mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display unit configured to be attached to a head of a user to display information to the user; a plurality of light adjustment devices (140a, 140b) each configured to change a transmittance to adjust an intensity of light incident from outside, the plurality of light adjustment devices (140a, 140b) being arranged in a direction of incidence of the light incident from outside; a controller configured to control the transmittances of the plurality of light adjustment devices (140a, 140b) separately from each other; and a light intensity detector configured to detect the intensity of external light, characterized in that the controller is configured to simultaneously change the transmittances of the plurality of light adjustment devices (140a, 140b) in accordance with the intensity detected with the light intensity detector by calculating a time and a magnitude of a voltage applied to the plurality of light adjustment devices (140a, 140b) based on a predetermined adjustment table. a display unit configured to be attached to a head of a user to display information to the user; a plurality of light adjustment devices (140a, 140b) each configured to change a transmittance to adjust an intensity of light incident from outside, the plurality of light adjustment devices (140a, 140b) being arranged in a direction of incidence of the light incident from outside; a controller configured to control the transmittances of the plurality of light adjustment devices (140a, 140b) separately from each other; and a light intensity detector configured to detect the intensity of external light, characterized in that the controller is configured to simultaneously change the transmittances of the plurality of light adjustment devices (140a, 140b) in accordance with the intensity detected with the light intensity detector by calculating a time and a magnitude of a voltage applied to the plurality of light adjustment devices (140a, 140b) based on a predetermined adjustment table.
Method for operating an aquatic plant culture unit for the production of feedstuff, where aquatic plants are grown, and partially harvested in short repeating harvest cycles, in a closed photobioreactor in a stacked aquaculture system, characterized in that the plant production in the stacked aquaculture system has assigned to it a feedstuff production and/or feedstuff conditioning that is time-correlated and coordinated with the plant production, such that the amounts harvested from the aquacultures are automatically adapted to the subsequent feedstuff production, in that the sum of the daily or weekly harvested amounts of aquatic plants can be processed in situ after at least partial drying of the plants to give feedstuffs, such that said aquatic culture system is operated as a seasonally independent, year-round live demand-driven fresh store for biomass, and in that the harvesting of the culture unit and the feedstuff production are controlled via control parameters which are matched to each other, and in that the aquatic plant culture unit is divided into zones with a different temperature and/or different warmth in the culture water, and/or different illumination or artificial light with a different wavelength and/or a different culture water composition, in which, by controlling these parameters, different constituent spectra may be generated in the aquatic plants, and in that harvesting takes place zone-wise and the constituents, which are in each case reproducibly different there, subsequently enter the feedstuff production accordingly so as to generate, as raw materials, biomass which is in each case designed to approximate the demands.
Kit for the heat treatment of foods comprising at least one first portion, wherein said portion comprises at least one plate having at least one compartment adapted to contain a given dish; said plate comprising at least one first compartment adapted to contain serviettes and/or any thermometer and/or toothpicks and/or to contain condiments; and at least one vat in which said plate is inserted, said plate and said vat being integrally joined and generating, within said portion, the interspace adapted to contain CaCl 2 scales, of at least one phial adapted to contain deionized water, and at least one pin present on the inner surface of the vat and adapted to cause, by manually exerting pressure, the breakage of said at least phial, said at least one pin being arranged at said at least one phial, characterized in that said at least one phial is shaped as a coil, said coil-shaped phial internally having at least one wall arranged transversely with respect to the coil and separating a sector from the adjacent sector.
An electrolyte for a lithium secondary battery, the electrolyte comprising: a lithium salt; an organic solvent; and an additive, wherein the additive comprises a compound represented by Formula 1: wherein, in Formula 1, R 1 and R 2 are each independently an alkyl group having 1 to 3 carbon atoms.
