mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for producing reaction-product nuclei from reactant nuclei , the apparatus comprising: a neutron source ; a first plurality of reactant nuclei having a first average microscopic thermal neutron capture cross section; a collection of isotopes consisting of those isotopes whose nuclei species capture at least 1% of all emitted neutrons from a neutron source and which are not reactant nuclei; a second plurality of nuclei consisting of all nuclei from the collection of isotopes, wherein at least approximately 90% of the nuclei have microscopic thermal neutron capture cross-sections that are lower than the microscopic thermal neutron capture cross-section of any of the reactant nuclei; wherein the neutron source is in proximity to the reactant nuclei sufficient to produce reaction-product nuclei by neutron capture; characterised by the total mass of the second plurality of nuclei being greater than approximately 1 kilogram, and the apparatus further comprising a temperature control configured to maintain at least two different regions of the apparatus at different temperatures, wherein at least one region is adapted to be cooled to a temperature bebw approximately 250 degrees Kelvin. a neutron source ; a first plurality of reactant nuclei having a first average microscopic thermal neutron capture cross section; a collection of isotopes consisting of those isotopes whose nuclei species capture at least 1% of all emitted neutrons from a neutron source and which are not reactant nuclei; a second plurality of nuclei consisting of all nuclei from the collection of isotopes, wherein at least approximately 90% of the nuclei have microscopic thermal neutron capture cross-sections that are lower than the microscopic thermal neutron capture cross-section of any of the reactant nuclei; wherein the neutron source is in proximity to the reactant nuclei sufficient to produce reaction-product nuclei by neutron capture; characterised by the total mass of the second plurality of nuclei being greater than approximately 1 kilogram, and the apparatus further comprising a temperature control configured to maintain at least two different regions of the apparatus at different temperatures, wherein at least one region is adapted to be cooled to a temperature bebw approximately 250 degrees Kelvin.
A method, comprising: receiving, by a network node, a request type from a user equipment, wherein the request type indicates at least one type of service required by the user equipment from the network wherein the at least one type of service is one of: a signaling connection only, a signaling connection and network connectivity / internet services only, a signaling connection and network connectivity / default services based on subscription, or a signaling connection and network connectivity / other services as requested; using the received request type to make determinations regarding a provision of services to the user equipment, wherein the determinations comprise allowing subsequent service flow setup in the instances of signaling connection only, signaling connection and network connectivity / default services based on subscription and ensuring service segregation, and a signaling connection and network connectivity / other services as requested, and not allowing subsequent service flow setup in the instance of a signaling connection and network connectivity / internet services only being selected; and establishing a user equipment context according to the determinations made using the received request type. receiving, by a network node, a request type from a user equipment, wherein the request type indicates at least one type of service required by the user equipment from the network wherein the at least one type of service is one of: a signaling connection only, a signaling connection and network connectivity / internet services only, a signaling connection and network connectivity / default services based on subscription, or a signaling connection and network connectivity / other services as requested; using the received request type to make determinations regarding a provision of services to the user equipment, wherein the determinations comprise allowing subsequent service flow setup in the instances of signaling connection only, signaling connection and network connectivity / default services based on subscription and ensuring service segregation, and a signaling connection and network connectivity / other services as requested, and not allowing subsequent service flow setup in the instance of a signaling connection and network connectivity / internet services only being selected; and establishing a user equipment context according to the determinations made using the received request type.
