mhurhangee/patent-ind-claim-en huggingface dataset:
A battery detection apparatus , comprising: a voltage measurement module , configured to connect to a battery to be tested, and measure an open-circuit voltage of the battery to be tested; a processor , connected to the voltage measurement module , and configured to obtain the open-circuit voltage; a constant voltage source , connected to the processor , and configured to input a test voltage to the battery to be tested under control of the processor after the battery to be tested stands for a preset time, wherein the test voltage is the same as the open-circuit voltage; and a current measurement module , connected to the battery to be tested, and configured to measure an instantaneous current of the battery to be tested after the test voltage is inputted, wherein the processor is also connected to the current measurement module , and configured to obtain the instantaneous current and determine the self-discharge characteristic of the battery to be tested according to the instantaneous current and a preset current threshold. a voltage measurement module , configured to connect to a battery to be tested, and measure an open-circuit voltage of the battery to be tested; a processor , connected to the voltage measurement module , and configured to obtain the open-circuit voltage; a constant voltage source , connected to the processor , and configured to input a test voltage to the battery to be tested under control of the processor after the battery to be tested stands for a preset time, wherein the test voltage is the same as the open-circuit voltage; and a current measurement module , connected to the battery to be tested, and configured to measure an instantaneous current of the battery to be tested after the test voltage is inputted, wherein the processor is also connected to the current measurement module , and configured to obtain the instantaneous current and determine the self-discharge characteristic of the battery to be tested according to the instantaneous current and a preset current threshold.
A method comprising: receiving, by a controller , a set of data related to a determination of optimal settings for inter-frequency load-balancing; negotiating, by the controller , a functional split of inter-frequency load-balancing operations between the controller and a radio access network node based on at least one of: inter-frequency load-balancing capabilities of the controller , and inter-frequency load-balancing capabilities of the radio access network node ; based on the functional split, determining, by the controller , at least one modification to at least one parameter of an inter-frequency load-balancing operation to be performed by the radio access network node ; and communicating, by the controller , the determined at least one modification. receiving, by a controller , a set of data related to a determination of optimal settings for inter-frequency load-balancing; negotiating, by the controller , a functional split of inter-frequency load-balancing operations between the controller and a radio access network node based on at least one of: inter-frequency load-balancing capabilities of the controller , and inter-frequency load-balancing capabilities of the radio access network node ; based on the functional split, determining, by the controller , at least one modification to at least one parameter of an inter-frequency load-balancing operation to be performed by the radio access network node ; and communicating, by the controller , the determined at least one modification.
An All-in-One (AIO) assembly for a medical device, the AIO assembly comprising: a display unit having an input with an input impedance; a conductive sled ; a motherboard coupled to the sled, the motherboard comprising a processor and a display driver; a breakout board having an input coupled to the display driver and an output coupled to the input of the display, the breakout board output configured to provide an output impedance that matches the input impedance of the display; and a conductive cover coupled to the sled, the conductive cover configured to form a volume when coupled to the sled, the motherboard and the breakout board disposed within the volume, wherein all non-conductive passages from the volume to the external environment have at least one cross-sectional opening having a continuous conductive perimeter with a maximum linear length within the opening of less than one quarter wavelength of a maximum shielding frequency. a display unit having an input with an input impedance; a conductive sled ; a motherboard coupled to the sled, the motherboard comprising a processor and a display driver; a breakout board having an input coupled to the display driver and an output coupled to the input of the display, the breakout board output configured to provide an output impedance that matches the input impedance of the display; and a conductive cover coupled to the sled, the conductive cover configured to form a volume when coupled to the sled, the motherboard and the breakout board disposed within the volume, wherein all non-conductive passages from the volume to the external environment have at least one cross-sectional opening having a continuous conductive perimeter with a maximum linear length within the opening of less than one quarter wavelength of a maximum shielding frequency.
An influence analyzing apparatus for analyzing influence of combustibles on the boiler performance index of a thermoelectric power plant, the apparatus comprising: a temperature extraction unit configured to extract temperatures of respective regions in a feed water and steam system of the thermoelectric power plant in which combustible combinations are combusted, wherein the temperature extraction unit is configured to extract temperatures for each region at a predetermined time interval; a vector extraction unit configured to extract one or more vectors for each region from the temperatures of the respective regions; characterized in that a cluster generation unit configured to generate combustible clusters, each cluster including one or more combustible combinations having similar properties, on the basis of the extracted vectors; and a characteristic component extraction unit configured to extract a characteristic component of a combustible combination that increases or decreases a boiler performance index from the one or more combustible combinations included in the combustible clusters. a temperature extraction unit configured to extract temperatures of respective regions in a feed water and steam system of the thermoelectric power plant in which combustible combinations are combusted, wherein the temperature extraction unit is configured to extract temperatures for each region at a predetermined time interval; a vector extraction unit configured to extract one or more vectors for each region from the temperatures of the respective regions; characterized in that a cluster generation unit configured to generate combustible clusters, each cluster including one or more combustible combinations having similar properties, on the basis of the extracted vectors; and a characteristic component extraction unit configured to extract a characteristic component of a combustible combination that increases or decreases a boiler performance index from the one or more combustible combinations included in the combustible clusters.
