mhurhangee/ep-ind-claims huggingface dataset:
A process for manufacturing disposable absorbent garments, the process comprising: stretching an elastomeric body panel web; thereafter contracting the body panel web to define a contracted portion; and attaching an absorbent assembly to the contracted portion of the body panel web. stretching an elastomeric body panel web; thereafter contracting the body panel web to define a contracted portion; and attaching an absorbent assembly to the contracted portion of the body panel web.
A method of communication for an apparatus, comprising: receiving a paging message for a user terminal, UT; determining whether a first network access controller, NAC, can page the UT; determining whether a second NAC can page the UT when the first NAC cannot page the UT, wherein the determination of whether the second NAC can page the UT comprises determining, based on satellite ephemeris information and a location of the UT, whether the UT is within a coverage area of a beam of a satellite, and determining whether the second NAC controls the satellite; and forwarding the paging message to the second NAC if the first NAC cannot page the UT and the second NAC can page the UT. receiving a paging message for a user terminal, UT; determining whether a first network access controller, NAC, can page the UT; determining whether a second NAC can page the UT when the first NAC cannot page the UT, wherein the determination of whether the second NAC can page the UT comprises determining, based on satellite ephemeris information and a location of the UT, whether the UT is within a coverage area of a beam of a satellite, and determining whether the second NAC controls the satellite; and forwarding the paging message to the second NAC if the first NAC cannot page the UT and the second NAC can page the UT.
A cooperation system between a wheelchair and exercisers, comprising: • at least a magnetic hooking plate, fastened with respect to the exerciser with a predetermined spatial correlation; • extensible magnetic means aboard a wheelchair, extending therefrom to said at least a hooking plate, by determining a mutual positioning between wheelchair and exerciser, suitable to perform exercises; and • means for driving said extensible magnetic means aboard a wheelchair, which can be actuated by the wheelchair's user in seated position from an unlocking position to a locking position and vice versa. • at least a magnetic hooking plate, fastened with respect to the exerciser with a predetermined spatial correlation; • extensible magnetic means aboard a wheelchair, extending therefrom to said at least a hooking plate, by determining a mutual positioning between wheelchair and exerciser, suitable to perform exercises; and • means for driving said extensible magnetic means aboard a wheelchair, which can be actuated by the wheelchair's user in seated position from an unlocking position to a locking position and vice versa.
A method of predicting an achievable level of privacy of a planned flight path for protection against flight privacy loss due to flight tracking based on aircraft data links, the method comprising the following steps carried out by a privacy computation module: receiving an indication of the planned flight path of an aircraft; receiving an indication of a plurality of privacy enhancement techniques, each of the privacy enhancement techniques comprising a technique that includes updating an identifier of the aircraft; estimating an air traffic density of a future location of the aircraft for one or more airspaces along or near the planned flight path and for one or more periods of time, the estimating based on information obtained from one or more aviation information databases; and estimating an achievable level of privacy of the planned flight path based, at least in part, on the air traffic density for the one or more airspaces and the plurality of privacy enhancement techniques, wherein estimating an achievable level of privacy comprises: predicting maximum and minimum privacy bounds for one or more segments of the planned flight path, the maximum and minimum bounds being based on an ability and inability to employ the plurality of privacy enhancement techniques, wherein the method further comprises the following step carried out by an output module: outputting an indication of the estimated achievable level of privacy. receiving an indication of the planned flight path of an aircraft; receiving an indication of a plurality of privacy enhancement techniques, each of the privacy enhancement techniques comprising a technique that includes updating an identifier of the aircraft; estimating an air traffic density of a future location of the aircraft for one or more airspaces along or near the planned flight path and for one or more periods of time, the estimating based on information obtained from one or more aviation information databases; and estimating an achievable level of privacy of the planned flight path based, at least in part, on the air traffic density for the one or more airspaces and the plurality of privacy enhancement techniques, wherein estimating an achievable level of privacy comprises: predicting maximum and minimum privacy bounds for one or more segments of the planned flight path, the maximum and minimum bounds being based on an ability and inability to employ the plurality of privacy enhancement techniques, wherein the method further comprises the following step carried out by an output module: outputting an indication of the estimated achievable level of privacy. predicting maximum and minimum privacy bounds for one or more segments of the planned flight path, the maximum and minimum bounds being based on an ability and inability to employ the plurality of privacy enhancement techniques, wherein the method further comprises the following step carried out by an output module: outputting an indication of the estimated achievable level of privacy.
