mhurhangee/patent-ind-claim-en huggingface dataset:
Floor cleaning system, comprising - a self-propelled and self-steering floor cleaning apparatus for cleaning a floor surface , which floor cleaning apparatus comprises a control unit , a controllable chassis , at least one cleaning unit , a localization member and a communication member ; and - a portable accessory device for a user that comprises an operating unit , a control unit and a communication member , wherein a cleaning order to the floor cleaning apparatus to clean the floor surface at the user location is triggerable by the user via the operating unit and the cleaning order as well as a position information relating to the user location is transmittable together with or as part of the cleaning order to the floor cleaning apparatus , and wherein the floor cleaning apparatus is movable to the user location and the floor surface at the user location is cleanable in accordance with the cleaning order by way of the at least one cleaning unit . - a self-propelled and self-steering floor cleaning apparatus for cleaning a floor surface , which floor cleaning apparatus comprises a control unit , a controllable chassis , at least one cleaning unit , a localization member and a communication member ; and - a portable accessory device for a user that comprises an operating unit , a control unit and a communication member ,
A method for identifying a network intrusion comprising: creating a model of regular network activity by monitoring Internet Protocol headers of network transmissions; setting a threshold for irregular usage based on the model; comparing a value of a candidate inter-nodal transmission of the network to the threshold; identifying a potential intrusion when the value exceeds the threshold; once a potential intrusion has been identified, analyzing a transmission behavior of one or more nodes of the candidate inter-nodal transmission to identify the network intrusion, comprising gathering full packet information of the one or more nodes when the threshold is exceeded, performing a deep packet investigation by analyzing content of the transmission in the gathered full packet information; and when an actual intrusion has been identified, removing any signature associated with the actual intrusion from the model. creating a model of regular network activity by monitoring Internet Protocol headers of network transmissions; setting a threshold for irregular usage based on the model; comparing a value of a candidate inter-nodal transmission of the network to the threshold; identifying a potential intrusion when the value exceeds the threshold; once a potential intrusion has been identified, analyzing a transmission behavior of one or more nodes of the candidate inter-nodal transmission to identify the network intrusion, comprising gathering full packet information of the one or more nodes when the threshold is exceeded, performing a deep packet investigation by analyzing content of the transmission in the gathered full packet information; and when an actual intrusion has been identified, removing any signature associated with the actual intrusion from the model. gathering full packet information of the one or more nodes when the threshold is exceeded, performing a deep packet investigation by analyzing content of the transmission in the gathered full packet information; and when an actual intrusion has been identified, removing any signature associated with the actual intrusion from the model.
A method of manufacturing a double-layer knitted fabric on a knitting machine having at least two needle beds (V,H), wherein the knitted fabric comprises an outer layer made of a hydrophilic yarn on the first needle bed (V) and an inner layer made of a hydrophobic yarn on the second needle bed (H), wherein stitches with the hydrophilic yarn are also knitted on selected needles of the second needle bed (H), characterized in the method comprising the steps of and carried out in the following order: a. Forming of stitches with a hydrophilic yarn with all needles of the first needle bed (V) and with selected needles of the second needle bed (H); b. transferring the stitches made of the hydrophilic yarn and formed on the selected needles of the second needle bed (H) to needles of the first needle bed (V); c. immediately after transferring the stitches in step b. forming of stitches with a hydrophobic yarn on the selected needles of the second needle bed (H) as well as with all other needles of the second needle bed (H) such that the inner layer of the fabric has spaced apart split stitches of hydrophilic yarn. a. Forming of stitches with a hydrophilic yarn with all needles of the first needle bed (V) and with selected needles of the second needle bed (H); b. transferring the stitches made of the hydrophilic yarn and formed on the selected needles of the second needle bed (H) to needles of the first needle bed (V); c. immediately after transferring the stitches in step b. forming of stitches with a hydrophobic yarn on the selected needles of the second needle bed (H) as well as with all other needles of the second needle bed (H) such that the inner layer of the fabric has spaced apart split stitches of hydrophilic yarn.
