mhurhangee/ep-ind-claims huggingface dataset:
An electronic counter device configured to count a number of press-fittings for a mold, comprising: a case (110, 120) mounted on the mold and having a shaft through-hole (115a, 123a) on one side thereof; and a counting unit disposed inside the case to count the number of press-fittings for the mold, wherein the counting unit comprises: an elastic member which comprises a spring fixedly installed within the case and a shaft adapted to penetrate the shaft through-hole (115a, 123a) of the case (110, 120) and thereby to protrude, and a calculation unit adapted to count the insertion operation of the elastic member as the number of press-fittings for the mold, characterized in that the shaft includes a bar protruding on an outer circumferential edge, and is disposed to pass through the inside of the spring by a linear movement in a lengthwise direction of the spring so as to move to allow the bar to be positioned to be adjacent to the optical detection unit when the mold is press-fitted; that the counting unit further comprises an optical detection unit adapted to irradiate the inserted elastic member with light to detect the insertion operation of the elastic member; and that the case (110, 120) further includes heat-dissipating units (112, 122) spaced a predetermined distance apart from each other and protruding to surround an external surface of the case. a case (110, 120) mounted on the mold and having a shaft through-hole (115a, 123a) on one side thereof; and a counting unit disposed inside the case to count the number of press-fittings for the mold, an elastic member which comprises a spring fixedly installed within the case and a shaft adapted to penetrate the shaft through-hole (115a, 123a) of the case (110, 120) and thereby to protrude, and a calculation unit adapted to count the insertion operation of the elastic member as the number of press-fittings for the mold,
A network control system comprising: a control module configured to enforce a network resource configuration to each of at least two of a radio access network, a mobile backhaul network, and a core network in accordance with common resource partitioning information indicating slicing of network resources among a plurality of mobile network operators (40A, 40B), in order to allow the plurality of mobile network operators (40A, 40B) to share the at least two networks (100, 200, 300), wherein the network control system is characterized in that the control module is configured to generate, in accordance with the common resource partitioning information, a third configuration causing at least one hardware element in the core network to function as a virtualized core network node of each of the plurality of mobile network operators (40A, 40B), and apply the third configuration to the at least one hardware element. a control module configured to enforce a network resource configuration to each of at least two of a radio access network, a mobile backhaul network, and a core network in accordance with common resource partitioning information indicating slicing of network resources among a plurality of mobile network operators (40A, 40B), in order to allow the plurality of mobile network operators (40A, 40B) to share the at least two networks (100, 200, 300), wherein the network control system is characterized in that the control module is configured to generate, in accordance with the common resource partitioning information, a third configuration causing at least one hardware element in the core network to function as a virtualized core network node of each of the plurality of mobile network operators (40A, 40B), and apply the third configuration to the at least one hardware element.
A light-emitting element comprising: a laminated structure including a first compound semiconductor layer having a first conductivity type, a second compound semiconductor layer having a second conductivity type different than the first conductivity type, and a third compound semiconductor layer formed between the first and second compound semiconductor layers (30, 40) and including an active layer, wherein a second end surface (62, 72)of the second compound semiconductor layer and a third end surface (63, 73) of the third compound semiconductor layer are formed at respective second and third angles theta2 and theta3 relative to a virtual vertical direction (z) of the laminated structure and further characterised by satisfying the following relationship: "absolute value of theta 3 is equal to or greater than 0 degree and smaller than absolute value of theta 2 ", wherein |theta2 - theta3| is greater than 2.0 degrees.
