mhurhangee/ep-ind-claims huggingface dataset:
A method for protecting the integrity of measurement data acquired by a sensor device, comprising: • in response to measurement data being acquired, determining, by the sensor device, whether an aggregate value has already been generated, and: ∘ if an aggregate value has not yet been obtained, mapping, by means of a predetermined aggregation function that takes measurement data as a mandatory argument and a previously generated aggregate value as an optional argument, the measurement data to an aggregate value; whereas ∘ if an aggregate value has already been obtained, mapping, by means of said aggregation function, the combination of this aggregate value and the measurement data to a new aggregate value; and • in response to a predetermined condition being met, ∘ computing, using a secret key of the sensor device, a signature of the aggregate value; and ∘ outputting the signature via a communication interface of the sensor device, and/or ∘ storing the signature in a memory, • wherein the predetermined condition comprises that a previous computation of a previous signature has finished. • in response to measurement data being acquired, determining, by the sensor device, whether an aggregate value has already been generated, and: ∘ if an aggregate value has not yet been obtained, mapping, by means of a predetermined aggregation function that takes measurement data as a mandatory argument and a previously generated aggregate value as an optional argument, the measurement data to an aggregate value; whereas ∘ if an aggregate value has already been obtained, mapping, by means of said aggregation function, the combination of this aggregate value and the measurement data to a new aggregate value; and ∘ if an aggregate value has not yet been obtained, mapping, by means of a predetermined aggregation function that takes measurement data as a mandatory argument and a previously generated aggregate value as an optional argument, the measurement data to an aggregate value; whereas ∘ if an aggregate value has already been obtained, mapping, by means of said aggregation function, the combination of this aggregate value and the measurement data to a new aggregate value; and • in response to a predetermined condition being met, ∘ computing, using a secret key of the sensor device, a signature of the aggregate value; and ∘ outputting the signature via a communication interface of the sensor device, and/or ∘ storing the signature in a memory, ∘ computing, using a secret key of the sensor device, a signature of the aggregate value; and ∘ outputting the signature via a communication interface of the sensor device, and/or ∘ storing the signature in a memory, • wherein the predetermined condition comprises that a previous computation of a previous signature has finished.
A method inputting an operation instruction for a device including a first panel and a second panel, the method comprising: determining whether a relative angle between the first panel and the second panel is within a preset angle range; determining (S30, S50) whether the relative angle within the preset angle range is maintained during a preset time interval; and identifying (S40, S60) an operation instruction to the device based on whether the relative angle between the first panel and the second panel is within the preset angle range, and whether the relative angle within the preset angle range is maintained during the preset time interval, wherein the operation instruction executes different functions (S150, S250, S300) according to whether the first panel moves to enter the preset angle range, whether the second panel moves to enter the preset angle range, and whether the first panel and the second panel move to enter the preset angle range. determining whether a relative angle between the first panel and the second panel is within a preset angle range; determining (S30, S50) whether the relative angle within the preset angle range is maintained during a preset time interval; and identifying (S40, S60) an operation instruction to the device based on whether the relative angle between the first panel and the second panel is within the preset angle range, and whether the relative angle within the preset angle range is maintained during the preset time interval, wherein the operation instruction executes different functions (S150, S250, S300) according to whether the first panel moves to enter the preset angle range, whether the second panel moves to enter the preset angle range, and whether the first panel and the second panel move to enter the preset angle range.
An oxygen scavenger composition for food packaging application comprising a polymeric resin, a metal organic oxidation additive based on a chelating aromatic or non aromatic amine and transition metal complex, a sacrificial oxidizable substrate, and optionally additional components. a polymeric resin, a metal organic oxidation additive based on a chelating aromatic or non aromatic amine and transition metal complex, a sacrificial oxidizable substrate, and optionally additional components.
