheet being disposed on at least a portion of the wound dressing which portion is to face a wound site and comprising a resin sheet material having a first surface which is to face the wound site, a second surface which is the opposite surface to the first surface, and a large number of penetration pores penetrating through the sheet material from the first surface to the second surface in the thickness direction, the penetration pores allowing the permeation of a liquid from the first surface to the second surface, and the first surface being hydrophobic, and wherein the opening area of the penetration pores being a circle between 280 and 1400 μm in diameter, the density of the penetration pores being between 50 and 400 pores/cm 2, the pore opening diameter ratio of the circle of the first surface to the second surface being between 1.1 and 1.8, the depth of the penetration pores being between 100 and 2000 μm, the capacity of the retaining space formed within the penetration pores being between 0.015 and 0.55 micro-liters, and the sheet material comprises a low-density polyethylene resin material.
An Enterococcus faecalis strain devoid of prophages, characterized in that it is the Enterococcus faecalis 1679wph strain deposited in the PCM as B/00074.
A clothes treating apparatus comprising: a cabinet; a drum rotatably installed within the cabinet; a circulation flow path configured to re-supply exhaust air discharged from the drum to the drum; a condenser installed on the bottom surface of the cabinet, the condenser configured to allow the exhaust air and cooling air introduced from the outside of the cabinet to be heat-exchanged under the drum; a cooling flow path configured to guide the cooling air toward the condenser; and a blowing fan allowing ambient air to be introduced to the interior of the cooling flow path therethrough, wherein a discharge opening is positioned under the drum and discharges cooling air, which has passed through the condenser, to the interior of the cabinet, directly toward a bottom surface of the drum, wherein a rotational shaft of the drum is disposed between the discharge opening and the blowing fan when viewed from the top of the cabinet. a cabinet; a drum rotatably installed within the cabinet; a circulation flow path configured to re-supply exhaust air discharged from the drum to the drum; a condenser installed on the bottom surface of the cabinet, the condenser configured to allow the exhaust air and cooling air introduced from the outside of the cabinet to be heat-exchanged under the drum; a cooling flow path configured to guide the cooling air toward the condenser; and a blowing fan allowing ambient air to be introduced to the interior of the cooling flow path therethrough, wherein a discharge opening is positioned under the drum and discharges cooling air, which has passed through the condenser, to the interior of the cabinet, directly toward a bottom surface of the drum, wherein a rotational shaft of the drum is disposed between the discharge opening and the blowing fan when viewed from the top of the cabinet.
A light emitting device comprising: a substrate including a plurality of patterns, each pattern including first to third protrusion parts (120a, 120b, 120c) protruding in different horizontal directions from a branch point; first to third grooves (123a, 123b, 123c) formed among the first to third protrusion parts (120a, 120b, and 120c) in the vicinity of the branch point positioned at the center of the protrusion parts (120 a, 120b, 120c); a plurality of spaces between the plurality of patterns; and a light emitting device structure including a first semiconductor layer over the plurality of patterns and the plurality of spaces, an active layer over the first semiconductor layer, and a second semiconductor layer over the active layer, characterized in that each space includes air having a refractive index smaller than a refractive index of first semiconductor layer of the light emitting device structure (130, 140, 150), each protrusion part (120a, 120b, 120c) has an end portion with a rounded convex shape, each groove (123a, 123b, 123c) has a rounded concave shape, each of the first to third protrusions parts (120a, 120b, 120c) near the branch point has at least a width narrower than a width of the end portion of each of the first to third protrusions parts, and a distance between the patterns is in a range of 0.1μm to 1μm. a substrate including a plurality of patterns, each pattern including first to third protrusion parts (120a, 120b, 120c) protruding in different horizontal directions from a branch point; first to third grooves (123a, 123b, 123c) formed among the first to third protrusion parts (120a, 120b, and 120c) in the vicinity of the branch point positioned at the center of the protrusion parts (120 a, 120b, 120c); a plurality of spaces between the plurality of patterns; and a light emitting device structure including a first semiconductor layer over the plurality of patterns and the plurality of spaces, an active layer over the first semiconductor layer, and a second semiconductor layer over the active layer, characterized in that each space includes air having a refractive index smaller than a refractive index of first semiconductor layer of the light emitting device structure (130, 140, 150), each protrusion part (120a, 120b, 120c) has an end portion with a rounded convex shape, each groove (123a, 123b, 123c) has a rounded concave shape, each of the first to third protrusions parts (120a, 120b, 120c) near the branch point has at least a width narrower than a width of the end portion of each of the first to third protrusions parts, and a distance between the patterns is in a range of 0.1μm to 1μm.
A timepiece having a barrel, wherein a main spring is located within the barrel, characterised in that the hardness of the material of the main spring is substantially equal or higher than the hardness of the material of the mating wall surface of the barrel, wherein the material of the mating wall surface of the barrel comprises titanium.