A grass trimmer (400, 700), comprising: a grass trimmer head (50, 734, 10) comprising a spool (52, 734a, 12) used for a grass trimmer rope (40, 1020) to be wound around, and a head housing (51, 734b, 11) for accommodating at least part of the spool; a drive device (60, 733, 20) configured to drive the grass trimmer head to rotate; and an operating member (71, 735a) connected to the drive device and comprising an operating portion for a user to operate; wherein the grass trimmer has a winding mode, and when the grass trimmer is in the winding mode, movement of the operating member is transmitted to the spool or the head housing so as to generate relative movement that is between the spool and the head housing and through which the grass trimmer rope is wound around the spool, wherein the drive device includes an electric motor (62, 732, 211) configured to drive the spool or the head housing, and the electric motor includes a motor shaft (621, 211); in the case where the grass trimmer is in the winding mode, the electric motor is not powered on, and the operating member mechanically drives the motor shaft to rotate; and the grass trimmer further comprises a grass trimming mode, when the grass trimmer is in the grass trimming mode, the electric motor is powered on, starts to operate, and drives the grass trimmer head to rotate, characterized in that the movement of the operating member is transmitted to the spool or the head housing through the drive device. a grass trimmer head (50, 734, 10) comprising a spool (52, 734a, 12) used for a grass trimmer rope (40, 1020) to be wound around, and a head housing (51, 734b, 11) for accommodating at least part of the spool; a drive device (60, 733, 20) configured to drive the grass trimmer head to rotate; and an operating member (71, 735a) connected to the drive device and comprising an operating portion for a user to operate; wherein the grass trimmer has a winding mode, and when the grass trimmer is in the winding mode, movement of the operating member is transmitted to the spool or the head housing so as to generate relative movement that is between the spool and the head housing and through which the grass trimmer rope is wound around the spool, wherein the drive device includes an electric motor (62, 732, 211) configured to drive the spool or the head housing, and the electric motor includes a motor shaft (621, 211); in the case where the grass trimmer is in the winding mode, the electric motor is not powered on, and the operating member mechanically drives the motor shaft to rotate; and the grass trimmer further comprises a grass trimming mode, when the grass trimmer is in the grass trimming mode, the electric motor is powered on, starts to operate, and drives the grass trimmer head to rotate, characterized in that the movement of the operating member is transmitted to the spool or the head housing through the drive device.
An arrangement for interrupting current comprising a first and a second terminal (11,12) being adapted to electrically connect two sections (100,200) of a power system, and comprising at least a main branch containing a mechanical breaker through which a main current between the terminals (11,12) can flow when the main circuit breaker is closed, and a two-pole, connected in parallel with said main branch, said two-pole comprising at least one two-pole branch containing a capacitor and an energy absorbing device, where the main branch and the two-pole together form a loop, that contains an inductance and a voltage control means, and wherein the loop exhibits at least one resonance frequency, - wherein said voltage control means being controllable in use to inject energy into said loop to force a rapid increase of an alternating current (Io) flowing through said main branch while it is being controlled to open to interrupt the main current, and whereby zero cross-over of the current (Isw) through the mechanical main circuit breaker is realized as the amplitude (Alo) of the alternating current (Io) exceeds the amplitude (Al) of the main current, - wherein said energy absorbing device is adapted to limit the voltage across said capacitor and across said mechanical breaker when the mechanical breaker is open, and - wherein said energy absorbing device is adapted to limit the voltage across said inductive element if the voltage across the mechanical breaker breaks down, at or immediately after an opening process, thereby limiting the rate-of-rise and the peak of the current through said loop, characterized in that the at least one two-pole branch comprises at least one capacitor and one voltage control means, connected in series, and additionally at least one energy absorbing voltage limiting device connected in parallel with said capacitor or the series-connection of said capacitor and said voltage control means. - wherein said voltage control means being controllable in use to inject energy into said loop to force a rapid increase of an alternating current (Io) flowing through said main branch while it is being controlled to open to interrupt the main current, and whereby zero cross-over of the current (Isw) through the mechanical main circuit breaker is realized as the amplitude (Alo) of the alternating current (Io) exceeds the amplitude (Al) of the main current, - wherein said energy absorbing device is adapted to limit the voltage across said capacitor and across said mechanical breaker when the mechanical breaker is open, and - wherein said energy absorbing device is adapted to limit the voltage across said inductive element if the voltage across the mechanical breaker breaks down, at or immediately after an opening process, thereby limiting the rate-of-rise and the peak of the current through said loop,
A metal lid for a tobacco can, comprising: a circular lid top including a central recess and a shoulder, the shoulder extending radially outwardly from and vertically above the central recess; and a circumferential side wall unitarily formed with the lid top at the shoulder, the side wall depending downwardly from and disposed below the central recess of the lid top, the side wall including a radially inwardly projecting bead and a hem, the bead extending circumferentially around the side wall, the hem formed from a distal portion of the side wall folded inwardly over an intermediate portion of the side wall, characterised in that the hem is folded onto the intermediate portion so that the distal portion of the side wall is in contact or almost in contact with the inner surface of the intermediate portion and forms a cylindrical guide surface below the bead. a circular lid top including a central recess and a shoulder, the shoulder extending radially outwardly from and vertically above the central recess; and a circumferential side wall unitarily formed with the lid top at the shoulder, the side wall depending downwardly from and disposed below the central recess of the lid top, the side wall including a radially inwardly projecting bead and a hem, the bead extending circumferentially around the side wall, the hem formed from a distal portion of the side wall folded inwardly over an intermediate portion of the side wall, characterised in that the hem is folded onto the intermediate portion so that the distal portion of the side wall is in contact or almost in contact with the inner surface of the intermediate portion and forms a cylindrical guide surface below the bead.