Maritime system for the transport and distribution of liquefied natural gas LNG comprising - a large LNG-supplying entity - at least one small LNG carrier which receives a supply of liquefied natural gas LNG from the large LNG-supplying entity and has the capacity to anchor in areas close to the coast - at least one tanker truck-transporting barge, comprising - a connection module for connecting the barge to the small LNG carrier - at least one LNG distribution module - at least one LNG loading module for loading LNG into tanker trucks fed by the LNG distribution module - tanker truck barge access means - tanker truck barge exit means wherein the tanker truck-transporting barge travels between the small LNG carrier and the port, where the dock arranged onshore makes the departure and subsequent return of the tanker trucks for distributing LNG among end customers easier. - a large LNG-supplying entity - at least one small LNG carrier which receives a supply of liquefied natural gas LNG from the large LNG-supplying entity and has the capacity to anchor in areas close to the coast - at least one tanker truck-transporting barge, comprising - a connection module for connecting the barge to the small LNG carrier - at least one LNG distribution module - at least one LNG loading module for loading LNG into tanker trucks fed by the LNG distribution module - tanker truck barge access means - tanker truck barge exit means wherein the tanker truck-transporting barge travels between the small LNG carrier and the port, where the dock arranged onshore makes the departure and subsequent return of the tanker trucks for distributing LNG among end customers easier. - a connection module for connecting the barge to the small LNG carrier - at least one LNG distribution module - at least one LNG loading module for loading LNG into tanker trucks fed by the LNG distribution module - tanker truck barge access means - tanker truck barge exit means wherein the tanker truck-transporting barge travels between the small LNG carrier and the port, where the dock arranged onshore makes the departure and subsequent return of the tanker trucks for distributing LNG among end customers easier.
A replaceable supply device, including a CPU and a memory, the memory storing a base key, dedicated hardware challenge logic dedicated to respond to a cryptographic timing challenge, the dedicated hardware challenge logic configured to calculate a response based on parameters including the calculation count, a session key related to the base key and a random seed,and provide the response within a particular challenge response time, wherein the calculation count affects the challenge response time of the response, wherein the dedicated hardware challenge logic is to perform a challenge calculation a number of times equal to the calculation count or cycle, and wherein a first calculation uses the random seed and the session key to produce an output and each subsequent calculation uses an output of a preceding calculation, and wherein a last output of the calculation provides the response within the particular challenge response time. calculate a response based on parameters including the calculation count, a session key related to the base key and a random seed,and provide the response within a particular challenge response time,
A method for detecting one or more microorganisms in a sample, the method comprising: (a) providing a sample suspected of containing one or more microorganisms; (b) disposing said sample in an assay vial, wherein said assay vial has disposed therein a culture medium capable of supporting microorganism growth to form a culture sample and a reagent comprising one or more indicator particles having associated therewith at least one specific binding member having an affinity for said one or more microorganisms; and one or more magnetic capture particles having associated therewith at least one specific binding member having an affinity for said one or more microorganisms, wherein the binding member associated with the indicator particles can be the same or different than the binding member associated with the magnetic capture particles; (c) incubating the culture sample for a predetermined period of time to form a magnetic capture particle-microorganism-indicator particle complex if said one or more microorganisms are present in the sample; (d) agitating the assay vial; (e) exposing said magnetic capture particle-microorganism-indicator particle complex to a magnetic field to induce said complex to migrate to a localized area of said assay vial; (f) optically interrogating said localized area of said assay vial to induce said indicator particle to produce a detectable signal to detect said one or more microorganisms in said sample; (g) dispersing said magnetic capture particle-microorganism-indicator particle complex; and (h) repeating steps (c)-(g) one or more times. (a) providing a sample suspected of containing one or more microorganisms; (b) disposing said sample in an assay vial, wherein said assay vial has disposed therein a culture medium capable of supporting microorganism growth to form a culture sample and a reagent comprising one or more indicator particles having associated therewith at least one specific binding member having an affinity for said one or more microorganisms; and one or more magnetic capture particles having associated therewith at least one specific binding member having an affinity for said one or more microorganisms, wherein the binding member associated with the indicator particles can be the same or different than the binding member associated with the magnetic capture particles; (c) incubating the culture sample for a predetermined period of time to form a magnetic capture particle-microorganism-indicator particle complex if said one or more microorganisms are present in the sample; (d) agitating the assay vial; (e) exposing said magnetic capture particle-microorganism-indicator particle complex to a magnetic field to induce said complex to migrate to a localized area of said assay vial; (f) optically interrogating said localized area of said assay vial to induce said indicator particle to produce a detectable signal to detect said one or more microorganisms in said sample; (g) dispersing said magnetic capture particle-microorganism-indicator particle complex; and (h) repeating steps (c)-(g) one or more times.