A postal optical character recognition device comprising: a collation data generating portion configured to acquire an image including information of a destination address; to read in character strings from the image with a predetermined marker serving as a reference and extract a plurality of lines that those character strings show; and to generate collation data that is identifier information showing a graphical characteristic of the destination address included in the image using characters at predetermined positions in each line and position information of each of the predetermined positions in each line; a collating portion configured to use the collation data to look up address sorting information corresponding to the collation data, and in the case of having found it, to read out the address sorting information and output it; and a registering portion configured to, in the case of not finding the address sorting information, register the collation data that the collation data generating portion has generated and address sorting information corresponding to the destination information included in the image in a corresponding manner, and wherein the collation data generating portion is configured to: - select the first word and the last word of each line of the lines of a text, - select the first character of each of said selected word, - find coordinate information of a predetermined point in each of the selected characters, and - classify the figure formed by joining said predetermined points into a shape pattern defining said graphical characteristic. a collation data generating portion configured to acquire an image including information of a destination address; to read in character strings from the image with a predetermined marker serving as a reference and extract a plurality of lines that those character strings show; and to generate collation data that is identifier information showing a graphical characteristic of the destination address included in the image using characters at predetermined positions in each line and position information of each of the predetermined positions in each line; a collating portion configured to use the collation data to look up address sorting information corresponding to the collation data, and in the case of having found it, to read out the address sorting information and output it; and a registering portion configured to, in the case of not finding the address sorting information, register the collation data that the collation data generating portion has generated and address sorting information corresponding to the destination information included in the image in a corresponding manner, - select the first word and the last word of each line of the lines of a text, - select the first character of each of said selected word, - find coordinate information of a predetermined point in each of the selected characters, - classify the figure formed by joining said predetermined points into a shape pattern defining said graphical characteristic.
An installation for producing domestic hot water (DHW) comprising at least: - a DHW heating exchanger and an energy recovery exchanger , - a first primary circuit including a hot water production device allowing to circulate hot water coming from the latter in the primary part of said DHW heating exchanger , - a second primary circuit allowing to circulate hot water coming from an energy recovery loop towards the primary part of said energy recovery exchanger , and to loop thereon, - a secondary circuit including a DHW loop and a cold water inlet , the water coming from the latter passing into the secondary part of said energy recovery exchanger , via a first branch of said secondary circuit , then into the secondary part of the DHW heating exchanger , before being distributed in said DHW loop to a distribution point , - a regulation configured to allow said energy recovery exchanger to heat the DHW loop and/or to preheat water coming from the cold water inlet , and - a recycling module connected between an area of the DHW loop located downstream of said distribution point , called DHW outlet, and said first branch , and comprising a recirculation pump allowing to take part of the DHW from the DHW outlet and to necessarily circulate it in the secondary part of said energy recovery exchanger then in the secondary part of the DHW heating exchanger , said installation being characterised in that the regulation and the second primary circuit are configured so that the hot water coming from the energy recovery loop and entering the primary part of said energy recovery exchanger is at a temperature strictly higher than that of the DHW outlet. - a DHW heating exchanger and an energy recovery exchanger , - a first primary circuit including a hot water production device allowing to circulate hot water coming from the latter in the primary part of said DHW heating exchanger , - a second primary circuit allowing to circulate hot water coming from an energy recovery loop towards the primary part of said energy recovery exchanger , and to loop thereon, - a secondary circuit including a DHW loop and a cold water inlet , the water coming from the latter passing into the secondary part of said energy recovery exchanger , via a first branch of said secondary circuit , then into the secondary part of the DHW heating exchanger , before being distributed in said DHW loop to a distribution point , - a regulation configured to allow said energy recovery exchanger to heat the DHW loop and/or to preheat water coming from the cold water inlet , and - a recycling module connected between an area of the DHW loop located downstream of said distribution point , called DHW outlet, and said first branch , and comprising a recirculation pump allowing to take part of the DHW from the DHW outlet and to necessarily circulate it in the secondary part of said energy recovery exchanger then in the secondary part of the DHW heating exchanger ,
Method for controlling a rail system which has a plurality of field elements , in which the current status information of the field elements is displayed for an operator in an identifiable manner in an overview image and in which a predetermined safety-relevant status change of at least one field element is only carried out when a predetermined operator action has been carried out by the operator, characterised in that when the predetermined safety-relevant status change is requested, at least one special image assigned to the field element is displayed automatically for the operator in an identifiable manner and the predetermined operator action is carried out by the operator in the special image with the aid of the special image , wherein, in the special image , the status information of fewer field elements than in the overview image is displayed, wherein the special image has at least one operator element , in particular a button, not present in the overview image , and the at least one special image is removed automatically after the operator has carried out an operator action and the overview image is displayed for the operator in an identifiable manner. in which a predetermined safety-relevant status change of at least one field element is only carried out when a predetermined operator action has been carried out by the operator, characterised in that when the predetermined safety-relevant status change is requested, at least one special image assigned to the field element is displayed automatically for the operator in an identifiable manner and the predetermined operator action is carried out by the operator in the special image with the aid of the special image , wherein, in the special image , the status information of fewer field elements than in the overview image is displayed, wherein the special image has at least one operator element , in particular a button, not present in the overview image , and the at least one special image is removed automatically after the operator has carried out an operator action and the overview image is displayed for the operator in an identifiable manner.