A processing system, comprising: a plurality of processors (115...115); a clock device configured to generate an input clock signal; a frequency adjuster configured to receive the input clock signal from the clock device, and to output an output clock signal to the plurality of processors based on the input clock signal; and a power manager configured to receive a signal to activate one or more of the processors (115...115) that are in an idle mode while one or more other ones of the processors (115...115) are in an active mode, wherein, in response to the signal, the power manager is configured to instruct the frequency adjuster to reduce a frequency of the output clock signal from a first clock frequency to a second clock frequency, to activate the one or more of the processors (115... 115) that are in the idle mode while the frequency of the output clock signal is at the second clock frequency, and to instruct the frequency adjuster to increase the frequency of the output clock signal from the second clock frequency to the first clock frequency after the one or more of the processors (115... 115) are activated. a plurality of processors (115...115); a clock device configured to generate an input clock signal; a frequency adjuster configured to receive the input clock signal from the clock device, and to output an output clock signal to the plurality of processors based on the input clock signal; and a power manager configured to receive a signal to activate one or more of the processors (115...115) that are in an idle mode while one or more other ones of the processors (115...115) are in an active mode, wherein, in response to the signal, the power manager is configured to instruct the frequency adjuster to reduce a frequency of the output clock signal from a first clock frequency to a second clock frequency, to activate the one or more of the processors (115... 115) that are in the idle mode while the frequency of the output clock signal is at the second clock frequency, and to instruct the frequency adjuster to increase the frequency of the output clock signal from the second clock frequency to the first clock frequency after the one or more of the processors (115... 115) are activated.
A method for determining an estimated weight of a vehicle, the method comprising operating at least one processor to: receive vehicle data associated with the vehicle, the vehicle data comprising a plurality of vehicle parameters collected during operation of the vehicle; and characterized in that the processor is further operated to: identify a plurality of vehicle maneuvers based on the vehicle data, each vehicle maneuver being associated with a portion of the vehicle data, each portion of the vehicle data comprising a measured torque profile; identify a previous comparable vehicle maneuver for each vehicle maneuver; receive a plurality of simulated torque profiles for each previous comparable vehicle maneuver; generate a plurality of error profiles, an error profile being generated for each vehicle maneuver based on differences between the plurality of simulated torque profiles and the measured torque profile corresponding to that vehicle maneuver; and determine the estimated weight of the vehicle by minimizing the plurality of error profiles. identify a plurality of vehicle maneuvers based on the vehicle data, each vehicle maneuver being associated with a portion of the vehicle data, each portion of the vehicle data comprising a measured torque profile; identify a previous comparable vehicle maneuver for each vehicle maneuver; receive a plurality of simulated torque profiles for each previous comparable vehicle maneuver; generate a plurality of error profiles, an error profile being generated for each vehicle maneuver based on differences between the plurality of simulated torque profiles and the measured torque profile corresponding to that vehicle maneuver; and determine the estimated weight of the vehicle by minimizing the plurality of error profiles.