An apparatus configured to be included in a stationary wireless power transfer, WPT, device, the apparatus comprising: a ping detection module configured to detect a ping signal received via induction at a primary pad from a secondary pad, the primary and secondary pads (108, 106) being configured as inductive devices, wherein the secondary pad is located on a mobile device, and the primary pad is located on the stationary WPT device, wherein the stationary WPT device is configured to transmit power through the primary pad to the secondary pad of the mobile device during a wireless power transfer operation; a signal strength module configured to determine a signal strength of the ping signal received at the primary pad; and an alignment module configured to determine an amount of alignment of the secondary pad with respect to the primary pad based on the determined signal strength of the received ping signal. a ping detection module configured to detect a ping signal received via induction at a primary pad from a secondary pad, the primary and secondary pads (108, 106) being configured as inductive devices, wherein the secondary pad is located on a mobile device, and the primary pad is located on the stationary WPT device, wherein the stationary WPT device is configured to transmit power through the primary pad to the secondary pad of the mobile device during a wireless power transfer operation; a signal strength module configured to determine a signal strength of the ping signal received at the primary pad; and an alignment module configured to determine an amount of alignment of the secondary pad with respect to the primary pad based on the determined signal strength of the received ping signal.
Use of a control valve in a motor vehicle, wherein the control valve has a housing (400, 410), which has at least one first opening, at least one second opening and at least one further opening, a first valve seat, which is arranged in the housing between the first and second openings, a further valve seat, which is arranged in the housing between the further and the second opening, and a shank, on which a first cover and a further cover are arranged, wherein the shank is adjustable into a first shank position, in which at least one passage opening of the first valve seat is closed off by the first cover, into a second shank position, in which said passage opening of the first valve seat is not closed off by the first cover, and into a further shank position, in which at least one passage opening of the further valve seat is closed off by the further cover, wherein the shank is mounted in linearly movable manner in a first bearing at the first valve seat and in a further bearing at the further valve seat, and the first cover is fastened to the shank, in particular in a positively locking, frictionally locking and/or cohesive manner, wherein the first and further valve seats are fastened to the housing, in particular in a positively locking, frictionally locking and/or cohesive manner.
A method for controlling a microgrid load, comprising: measuring at least one grid parameter of a microgrid transmission line coupled to a load in a microgrid; characterized by computing, using the at least one grid parameter and a droop control technique, at least one virtual current set-point for a generator in the microgrid; determining a modification to operation of the load based on the at least one virtual current set-point; and modifying operation of the load based on the modification. measuring at least one grid parameter of a microgrid transmission line coupled to a load in a microgrid; characterized by computing, using the at least one grid parameter and a droop control technique, at least one virtual current set-point for a generator in the microgrid; determining a modification to operation of the load based on the at least one virtual current set-point; and modifying operation of the load based on the modification.
A method for loading a container with sorted piece goods, the method comprising the steps of: - Sorting unsorted piece goods into a plurality of intermediate stores, wherein sorted piece goods are obtained in each intermediate store; - Discharging the sorted piece goods from at least one of the intermediate stores onto a discharge conveyor of a conveying line, by means of which the sorted piece goods are fed to a filling station, the sorted piece goods falling as a compact piece goods stream via a bottom-side opening of the intermediate store onto the discharge conveyor, wherein said discharging of the sorted piece goods comprises sequential discharging of a first sorted piece good from a first intermediate storage and discharging of a second sorted piece good from a second intermediate storage, wherein the first and the second sorted piece goods are successively placed on the discharge conveyor; and - Loading a container to be loaded in the filling station with the first and the second sorted piece goods. - Sorting unsorted piece goods into a plurality of intermediate stores, wherein sorted piece goods are obtained in each intermediate store; - Discharging the sorted piece goods from at least one of the intermediate stores onto a discharge conveyor of a conveying line, by means of which the sorted piece goods are fed to a filling station, the sorted piece goods falling as a compact piece goods stream via a bottom-side opening of the intermediate store onto the discharge conveyor, wherein said discharging of the sorted piece goods comprises sequential discharging of a first sorted piece good from a first intermediate storage and discharging of a second sorted piece good from a second intermediate storage, wherein the first and the second sorted piece goods are successively placed on the discharge conveyor; and - Loading a container to be loaded in the filling station with the first and the second sorted piece goods.