A method for operating a domain name system, DNS, server , the method comprising: receiving , from a requesting device , a domain name resolution request to translate a domain name into an Internet protocol, IP, address; determining a status of each of multiple scaling units (210A-D) mapped to the domain name; identifying a set of IP addresses corresponding to a subset of the multiple scaling units closest to the requesting device with statuses indicating availability for new traffic, wherein the availability of each given scaling unit for new traffic is based on real-time prediction of anticipated load on the given scaling unit based on responses to DNS requests that have been handed out; and sending a response to the requesting device including the set of IP addresses. receiving , from a requesting device , a domain name resolution request to translate a domain name into an Internet protocol, IP, address; determining a status of each of multiple scaling units (210A-D) mapped to the domain name; identifying a set of IP addresses corresponding to a subset of the multiple scaling units closest to the requesting device with statuses indicating availability for new traffic, wherein the availability of each given scaling unit for new traffic is based on real-time prediction of anticipated load on the given scaling unit based on responses to DNS requests that have been handed out; and sending a response to the requesting device including the set of IP addresses.
A method for operating a base station to support network entry of a mobile station in a communication system, the method comprising: transmitting , to the mobile station, downlink control channels comprising random access configuration over each of a plurality of downlink, DL, transmission beams; receiving , from the mobile station, an initial random access signal based on the random access configuration and comprising information indicating a best DL transmission beam from among the plurality of DL transmission beams over each of a plurality of uplink, UL, transmission beams; and transmitting over the best DL transmission beam to the mobile station, a random access acknowledge signal in response to the initial random access signal. transmitting , to the mobile station, downlink control channels comprising random access configuration over each of a plurality of downlink, DL, transmission beams; receiving , from the mobile station, an initial random access signal based on the random access configuration and comprising information indicating a best DL transmission beam from among the plurality of DL transmission beams over each of a plurality of uplink, UL, transmission beams; and transmitting over the best DL transmission beam to the mobile station, a random access acknowledge signal in response to the initial random access signal.
A dispensing component for use with an urn liner, comprising: a spout formed of a polyethylene material, and a flexible tube , characterized in that the flexible tube is formed of a thermoplastic elastomer material, the spout and tube are formed together as a single interconnected component in a mold by co-injection of the polyethylene material and the thermoplastic elastomer material, and the spout includes an inner cavity that receives a portion of the tube to secure the tube to the spout . a spout formed of a polyethylene material, and a flexible tube , characterized in that the flexible tube is formed of a thermoplastic elastomer material, the spout and tube are formed together as a single interconnected component in a mold by co-injection of the polyethylene material and the thermoplastic elastomer material, and the spout includes an inner cavity that receives a portion of the tube to secure the tube to the spout .
An NMDAR agonist for use in a method of enhancing NMDAR-mediated neurotransmission in a disease associated with anti-NMDAR antibody production, or of mitigating the severity of, mitigating the pathogenesis of, lowering the incidence of or treating a disease associated with anti-NMDAR antibody production, wherein said disease associated with anti-NMDAR antibody production is paraneoplastic autoimmune encephalitis, non-paraneoplastic autoimmune encephalitis or anti-NMDAR encephalitis.
A rotatable steam peeling vessel configured for rotation about an internal axis of rotation, the vessel comprising at least one internal lifter having a leading face oriented at an oblique angle relative to the internal axis of rotation of the vessel so as to impart a translation of product within the vessel along the axis of rotation when the vessel is rotated.