A channel state information reporting method, comprising: receiving, by a terminal device, M pieces of downlink control information from M network devices, wherein first downlink control information in the M pieces of downlink control information indicates a first channel state information configuration, the first channel state information configuration is associated with a first channel state information interference measurement, CSI-IM, resource group, and the first CSI-IM resource group comprises N 1 CSI-IM resources, wherein M and N 1 are positive integers, and N 1 is greater than 1, wherein the first channel state information configuration is associated with K channel state information reference signal CSI-RS resources, and at least one of the K CSI-RS resources is associated with N 1 ′ of the N 1 CSI-IM resources, where K is a positive integer, and 1 < N 1 ′ ≤ N 1; and measuring, by the terminal device, a target CSI-IM resource, and reporting channel state information, wherein the target CSI-IM resource is determined by the terminal device from the N 1 CSI-IM resources based on M, and a quantity of the target CSI-IM resources is less than N 1, wherein the N 1 CSI-IM resources comprise a first-type CSI-IM resource and a second-type CSI-IM resource, the first-type CSI-IM resource is used to measure interference information in the multi-station joint transmission mechanism, and the second-type CSI-IM resource is used to measure interference information in the single-station transmission mechanism receiving, by a terminal device, M pieces of downlink control information from M network devices, wherein first downlink control information in the M pieces of downlink control information indicates a first channel state information configuration, the first channel state information configuration is associated with a first channel state information interference measurement, CSI-IM, resource group, and the first CSI-IM resource group comprises N 1 CSI-IM resources, wherein M and N 1 are positive integers, and N 1 is greater than 1, wherein the first channel state information configuration is associated with K channel state information reference signal CSI-RS resources, and at least one of the K CSI-RS resources is associated with N 1 ′ of the N 1 CSI-IM resources, where K is a positive integer, and 1 < N 1 ′ ≤ N 1; and measuring, by the terminal device, a target CSI-IM resource, and reporting channel state information, wherein the target CSI-IM resource is determined by the terminal device from the N 1 CSI-IM resources based on M, and a quantity of the target CSI-IM resources is less than N 1, wherein the N 1 CSI-IM resources comprise a first-type CSI-IM resource and a second-type CSI-IM resource, the first-type CSI-IM resource is used to measure interference information in the multi-station joint transmission mechanism, and the second-type CSI-IM resource is used to measure interference information in the single-station transmission mechanism
A pharmaceutical composition for use in preventing acquisition of or for use in alleviating symptoms associated with an infection caused by an Extended-Spectrum Beta-Lactamases (ESBL) producing organism in a subject, the composition comprising: a therapeutically effective amount of a probiotic; and an effective amount of a prebiotic; wherein said probiotic is Lactobacillus plantarum strain ATCC202195. a therapeutically effective amount of a probiotic; and an effective amount of a prebiotic; wherein said probiotic is Lactobacillus plantarum strain ATCC202195.
A method for determining a location of an object having thereon a plurality of spaced-apart electrodes each of which is spaced from an adjacent electrode by a known electrode spacing distance in a three-dimensional localization field created by a localization system, comprising: determining observed locations of two electrodes of the plurality of spaced-apart electrodes using reference data included in a first three-dimensional lookup table correlating locations within the three-dimensional localization field to one or more characteristics of the three-dimensional localization field; calculating an observed distance between the two electrodes from the observed locations of the two electrodes; comparing the observed distance between the two electrodes to the known electrode spacing distance between the two electrodes to determine a difference between the observed distance and the known electrode spacing distance as an error signal; adjusting the reference data to more accurately measure the spacing of the electrodes by reducing the difference between the observed distance and the known electrode spacing distance, and determining the location of the object being placed in the localization field using the adjusted reference data in a second three-dimensional lookup table comprising the adjusted reference data correlating locations of the object within the localization field with measurements by the localization system when the object is at various locations. determining observed locations of two electrodes of the plurality of spaced-apart electrodes using reference data included in a first three-dimensional lookup table correlating locations within the three-dimensional localization field to one or more characteristics of the three-dimensional localization field; calculating an observed distance between the two electrodes from the observed locations of the two electrodes; comparing the observed distance between the two electrodes to the known electrode spacing distance between the two electrodes to determine a difference between the observed distance and the known electrode spacing distance as an error signal; adjusting the reference data to more accurately measure the spacing of the electrodes by reducing the difference between the observed distance and the known electrode spacing distance, and determining the location of the object being placed in the localization field using the adjusted reference data in a second three-dimensional lookup table comprising the adjusted reference data correlating locations of the object within the localization field with measurements by the localization system when the object is at various locations.