Mounting device for a sign, comprising a plate and a threaded rod which runs perpendicularly to the plate and is fixedly connected to the plate, and comprising a fastening part having an internal thread, characterized in that the fastening part by way of the internal thread is rotatably connected to the threaded rod, wherein the plate is composed of a support part and of a tab which runs in the primary direction of the plate, wherein the tab by way of a weak spot which is capable of buckling is connected to the support part, wherein the support part has two sides (2d, 2e), wherein the one side is connected to the threaded rod, and wherein the other side serves as a support face for the sign.
An electric tool comprising: a motor; a trigger capable of being operated by an operator so as to switch supplying and shutoff of power with respect to the motor; an output part driven by the motor and to which a tip tool is to be connected; a housing having a trunk part accommodating therein the motor, a handle part having one end connected to the trunk part and an accommodation part provided at an other end of the handle part, and a power supply cord pulled out from the accommodation part, characterized in that: a switching element that supplies power to the motor is accommodated in the accommodation part, and a ventilating window part serving as an intake hole is provided at a portion of the accommodation part, the ventilating window part being provided at a front side of the accommodation part that protrudes more forwards than the other end of the handle part. a motor; a trigger capable of being operated by an operator so as to switch supplying and shutoff of power with respect to the motor; an output part driven by the motor and to which a tip tool is to be connected; a housing having a trunk part accommodating therein the motor, a handle part having one end connected to the trunk part and an accommodation part provided at an other end of the handle part, and a power supply cord pulled out from the accommodation part, a switching element that supplies power to the motor is accommodated in the accommodation part, and a ventilating window part serving as an intake hole is provided at a portion of the accommodation part, the ventilating window part being provided at a front side of the accommodation part that protrudes more forwards than the other end of the handle part.
An audio asset information storage system comprising: means for storing audio asset information associated with a known audio asset in a data store, wherein the audio asset information associated with the known audio asset includes video program information associated with a video program that embeds the known audio asset; means for receiving a plurality of requests to identify the known audio asset; means for storing an indication of each of the plurality of requests within the data store; means for determining that a user equipment is set to display or record the video program that embeds the known audio asset; means for providing at least a portion of the audio asset information associated with the known audio asset to the user equipment in response to determining that the user equipment is set to display or record the video program that embeds the known audio asset; means for receiving a request to view all audio assets associated with a selected video program; means for searching the data store for audio assets associated with video program information identifying the selected video program; and means for providing at least a portion of audio asset information associated with each of the matching audio assets to the user equipment. means for storing audio asset information associated with a known audio asset in a data store, wherein the audio asset information associated with the known audio asset includes video program information associated with a video program that embeds the known audio asset; means for receiving a plurality of requests to identify the known audio asset; means for storing an indication of each of the plurality of requests within the data store; means for determining that a user equipment is set to display or record the video program that embeds the known audio asset; means for providing at least a portion of the audio asset information associated with the known audio asset to the user equipment in response to determining that the user equipment is set to display or record the video program that embeds the known audio asset; means for receiving a request to view all audio assets associated with a selected video program; means for searching the data store for audio assets associated with video program information identifying the selected video program; and means for providing at least a portion of audio asset information associated with each of the matching audio assets to the user equipment.
A processing device of an ultrasonic tomographic image, comprising: a position matching unit which matches positions of a reference image and a comparative image such that blood vessel wall surfaces match, wherein the reference image is one of ultrasonic tomographic images which are timely successively obtained and which include a blood vessel wall on which an unstable plaque is attached, and the comparative image is an image other than the reference image of the ultrasonic tomographic images; a binarization unit which binarizes the reference image and the comparative image using a threshold value with which the unstable plaque and a bloodstream section are distinguished; a difference image obtaining unit which calculates a difference between the reference image and the comparative image binarized by the binarization unit in a state where the positions are matched, to obtain a difference image; and a difference image providing unit which provides the difference image. a position matching unit which matches positions of a reference image and a comparative image such that blood vessel wall surfaces match, wherein the reference image is one of ultrasonic tomographic images which are timely successively obtained and which include a blood vessel wall on which an unstable plaque is attached, and the comparative image is an image other than the reference image of the ultrasonic tomographic images; a binarization unit which binarizes the reference image and the comparative image using a threshold value with which the unstable plaque and a bloodstream section are distinguished; a difference image obtaining unit which calculates a difference between the reference image and the comparative image binarized by the binarization unit in a state where the positions are matched, to obtain a difference image; and a difference image providing unit which provides the difference image.