A method for processing the surface of workpieces (W) in a processing machine , in which various workpieces (W) are presented in at least one storage device provided therefor and in which various processing routines are deposited in at least one control unit provided therefor, comprising at least the steps: - detecting at least one geometric parameter of the presented workpieces in the form of measured data by means of at least one suitable sensor unit provided therefor, - evaluating the measured data respectively detected for the various workpieces in the control unit by using at least one suitable evaluation and control routine provided therefor, - selecting a respectively suitable processing routine for the workpieces depending on the evaluated measured data of the respective workpieces by means of the at least one evaluation and control routine and - performing the processing routine selected for the workpieces in a processing container by means of workpiece receivers provided therefor, wherein for performing the processing routine the workpieces are held by the workpiece receivers, wherein measured data for all of the presented workpieces are initially detected, evaluated and stored in a memory unit provided therefor, by simultaneously detecting one respective position of presentation of the workpieces adopted in the storage device , wherein one respective processing routine is selected for each presented workpiece depending on the associated evaluated measured data and wherein each workpiece is assigned to a workpiece receiver and the selected processing routine is performed in the processing container by means of the respectively assigned workpiece receiver. - detecting at least one geometric parameter of the presented workpieces in the form of measured data by means of at least one suitable sensor unit provided therefor, - evaluating the measured data respectively detected for the various workpieces in the control unit by using at least one suitable evaluation and control routine provided therefor, - selecting a respectively suitable processing routine for the workpieces depending on the evaluated measured data of the respective workpieces by means of the at least one evaluation and control routine and - performing the processing routine selected for the workpieces in a processing container by means of workpiece receivers provided therefor, wherein for performing the processing routine the workpieces are held by the workpiece receivers, wherein measured data for all of the presented workpieces are initially detected, evaluated and stored in a memory unit provided therefor, by simultaneously detecting one respective position of presentation of the workpieces adopted in the storage device , wherein one respective processing routine is selected for each presented workpiece depending on the associated evaluated measured data and wherein each workpiece is assigned to a workpiece receiver and the selected processing routine is performed in the processing container by means of the respectively assigned workpiece receiver.
A method for controlling hearing devices , each hearing device being worn by a user on the head of the user, the users of the hearing devices having a conversation and the hearing devices being communicatively interconnected with each other for data exchange to form a hearing device system , wherein the method comprises: acquiring a sound signal of each user with a microphone of the hearing device of the user ; acquiring spatial information of each user , the spatial information comprising information about a spatial orientation and/or distance of the user with respect to other users and wherein the spatial information for a user comprises information acquired with a sensor of the hearing device of the user or the spatial information is determined based on a radio signal sent by another hearing device ; determining conversation patterns from the spatial information acquired for all users , wherein each conversation pattern comprises at least a probability that a user is talking to another user , wherein the probability is dependent on how strong the orientation of the head of the user is aligned with a line between the user and the other user; determining conversation groups from the conversation patterns , wherein the users are grouped into the conversation groups by clustering conversation patterns based on their probabilities; outputting the sound signals from the users with a hearing device , such that sound signals from users of a conversation group , the user of the hearing device is a member of, are output to the user and that sound signals from users of conversation groups , the user is not a member of, are muted. acquiring a sound signal of each user with a microphone of the hearing device of the user ; acquiring spatial information of each user , the spatial information comprising information about a spatial orientation and/or distance of the user with respect to other users and wherein the spatial information for a user comprises information acquired with a sensor of the hearing device of the user or the spatial information is determined based on a radio signal sent by another hearing device ; determining conversation patterns from the spatial information acquired for all users , wherein each conversation pattern comprises at least a probability that a user is talking to another user , wherein the probability is dependent on how strong the orientation of the head of the user is aligned with a line between the user and the other user; determining conversation groups from the conversation patterns , wherein the users are grouped into the conversation groups by clustering conversation patterns based on their probabilities; outputting the sound signals from the users with a hearing device , such that sound signals from users of a conversation group , the user of the hearing device is a member of, are output to the user and that sound signals from users of conversation groups , the user is not a member of, are muted.