A vacuum heat insulating container (1,101,201) for use at high temperature, the vacuum heat insulating container (1,101,201) comprising an outer tube (2,102,202) having a bottom and an inner tube (3,103,203) that has a bottom and is arranged inside the outer tube (2,102,202) in such a way that a central axis of the inner tube (3,103,203) coincides with a central axis of the outer tube (2,102,202), the outer tube (2,102,202) and the inner tube (3,103,203) being arranged in such a way that the central axes thereof being a horizontal direction, an opening end of the outer tube (2,102,202) and an opening end of the inner tube (3,103,203) being bonded to each other, the opening end of the outer tube (2,102,202) and the opening end of the inner tube (3,103,203) being provided on a side opposite to the bottoms thereof, and a depressurized sealed space being formed between the outer tube (2,102,202) and the inner tube (3,103,203), wherein the vacuum heat insulating container further comprises a load receiving part (7,107,207) configured to cause the outer tube (2,102,202) to support the inner tube (3,103,203), characterised in that the location of the load receiving part (7,107,207) in a vertical direction coincides with the location of the central axis of the outer tube (2,102,202); wherein the load receiving part (7,107,207) comprises a first protruding part (7a,107a,207a) that protrudes from the outer circumference of the inner tube (3,103,203) and a second protruding part (7b, 107b,207b) that protrudes from the inner circumference of the outer tube (2,102,202) and is configured to receive the load of the inner tube (3,103,203) via the first protruding part (7a,107a,207a).
A method for adjusting an alarm level of a component in a wind turbine, the method comprising: - defining an alarm level corresponding to an operational parameter of the component in the wind turbine; - monitoring the operational parameter of the component (302, 303); - determining whether the operational parameter exceeds the alarm level, thereby triggering an alarm; characterised in that: - in the case when the alarm is triggered, automatically inspecting the component by analysing readings taken from sensors to determine whether the alarm level corresponds to a predetermined remaining useful lifetime of the component; and - adjusting the alarm level based on the inspection of the component. - defining an alarm level corresponding to an operational parameter of the component in the wind turbine; - monitoring the operational parameter of the component (302, 303); - determining whether the operational parameter exceeds the alarm level, thereby triggering an alarm; characterised in that: - in the case when the alarm is triggered, automatically inspecting the component by analysing readings taken from sensors to determine whether the alarm level corresponds to a predetermined remaining useful lifetime of the component; and - adjusting the alarm level based on the inspection of the component.
A terminal comprising: a reception unit configured to receive, from a base station, information related to a Random access channel, RACH, configuration indicating an allocation of RACH resources in the time domain and one or more Synchronization Signal, SS, blocks; a processor configured to identify available RACH resources based on the RACH resources indicated by the information related to the RACH configuration; and a transmission unit configured to transmit, to the base station, a preamble by using the available RACH resources, wherein the information related to the RACH configuration comprising an index specifying a RACH configuration table, and wherein the processor is configured to identify, as an available RACH resource in a slot from among the RACH resources indicated by the information related to the RACH configuration, a RACH resource located after an SS block in the time domain in the slot. a reception unit configured to receive, from a base station, information related to a Random access channel, RACH, configuration indicating an allocation of RACH resources in the time domain and one or more Synchronization Signal, SS, blocks; a processor configured to identify available RACH resources based on the RACH resources indicated by the information related to the RACH configuration; and a transmission unit configured to transmit, to the base station, a preamble by using the available RACH resources, wherein the information related to the RACH configuration comprising an index specifying a RACH configuration table, and wherein the processor is configured to identify, as an available RACH resource in a slot from among the RACH resources indicated by the information related to the RACH configuration, a RACH resource located after an SS block in the time domain in the slot.