An endoscope apparatus comprising: an image pickup unit comprising a plurality of image pickup devices (31, 32) and an optical path dividing member for dividing a light beam entering from an objective into a plurality of optical paths and leading the optical paths to the respective plurality of image pickup devices (31, 32), wherein optical path lengths of the plurality of optical paths are different from one another; a contrast comparing member for comparing contrasts of a plurality of images based on a plurality of image signals outputted from the plurality of image pickup devices (31, 32), respectively; an image selecting member for selecting and outputting only an image signal from one image pickup device among the plurality of image pickup devices (31, 32), on a basis of a result of the comparison by the contrast comparing member; and characterized in that a part of the objective lens is movable in the optical-axis direction, and in that the endoscope apparatus further comprises a driving member for moving the movable lens so that a difference among the contrasts of the plurality of images based on the plurality of image signals output from the plurality of image pickup devices, respectively, is the largest. an image pickup unit comprising a plurality of image pickup devices (31, 32) and an optical path dividing member for dividing a light beam entering from an objective into a plurality of optical paths and leading the optical paths to the respective plurality of image pickup devices (31, 32), wherein optical path lengths of the plurality of optical paths are different from one another; a contrast comparing member for comparing contrasts of a plurality of images based on a plurality of image signals outputted from the plurality of image pickup devices (31, 32), respectively; an image selecting member for selecting and outputting only an image signal from one image pickup device among the plurality of image pickup devices (31, 32), on a basis of a result of the comparison by the contrast comparing member; and characterized in that a part of the objective lens is movable in the optical-axis direction, and in that the endoscope apparatus further comprises a driving member for moving the movable lens so that a difference among the contrasts of the plurality of images based on the plurality of image signals output from the plurality of image pickup devices, respectively, is the largest.
An investment mold slurry curtain apparatus, comprising: a conduit configured to receive a flow of a slurry fluid; and a plurality of outlets operatively coupled to the conduit, the outlets configured to dispense the flow of the slurry as a slurry curtain, characterized in that at least one of the plurality of outlets has an outlet shape, and the outlet shape is adjustable so that the shape of the slurry curtain produced by the outlet is adjustable. a conduit configured to receive a flow of a slurry fluid; and a plurality of outlets operatively coupled to the conduit, the outlets configured to dispense the flow of the slurry as a slurry curtain, characterized in that at least one of the plurality of outlets has an outlet shape, and the outlet shape is adjustable so that the shape of the slurry curtain produced by the outlet is adjustable.
A method for sterilizing an article in a sealable sterilization chamber, the method consisting of the steps of a. placing the article into the sterilization chamber, b. sealing the chamber, c. applying to the chamber a vacuum of a first pressure, the first pressure being sufficient to evaporate an aqueous solution of hydrogen peroxide to form water vapor and hydrogen peroxide vapor at the temperature of an atmosphere in the chamber, d. injecting into the sealed chamber a gaseous conditioning agent for forming free radicals, the conditioning agent being hydrogen peroxide, acidic water, carbonated water, peracetic acid, acetic acid, alcohol, ethanol or methanol; e. maintaining the chamber sealed for a first exposure period, f. injecting, after the first exposure period, a sterilant gas for creating or regenerating the free radicals into the sealed chamber, g. continuing to maintain the chamber sealed for a second exposure period, h. removing residual sterilant from the chamber at the end of the second exposure period, and i. removing the sterilized article from the chamber. a. placing the article into the sterilization chamber, b. sealing the chamber, c. applying to the chamber a vacuum of a first pressure, the first pressure being sufficient to evaporate an aqueous solution of hydrogen peroxide to form water vapor and hydrogen peroxide vapor at the temperature of an atmosphere in the chamber, d. injecting into the sealed chamber a gaseous conditioning agent for forming free radicals, the conditioning agent being hydrogen peroxide, acidic water, carbonated water, peracetic acid, acetic acid, alcohol, ethanol or methanol; e. maintaining the chamber sealed for a first exposure period, f. injecting, after the first exposure period, a sterilant gas for creating or regenerating the free radicals into the sealed chamber, g. continuing to maintain the chamber sealed for a second exposure period, h. removing residual sterilant from the chamber at the end of the second exposure period, and i. removing the sterilized article from the chamber.
A user apparatus for performing transmission of a discovery signal by radio, characterized by comprising: determining means (104, 108) arranged to determine a resource group pattern to be used by the user apparatus based on information transmitted from a base station, and to determine a resource group including one discovery resource or a plurality of discovery resources that can be used for transmitting the discovery signal from among a plurality of resource groups included in the resource group pattern; and selecting means arranged to select a discovery resource to be used for transmitting the discovery signal from among the determined resource group, wherein the determining means (104, 108) is arranged to determine the resource group based on information indicating a hopping pattern of a resource group transmitted from the base station. determining means (104, 108) arranged to determine a resource group pattern to be used by the user apparatus based on information transmitted from a base station, and to determine a resource group including one discovery resource or a plurality of discovery resources that can be used for transmitting the discovery signal from among a plurality of resource groups included in the resource group pattern; and selecting means arranged to select a discovery resource to be used for transmitting the discovery signal from among the determined resource group, wherein the determining means (104, 108) is arranged to determine the resource group based on information indicating a hopping pattern of a resource group transmitted from the base station.