A method comprising partitioning a space of user requests into subsets (32; 42), and determining a risk score for a user request based on the evolution of the number of user requests in the subset (32; 42) of user requests to which this user request belongs, determining a time series (33; 43) for the subset (32; 42) of user requests, and in which the risk score for the user request is determined based on this time series (33; 43), and calculating from the time series (33; 43) whether there is a recent sudden increase in the evolution of the number of user requests in the subset (32; 42) to which the time series (33; 43) corresponds, wherein the determined risk score is used to detect if an automated attack has started, or the determined risk score is attributed to reflect a fraudulent use of a web application.
A sectional door operator system for opening and closing an opening , comprising - a door frame comprising a first frame section at a first side of the opening and a second frame section at a second side of the opening , - a door arranged to be moved between an open (O) and closed (C) position and comprising a plurality of horizontal and interconnected sections connected to the door frame - at least a drive unit mounted on a first section of the plurality of sections , wherein • the drive unit is moveably connected to the first frame section and the drive unit is moveably connected to the second frame section , • the drive unit comprise at least a first and a second motor connected to at least one battery arranged to power the at least first and second motor , • the drive unit is arranged to move the sectional door from the closed position (C) to the open position (O), • the first and second motor are mounted to the first section , • the first motor is moveably connected to the first frame section and the second motor is moveably connected to the second frame section , and • the first section is the section being closest to a floor in the closed position (C) of the door . - a door frame comprising a first frame section at a first side of the opening and a second frame section at a second side of the opening , - a door arranged to be moved between an open (O) and closed (C) position and comprising a plurality of horizontal and interconnected sections connected to the door frame - at least a drive unit mounted on a first section of the plurality of sections , wherein • the drive unit is moveably connected to the first frame section and the drive unit is moveably connected to the second frame section , • the drive unit comprise at least a first and a second motor connected to at least one battery arranged to power the at least first and second motor , • the drive unit is arranged to move the sectional door from the closed position (C) to the open position (O), • the first and second motor are mounted to the first section , • the first motor is moveably connected to the first frame section and the second motor is moveably connected to the second frame section , and • the first section is the section being closest to a floor in the closed position (C) of the door . • the drive unit is moveably connected to the first frame section and the drive unit is moveably connected to the second frame section , • the drive unit comprise at least a first and a second motor connected to at least one battery arranged to power the at least first and second motor , • the drive unit is arranged to move the sectional door from the closed position (C) to the open position (O), • the first and second motor are mounted to the first section , • the first motor is moveably connected to the first frame section and the second motor is moveably connected to the second frame section , and • the first section is the section being closest to a floor in the closed position (C) of the door .
A method of processing an audio signal by a device, the method comprising: comparing a volume level to a threshold, the volume level associated with output of a first audio signal by the device; activating a microphone communicatively coupled to the device when the volume level meets or exceeds the threshold; and when the microphone is activated: receiving , through the microphone, a second audio signal when the device is outputting the first audio signal; converting a first portion of the second audio signal into a text pattern; determining that the converted text pattern corresponds to a predetermined value; and providing an alert to a user of the device based on the determination that the converted text pattern corresponds to the predetermined value. comparing a volume level to a threshold, the volume level associated with output of a first audio signal by the device; activating a microphone communicatively coupled to the device when the volume level meets or exceeds the threshold; and when the microphone is activated: receiving , through the microphone, a second audio signal when the device is outputting the first audio signal; converting a first portion of the second audio signal into a text pattern; determining that the converted text pattern corresponds to a predetermined value; and providing an alert to a user of the device based on the determination that the converted text pattern corresponds to the predetermined value. receiving , through the microphone, a second audio signal when the device is outputting the first audio signal; converting a first portion of the second audio signal into a text pattern; determining that the converted text pattern corresponds to a predetermined value; and providing an alert to a user of the device based on the determination that the converted text pattern corresponds to the predetermined value.