A measurement method using a gas sensor, the measurement being performed while alternately switching between a reference gas and a sample gas to be measured and supplying the reference gas and the sample gas to a sensor element in the gas sensor, wherein at least one of the reference gas and the sample gas is allowed to contain a specific gas; characterized in that the method comprises a step of equilibrating a concentration of the specific gas in the reference gas with a concentration of the specific gas in the sample gas by connecting a flow path of the reference gas and a flow path of the sample gas to each other via a gas equilibration device in which is arranged a permeable membrane for the specific gas, the permeable membrane being arranged on the flow paths of the reference gas and the sample gas and in a section where the flow path of the sample gas and the flow path of the reference gas are separated from each other such that a gas flow of the reference gas and a gas flow of the sample gas flowing across the permeable membrane are alternate gas flows by switching between the reference gas and the sample gas. wherein at least one of the reference gas and the sample gas is allowed to contain a specific gas; characterized in that the method comprises a step of equilibrating a concentration of the specific gas in the reference gas with a concentration of the specific gas in the sample gas by connecting a flow path of the reference gas and a flow path of the sample gas to each other via a gas equilibration device in which is arranged a permeable membrane for the specific gas, the permeable membrane being arranged on the flow paths of the reference gas and the sample gas and in a section where the flow path of the sample gas and the flow path of the reference gas are separated from each other such that a gas flow of the reference gas and a gas flow of the sample gas flowing across the permeable membrane are alternate gas flows by switching between the reference gas and the sample gas.
An inflation molding device comprising: a viscosity estimation unit that estimates a viscosity of a bubble discharged in a substantially cylindrical shape from a die; a temperature identification unit that identifies a temperature of the bubble; and a parameter estimation unit that estimates a viscosity parameter of the bubble based on the viscosity of the bubble estimated by the viscosity estimation unit and the temperature of the bubble detected by the temperature identification unit. a viscosity estimation unit that estimates a viscosity of a bubble discharged in a substantially cylindrical shape from a die; a temperature identification unit that identifies a temperature of the bubble; and a parameter estimation unit that estimates a viscosity parameter of the bubble based on the viscosity of the bubble estimated by the viscosity estimation unit and the temperature of the bubble detected by the temperature identification unit.
A nutritional composition for the use of promoting wound healing comprising a protein source comprising free proline, a lipid source and a carbohydrate source wherein no more than 1.8% of the total calories of the composition derive from arginine and wherein the protein source includes proline in an amount of at least 3% of the total calories of the composition, and wherein the protein source constitutes at least 28% of the total calories of the composition.
A mold die comprising: a die body (21, 31) including a mold surface having a shape corresponding to sculpturing of a mold product; and a plating layer provided on a surface of the mold surface, wherein the mold surface has a leather-grain transfer surface for forming, at a surface of the mold product, a grain pattern formed of a plurality of uneven shapes, the leather-grain transfer surface includes at least a first uneven-shape part and a second uneven-shape part formed at a surface of the first uneven-shape part and smaller in an uneven-shape width than the first uneven-shape part, the uneven-shape width in the first uneven-shape part and the uneven-shape width in the second uneven-shape part each falling within a range of 10 μm or more and less than 500 μm, the plating layer is an electroless-plating layer, and a thickness of at least part of the plating layer falls within a range of 0.1 μm or more and less than 10 μm, the first uneven-shape part has a first uneven-shape width d1 falling within a range of 30 μm or more and less than 500 μm, and the second uneven-shape part has a second uneven-shape width d2 falling within a range of 10 μm or more and less than 30 μm. a die body (21, 31) including a mold surface having a shape corresponding to sculpturing of a mold product; and a plating layer provided on a surface of the mold surface, wherein the mold surface has a leather-grain transfer surface for forming, at a surface of the mold product, a grain pattern formed of a plurality of uneven shapes, the leather-grain transfer surface includes at least a first uneven-shape part and a second uneven-shape part formed at a surface of the first uneven-shape part and smaller in an uneven-shape width than the first uneven-shape part, the uneven-shape width in the first uneven-shape part and the uneven-shape width in the second uneven-shape part each falling within a range of 10 μm or more and less than 500 μm, the plating layer is an electroless-plating layer, and a thickness of at least part of the plating layer falls within a range of 0.1 μm or more and less than 10 μm, the first uneven-shape part has a first uneven-shape width d1 falling within a range of 30 μm or more and less than 500 μm, and the second uneven-shape part has a second uneven-shape width d2 falling within a range of 10 μm or more and less than 30 μm.
A rear side warning system for a vehicle, comprising: at least one processor, which comprises: a sensing unit configured to sense the external obstacle; a determination unit configured to classify the external obstacle as either one of the fixed object and the moving object; and a control unit configured to control the rear side warning signal of the vehicle based on the result of the classifying of the external obstacle, characterized in that the determination unit is further configured to calculate a lateral distance between the fixed object and the vehicle, and determine a position of a moving object positioned on the rear side of the vehicle based on the calculated lateral distance, and wherein the control unit is further configured to hold back generation of the rear side warning signal on a side of the fixed object in response to a change of the lateral distance, calculated by the determination unit, being less than a preset first distance. a sensing unit configured to sense the external obstacle; a determination unit configured to classify the external obstacle as either one of the fixed object and the moving object; and a control unit configured to control the rear side warning signal of the vehicle based on the result of the classifying of the external obstacle, characterized in that the determination unit is further configured to calculate a lateral distance between the fixed object and the vehicle, and determine a position of a moving object positioned on the rear side of the vehicle based on the calculated lateral distance, and wherein the control unit is further configured to hold back generation of the rear side warning signal on a side of the fixed object in response to a change of the lateral distance, calculated by the determination unit, being less than a preset first distance.