A sunlight collecting reflector comprising: a plurality of first reflectors on which a sunlight is reflected towards an upper light collecting point; and a reflector group constituted by a plurality of reflector segments on which the reflected sunlight on the plurality of first reflectors is reflected to a lower light collecting point in a heat collector, wherein each of the plurality of the reflector segments has reflecting surfaces which make the sunlight converge on the lower light collecting point, and the reflecting surfaces of the reflector segments comprised in the reflector group are arranged along quadrics of revolution whose confocus is located at the upper light collecting point of the sunlight and whose curvature radiuses are different; the sunlight collecting reflector wherein the reflector group comprises a number n (n is an integer greater than or equal to 2) of the reflector segments which are arranged along a direction from the upper light collecting point to the heat collector, and wherein there is a relationship of R k <R k+1 between a curvature radius R k of a quadric of revolution along which a reflecting surface of a k-th (k is an integer and 1<k<=n-1) nearest reflector segment S k to the upper light collecting point is placed and a curvature radius R k+1 of a quadric of revolution along which a reflecting surface of a k+1-th nearest reflector segment S k+1 is placed. a plurality of first reflectors on which a sunlight is reflected towards an upper light collecting point; and a reflector group constituted by a plurality of reflector segments on which the reflected sunlight on the plurality of first reflectors is reflected to a lower light collecting point in a heat collector, wherein each of the plurality of the reflector segments has reflecting surfaces which make the sunlight converge on the lower light collecting point, and the reflecting surfaces of the reflector segments comprised in the reflector group are arranged along quadrics of revolution whose confocus is located at the upper light collecting point of the sunlight and whose curvature radiuses are different; the sunlight collecting reflector wherein the reflector group comprises a number n (n is an integer greater than or equal to 2) of the reflector segments which are arranged along a direction from the upper light collecting point to the heat collector, and wherein there is a relationship of R k <R k+1 between a curvature radius R k of a quadric of revolution along which a reflecting surface of a k-th (k is an integer and 1<k<=n-1) nearest reflector segment S k to the upper light collecting point is placed and a curvature radius R k+1 of a quadric of revolution along which a reflecting surface of a k+1-th nearest reflector segment S k+1 is placed.
A gas booster, comprising: at least one cylinder having a bore therein; a piston moveable in the bore of the at least one cylinder thereby forming a cavity that expands and contracts in response to the piston moving within the bore, wherein the cavity is configured to receive a gas at a first pressure level via a plurality of first ports in a valve manifold and to output the gas at a second pressure level via a second port in the valve manifold; a mechanism configured to cause the piston to move within the bore from a first position to a second position; a first check valve having a planar sealing member located in the bore of the at least one cylinder proximate the plurality of first ports, wherein the first check valve further includes one or more leaf springs that bias the planar sealing member against the valve manifold, the first check valve selectively permitting the gas to enter the cavity through the plurality of first ports, and wherein the piston is proximate the planar sealing member when the piston is at the second position; and a second check valve located proximate the second port, the second check valve selectively permitting the gas to exit the cavity through the second port, wherein the plurality of first ports are positioned to surround the second port, and wherein the first and second check valves minimize the dead volume of the cavity when the piston has attained the second position. at least one cylinder having a bore therein; a piston moveable in the bore of the at least one cylinder thereby forming a cavity that expands and contracts in response to the piston moving within the bore, wherein the cavity is configured to receive a gas at a first pressure level via a plurality of first ports in a valve manifold and to output the gas at a second pressure level via a second port in the valve manifold; a mechanism configured to cause the piston to move within the bore from a first position to a second position; a first check valve having a planar sealing member located in the bore of the at least one cylinder proximate the plurality of first ports, wherein the first check valve further includes one or more leaf springs that bias the planar sealing member against the valve manifold, the first check valve selectively permitting the gas to enter the cavity through the plurality of first ports, and wherein the piston is proximate the planar sealing member when the piston is at the second position; and a second check valve located proximate the second port, the second check valve selectively permitting the gas to exit the cavity through the second port, wherein the plurality of first ports are positioned to surround the second port, and wherein the first and second check valves minimize the dead volume of the cavity when the piston has attained the second position.