A system for estimating a location of a source transmitting a spectral-diversity signal having a known form but at least one unknown parameter, the system comprising: a plurality of signal receiving circuits , each configured to receive the spectral-diversity signal and to compute, for each signal carrier component in the spectral-diversity signal, a cross-ambiguity function using said known form and said received spectral-diversity signal; and a central processor circuit configured to receive data pertaining to a plurality of cross-ambiguity functions computed by said signal receiving circuits , and to estimate the location of the source, wherein said estimation comprises calculating an extremum of an objective function constructed from all said cross-ambiguity functions; wherein said estimation is an indirect estimation, and said central processor circuit is configured to calculate, based on said extremum, TDOA values between pairs of signal receiving circuits , and to estimate the location based on said TDOA values. a plurality of signal receiving circuits , each configured to receive the spectral-diversity signal and to compute, for each signal carrier component in the spectral-diversity signal, a cross-ambiguity function using said known form and said received spectral-diversity signal; and a central processor circuit configured to receive data pertaining to a plurality of cross-ambiguity functions computed by said signal receiving circuits , and to estimate the location of the source, wherein said estimation comprises calculating an extremum of an objective function constructed from all said cross-ambiguity functions; wherein said estimation is an indirect estimation, and said central processor circuit is configured to calculate, based on said extremum, TDOA values between pairs of signal receiving circuits , and to estimate the location based on said TDOA values.
Cosmetic composition comprising as an active ingredient, Caulerpa lentillifera extract, hydrolysed rice proteins, Hibiscus esculentus Moench extract and Luffa cylindrica extract, the remainder of the composition comprising ingredients which are generally allowable in the cosmetic field.
Air spring system for a rail vehicle , which can be arranged as a secondary spring system between a wagon body and a chassis or running gear , with a working or pressure space which forms a spring volume and is delimited by a vehicle body-side air spring cover , a chassis-side bead plate and an air spring bellows which is arranged between the air spring cover and the bead plate, an additional volume which can be connected to the working or pressure space so as to interact with it being configured in the air spring cover , characterized in that the additional volume in the air spring cover is formed from a plurality of individual volumes which, via valves , can be connected to one another and/or to the working or pressure space and/or can be closed off with respect to one another and/or with respect to the working or pressure space .
A method comprising: receiving a first media item from a server, the first media item being associated with a second media item; determining, by a processor of a user device, that a playback state for the user device indicates that the user device is paired with an alternative playback device; sending a request to the server for the second media item, the request comprising the playback state for the user device; receiving, from the server, the second media item in a first format for playing the second media item on the user device and receiving the second media item in a second format for playing the second media item on the alternative playback device, determining whether the playback state of the user device no longer indicates that the user device is paired with the alternative playback device; responsive to determining that the playback state of the user device no longer indicates that the user device is paired with the alternative playback device, displaying a first graphical representation of the second media item in the first format on the user device, wherein user selection of the first graphical representation triggers playback of the second media item on the user device, and responsive to determining that the playback state of the user device indicates that the user device is paired with the alternative playback device, displaying a second graphical representation of the second media item in the second format on the user device, wherein user selection of the second graphical representation triggers playback of the second media item on the alternative playback device. receiving a first media item from a server, the first media item being associated with a second media item; determining, by a processor of a user device, that a playback state for the user device indicates that the user device is paired with an alternative playback device; sending a request to the server for the second media item, the request comprising the playback state for the user device; receiving, from the server, the second media item in a first format for playing the second media item on the user device and receiving the second media item in a second format for playing the second media item on the alternative playback device, determining whether the playback state of the user device no longer indicates that the user device is paired with the alternative playback device; responsive to determining that the playback state of the user device no longer indicates that the user device is paired with the alternative playback device, displaying a first graphical representation of the second media item in the first format on the user device, wherein user selection of the first graphical representation triggers playback of the second media item on the user device, and responsive to determining that the playback state of the user device indicates that the user device is paired with the alternative playback device, displaying a second graphical representation of the second media item in the second format on the user device, wherein user selection of the second graphical representation triggers playback of the second media item on the alternative playback device.