A system comprising a transmitting device and a receiving device, the transmitting device comprises a multipath traffic scheduler and the receiving device comprises a reordering module, wherein: the multipath traffic scheduler is configured to schedule packets for transmission over at least two paths, each transmitted packet comprising a sequence identifier, the reordering module is configured to receive packets through the two or more paths, and to reorder the received packets sequentially based on the sequence identifier, wherein the multipath traffic scheduler comprises a send-buffer configured to temporarily store the transmitted packets for a configurable amount of time; and the transmitting device is configured to: resend a transmitted packet not being received by the receiving device; adjust a number of allowed re-transmissions or adjust the dimension of the send-buffer for adjusting transmission reliability of the system; and anticipate a packet retransmission from the send buffer, based on cross layer information and/or outstanding acknowledgements, wherein outstanding acknowledgements are negative acknowledgements, and wherein the multipath traffic scheduler further comprises an interface for external adjustment of the transmission reliability of the system. the multipath traffic scheduler is configured to schedule packets for transmission over at least two paths, each transmitted packet comprising a sequence identifier, the reordering module is configured to receive packets through the two or more paths, and to reorder the received packets sequentially based on the sequence identifier, wherein the multipath traffic scheduler comprises a send-buffer configured to temporarily store the transmitted packets for a configurable amount of time; and the transmitting device is configured to: resend a transmitted packet not being received by the receiving device; adjust a number of allowed re-transmissions or adjust the dimension of the send-buffer for adjusting transmission reliability of the system; and anticipate a packet retransmission from the send buffer, based on cross layer information and/or outstanding acknowledgements, wherein outstanding acknowledgements are negative acknowledgements, and resend a transmitted packet not being received by the receiving device; adjust a number of allowed re-transmissions or adjust the dimension of the send-buffer for adjusting transmission reliability of the system; and anticipate a packet retransmission from the send buffer, based on cross layer information and/or outstanding acknowledgements, wherein outstanding acknowledgements are negative acknowledgements, and wherein the multipath traffic scheduler further comprises an interface for external adjustment of the transmission reliability of the system.
A system for diagnosing a disorder selected from ADHD and related disorders in a subject comprising: (i) an input component configured to receive information comprising motor activity data obtained by monitoring the movements of said subject; and (ii) a processor provided with a computer program for calculating a value for a measure of inhibitory control in said subject, characterized in that the measure of inhibitory control is the spike amplitude or the baseline amplitude of said motor activity data. (i) an input component configured to receive information comprising motor activity data obtained by monitoring the movements of said subject; and (ii) a processor provided with a computer program for calculating a value for a measure of inhibitory control in said subject, characterized in that the measure of inhibitory control is the spike amplitude or the baseline amplitude of said motor activity data.
An apparatus comprising: (a) a housing defining a gap configured to receive a portion of an end effector of a surgical stapler; (b) a platform (720; 770), wherein a portion of the platform is exposed in the gap defined by the housing; and (c) a first buttress assembly (100, 110) positioned on the platform, wherein the first buttress assembly is exposed in the gap defined by the housing; characterised in that the platform is configured to apply at least two different amounts of pressure against the first buttress assembly in response to a clamping action of an end effector positioned in the gap defined by the housing; and in that the platform comprises: (i) a first portion (724; 774), wherein the first portion is configured to transition from a non-compressed state to a compressed state, wherein the first portion is configured to return to the non-compressed state after being compressed to the compressed state, and (ii) a second portion (722; 772), wherein the second portion is configured to transition from a non-compressed state to a compressed state, wherein the second portion is configured to not return to the non-compressed state after being compressed to the compressed state, wherein the first buttress assembly is positioned over the first portion and the second portion. (a) a housing defining a gap configured to receive a portion of an end effector of a surgical stapler; (b) a platform (720; 770), wherein a portion of the platform is exposed in the gap defined by the housing; and (c) a first buttress assembly (100, 110) positioned on the platform, wherein the first buttress assembly is exposed in the gap defined by the housing; (i) a first portion (724; 774), wherein the first portion is configured to transition from a non-compressed state to a compressed state, wherein the first portion is configured to return to the non-compressed state after being compressed to the compressed state, and (ii) a second portion (722; 772), wherein the second portion is configured to transition from a non-compressed state to a compressed state, wherein the second portion is configured to not return to the non-compressed state after being compressed to the compressed state, wherein the first buttress assembly is positioned over the first portion and the second portion.
Real-time control method for a computing unit, having the following steps repeatedly executed at a cycle time, wherein the cycle time lies in the range of milliseconds or less: a) the computing unit receives at least a part of a map of an industrial technical process from a single logical logic unit via a transmission medium, b) the computing unit executes a control program on the basis of the part of the map of the process transmitted to it and determines at least a part of a control status for the process, c) the computing unit transmits the part of the control status determined by it to the logical logic unit via the transmission medium, - wherein before the start of the cyclical execution of the steps a) to c) the computing unit receives the cycle time from the logical logic unit via the transmission medium or transmits the cycle time to the logical logic unit via the transmission medium. a) the computing unit receives at least a part of a map of an industrial technical process from a single logical logic unit via a transmission medium, b) the computing unit executes a control program on the basis of the part of the map of the process transmitted to it and determines at least a part of a control status for the process, c) the computing unit transmits the part of the control status determined by it to the logical logic unit via the transmission medium, - wherein before the start of the cyclical execution of the steps a) to c) the computing unit receives the cycle time from the logical logic unit via the transmission medium or transmits the cycle time to the logical logic unit via the transmission medium. - wherein before the start of the cyclical execution of the steps a) to c) the computing unit receives the cycle time from the logical logic unit via the transmission medium or transmits the cycle time to the logical logic unit via the transmission medium.