Method for activating a power-split transmission device in an agricultural working vehicle, wherein the transmission device comprises a summation transmission, an electric variator for infinitely variably varying a transmission ratio of the summation transmission, and a transmission with an adjustable transmission ratio, in order to connect a drive motor to a travel drive of the working vehicle, and wherein the electric variator comprises a first and second electric machine (22, 24) and a controller of the electric machines (22, 24), in which, when an external power requirement of an electric consumer is identified, a transmission ratio range of the transmission with an adjustable transmission ratio is set in such a manner that the first electric machine is operated in the generator mode and the second electric machine is operated in such a manner that a power shortfall or power oversupply existing with respect to the external power requirement is compensated for.
A drive device for a movable furniture part, having a lockable ejection device comprising a force accumulator and a driver which can be coupled with the movable furniture part, by means of which the movable furniture part can be ejected from a closed position by a force accumulator in the opening direction, and the ejection device is unlockable by overpressing of the movable furniture part from the locked closed position in the closing direction, and a retraction device, which can be coupled to the movable furniture part in a closing region, in order to draw the movable furniture part in the closing region in the closing direction into the closed position, wherein the force accumulator of the ejection device is chargeable in a tensioning region, which is arranged in the closing direction essentially before the closing region, wherein the ejection device has a carriage pre-tensioned by the force accumulator, whereby at least one control element is guided so it is displaceable on the carriage, which is coupled via a driver to the movable furniture part on the one hand and is coupled to a guide path of the ejection device on the other hand, characterized in that in the tensioning region, the control element is moved in relation to a guide path arranged on a housing of the ejection device, at which the control element can be latched at a catch receptacle in order to then move the movable furniture part into the closing direction by means of the retraction device.
An optical filter element for devices for converting spectral information into location information with a connected detector for detecting signals, wherein light incident on the entire surface of the filter element is separated into its individual spectral components over the spatial extent of the filter element after passing through the filter element, at least comprising two microresonators (10, 11), wherein both microresonators (10; 11) at least feature - at least two surface-covering reflective layer structures (4, 6; 8, 9) containing at least one material layer with a high refractive index and at least one material layer with a low refractive index in an alternating sequence, as well as - at least one surface-covering resonance layer (5; 7) arranged between said two respective surface-covering reflective layer structures (4, 6; 8, 9), characterized in that the filter element comprises at least a transparent, plane-parallel substrate for optically decoupling the two microresonators (10, 11), wherein the first microresonator (10; 11) is located on a first of the two opposite surfaces (51; 52) of the substrate, wherein the second microresonator (11; 10) is located on the substrate on a second surface thereof, which lies opposite of the first surface, and wherein the resonance layer (5; 7) and/or the respective reflective layer structure (4, 6; 8, 9) surrounding the resonance layer (5; 7) have a variable layer thickness along the horizontal axis of the filter element. - at least two surface-covering reflective layer structures (4, 6; 8, 9) containing at least one material layer with a high refractive index and at least one material layer with a low refractive index in an alternating sequence, as well as - at least one surface-covering resonance layer (5; 7) arranged between said two respective surface-covering reflective layer structures (4, 6; 8, 9),
A method for configuring Access Stratum, AS, security at a user equipment, UE, in a communication network, comprising: transmitting a session establishment request message to a network node within a core network to establish a protocol data unit session; receiving an AS security configuration selected for the PDU session by a radio access network, RAN, serving the UE, the AS security configuration being specific to the PDU session; receiving security configuration information comprising AS security information indicating one or more AS security options selected for the PDU session by the network node within the core network; comparing the AS security configuration to the security configuration information; continuing the PDU session when the AS security configuration is included within the security configuration information; and discontinuing the PDU session when the AS security configuration is excluded from the security configuration information. transmitting a session establishment request message to a network node within a core network to establish a protocol data unit session; receiving an AS security configuration selected for the PDU session by a radio access network, RAN, serving the UE, the AS security configuration being specific to the PDU session; receiving security configuration information comprising AS security information indicating one or more AS security options selected for the PDU session by the network node within the core network; comparing the AS security configuration to the security configuration information; continuing the PDU session when the AS security configuration is included within the security configuration information; and discontinuing the PDU session when the AS security configuration is excluded from the security configuration information.