A crossbar array , comprising: a plurality of row lines ; a plurality of column lines intersecting the plurality of row lines at a plurality of intersections; and a plurality of junctions coupled between the plurality of row lines and the plurality of column lines at a portion of the plurality of intersections, wherein: each junction comprises a resistive memory element; the junctions are positioned to calculate a matrix multiplication of a first matrix and a second matrix; wherein the first matrix corresponds to a two-dimensional image, and the second matrix corresponds to a two-dimensional kernel, wherein the crossbar array is to calculate a convolution of the two-dimensional image and the two-dimensional kernel; and wherein some of the intersections where the second matrix has values of zero do not comprise a junction but driving or sensing circuitry. a plurality of row lines ; a plurality of column lines intersecting the plurality of row lines at a plurality of intersections; and a plurality of junctions coupled between the plurality of row lines and the plurality of column lines at a portion of the plurality of intersections, wherein: each junction comprises a resistive memory element; the junctions are positioned to calculate a matrix multiplication of a first matrix and a second matrix; each junction comprises a resistive memory element; the junctions are positioned to calculate a matrix multiplication of a first matrix and a second matrix; wherein the first matrix corresponds to a two-dimensional image, and the second matrix corresponds to a two-dimensional kernel, wherein the crossbar array is to calculate a convolution of the two-dimensional image and the two-dimensional kernel; and wherein some of the intersections where the second matrix has values of zero do not comprise a junction but driving or sensing circuitry.
Plate holder for holding a vehicle registration plate , comprising - a holder base , which has on a first side a contact surface which extends along a contact plane (A) and on which a vehicle registration plate rests in a position arranged on the plate holder , and - two guide rails , which are arranged on the holder base and extend parallel to each other and between which the vehicle registration plate can be slid along a direction of insertion (E) to arrange it on the contact surface , the vehicle registration plate being held between the guide rails in the position arranged on the plate holder , the holder base having on a second side, facing away from the contact surface , a placement surface , which extends parallel to the contact plane (A), is kept at a distance from the contact surface along a vertical direction (Z) pointing perpendicularly to the contact plane (A) and can be placed against an object in order to arrange the plate holder on the object , the holder base tapering from the second side to the first side, characterized by at least one resilient latching element , which is arranged on the holder base and is elastically deformable when the vehicle registration plate is arranged on the plate holder and, in the position arranged on the plate holder , fixes the vehicle registration plate on the holder base against a movement in the direction of insertion (E). - a holder base , which has on a first side a contact surface which extends along a contact plane (A) and on which a vehicle registration plate rests in a position arranged on the plate holder , and - two guide rails , which are arranged on the holder base and extend parallel to each other and between which the vehicle registration plate can be slid along a direction of insertion (E) to arrange it on the contact surface , the vehicle registration plate being held between the guide rails in the position arranged on the plate holder , the holder base having on a second side, facing away from the contact surface , a placement surface , which extends parallel to the contact plane (A), is kept at a distance from the contact surface along a vertical direction (Z) pointing perpendicularly to the contact plane (A) and can be placed against an object in order to arrange the plate holder on the object , the holder base tapering from the second side to the first side, characterized by at least one resilient latching element , which is arranged on the holder base and is elastically deformable when the vehicle registration plate is arranged on the plate holder and, in the position arranged on the plate holder , fixes the vehicle registration plate on the holder base against a movement in the direction of insertion (E).