Method for operating an electrically heatable catalytic converter in an exhaust tract of an internal combustion engine having at least one honeycomb body through which an exhaust-gas stream can flow, and having at least one electrically heatable heating conductor positioned upstream of the honeycomb body in a throughflow direction of the exhaust gas, wherein heating of the heating conductor is realized by application of an electrical current to the heating conductor, wherein the heating conductor is electrically heated in a manner dependent on the ambient temperature around the heating conductor, wherein the heating conductor is electrically heated such that the dwell time of the temperature of the heating conductor is bounded in a temperature range defined by a first lower limit temperature TG1U and an upper limit temperature TG10, characterized in that the temperature transient of the temperature of the heating conductor when passing through the defined temperature range from a high temperature to a low temperature does not undershoot a predefined limit value, in order to prevent a structure conversion of the heating conductor, in particular the formation of the alpha-prime phase, within the temperature range defined by the limit temperatures TG1U and TG10.
A system for registering an optical network unit (204, 620, 625) installed in a passive optical network, the system being characterised by: a mobile terminal configured to: collect an ONU identification from the ONU (204, 620, 625), collect a subscriber identification, and transmit the ONU identification and the subscriber identification to a registration server (202, 612) via a communication system; the registration server (202, 612) configured to: receive the ONU identification and subscriber identification from the mobile terminal via the communication system, retrieve subscriber information from a subscriber database based on the subscriber identification, associate the ONU (204, 620, 625) with the subscriber information, and transmit, to an optical line terminal, an association between the ONU (204, 620, 625) and the subscriber information; and the optical line terminal (203, 302, 605) configured to serve as an endpoint for the ONU (204, 620, 625) in the PON. a mobile terminal configured to: collect an ONU identification from the ONU (204, 620, 625), collect a subscriber identification, and transmit the ONU identification and the subscriber identification to a registration server (202, 612) via a communication system; collect an ONU identification from the ONU (204, 620, 625), collect a subscriber identification, and transmit the ONU identification and the subscriber identification to a registration server (202, 612) via a communication system; the registration server (202, 612) configured to: receive the ONU identification and subscriber identification from the mobile terminal via the communication system, retrieve subscriber information from a subscriber database based on the subscriber identification, associate the ONU (204, 620, 625) with the subscriber information, and transmit, to an optical line terminal, an association between the ONU (204, 620, 625) and the subscriber information; and receive the ONU identification and subscriber identification from the mobile terminal via the communication system, retrieve subscriber information from a subscriber database based on the subscriber identification, associate the ONU (204, 620, 625) with the subscriber information, and transmit, to an optical line terminal, an association between the ONU (204, 620, 625) and the subscriber information; and the optical line terminal (203, 302, 605) configured to serve as an endpoint for the ONU (204, 620, 625) in the PON.
A top comprising: a metal wheel comprising a wheel resonance cavity portion formed at the inside thereof to increase a collision sound when colliding with another top, said sound having a specific frequency component generated therefrom through resonance when the collision occurs thereon; a rotary force generating part generating a rotary force to rotate the metal wheel; and a fixing part fixing the metal wheel to the rotary force generating part; and a resonating part disposed under the metal wheel to allow the collision sound generated from the metal wheel when the top collides to be resonated and outputted. a metal wheel comprising a wheel resonance cavity portion formed at the inside thereof to increase a collision sound when colliding with another top, said sound having a specific frequency component generated therefrom through resonance when the collision occurs thereon; a rotary force generating part generating a rotary force to rotate the metal wheel; and a fixing part fixing the metal wheel to the rotary force generating part; and a resonating part disposed under the metal wheel to allow the collision sound generated from the metal wheel when the top collides to be resonated and outputted.