A computer-implemented method for data transmission with a reduced data volume, comprising: - receiving a multivariate data stream including a plurality of data points; - sampling the data stream in consecutive time intervals and generating consecutive data packages (P) which each contain data points sampled in a window (w) of a predetermined number of said consecutive sampling time intervals; - calculating, by means of principal component analysis, for each data package (P) projections of its data points onto a set of principal components; - aligning, by means of dynamic time warping, for each newly generated data package (P h ) and for each principal component, the projected data points to respective projected data points of an earlier generated data package (P 1 ) and calculating distances between the aligned data points; - determining the maximum (d max ) of the calculated distances and comparing it to a threshold value (Th); and - transmitting the newly generated data package (P h+1 ) to a data sink and setting the newly generated data package (P h+1 ) to be the earlier generated data package for the next aligning step if the maximum distance (d max ) exceeds the threshold value (Th) or otherwise inhibiting the transmission and keeping the earlier generated data package (P 1 ) for the next aligning step. - receiving a multivariate data stream including a plurality of data points; - sampling the data stream in consecutive time intervals and generating consecutive data packages (P) which each contain data points sampled in a window (w) of a predetermined number of said consecutive sampling time intervals; - calculating, by means of principal component analysis, for each data package (P) projections of its data points onto a set of principal components; - aligning, by means of dynamic time warping, for each newly generated data package (P h ) and for each principal component, the projected data points to respective projected data points of an earlier generated data package (P 1 ) and calculating distances between the aligned data points; - determining the maximum (d max ) of the calculated distances and comparing it to a threshold value (Th); and - transmitting the newly generated data package (P h+1 ) to a data sink and setting the newly generated data package (P h+1 ) to be the earlier generated data package for the next aligning step if the maximum distance (d max ) exceeds the threshold value (Th) or otherwise inhibiting the transmission and keeping the earlier generated data package (P 1 ) for the next aligning step.
An exhaust collection apparatus, comprising: a first layer and a second layer attached along a periphery and forming an enclosed volume, wherein the periphery defines radiused corners; a tubing connector positioned along the first layer and extending through the first layer in fluid communication with the enclosed volume, wherein the tubing connector is located near or at a bottom edge of the first layer; a drain closure in fluid communication with the enclosed volume, wherein the drain closure is located near or at the bottom edge; characterized by a support member (194; 210; 220; 230) fluidly coupled to the tubing connector and extending within an interior of the enclosed volume, wherein the support member has a dome-shaped or curved interface member (212; 222; 232) functioning as a tenting structure. a first layer and a second layer attached along a periphery and forming an enclosed volume, wherein the periphery defines radiused corners; a tubing connector positioned along the first layer and extending through the first layer in fluid communication with the enclosed volume, wherein the tubing connector is located near or at a bottom edge of the first layer; a drain closure in fluid communication with the enclosed volume, wherein the drain closure is located near or at the bottom edge; characterized by a support member (194; 210; 220; 230) fluidly coupled to the tubing connector and extending within an interior of the enclosed volume, wherein the support member has a dome-shaped or curved interface member (212; 222; 232) functioning as a tenting structure.
A method by a first device for controlling the first device, the method comprising: receiving control state information of a second device from the second device; obtaining a control signal indicating a control operation of the first device; selecting one among at least one or more stored control rules based on at least one of the received control state information or the obtained control signal; and changing the control operation indicated by the control signal based on the selected control rule; and performing the changed control operation on the first device based on the selected control rule. receiving control state information of a second device from the second device; obtaining a control signal indicating a control operation of the first device; selecting one among at least one or more stored control rules based on at least one of the received control state information or the obtained control signal; and changing the control operation indicated by the control signal based on the selected control rule; and performing the changed control operation on the first device based on the selected control rule.
Device (10 000) suitable for uniform division of a fluid into n fluid streams each containing gas and liquid , where n is a natural number greater than or equal to 2, where the device (10 000) comprises the following: • an upright cap which is bounded at the bottom by a plate ; • an entry port for a fluid arranged in a lateral delimiting wall of the cap , which entry port is configured so that tangential inflow of the fluid is brought about; • an internal arranged upright in the interior of the cap, o which together with the interior wall of the cap forms an annular gap for downflowing liquid , o whose upper edge ends above the entry port and below the upper delimitation of the cap so that the upper edge of the internal and the upper delimitation of the cap form a passage for gas , o which at the top has at least one opening for inflowing gas , o whose lower edge ends above the plate so that the lower edge of the internal and the plate form a passage for liquid and o which at the bottom has at least one opening which is hydrodynamically connected to the at least one upper opening ; • n guide devices for n fluid streams composed of liquid and gas , which guide devices protrude through the opening into the internal and have entry openings for liquid and entry openings for gas ; characterized in that a swirl breaker for downward-flowing gas is arranged in the interior of the internal . • an upright cap which is bounded at the bottom by a plate ; • an entry port for a fluid arranged in a lateral delimiting wall of the cap , which entry port is configured so that tangential inflow of the fluid is brought about; • an internal arranged upright in the interior of the cap, o which together with the interior wall of the cap forms an annular gap for downflowing liquid , o whose upper edge ends above the entry port and below the upper delimitation of the cap so that the upper edge of the internal and the upper delimitation of the cap form a passage for gas , o which at the top has at least one opening for inflowing gas , o whose lower edge ends above the plate so that the lower edge of the internal and the plate form a passage for liquid and o which at the bottom has at least one opening which is hydrodynamically connected to the at least one upper opening ; o which together with the interior wall of the cap forms an annular gap for downflowing liquid , o whose upper edge ends above the entry port and below the upper delimitation of the cap so that the upper edge of the internal and the upper delimitation of the cap form a passage for gas , o which at the top has at least one opening for inflowing gas , o whose lower edge ends above the plate so that the lower edge of the internal and the plate form a passage for liquid and o which at the bottom has at least one opening which is hydrodynamically connected to the at least one upper opening ; • n guide devices for n fluid streams composed of liquid and gas , which guide devices protrude through the opening into the internal and have entry openings for liquid and entry openings for gas ;
A work vehicle comprising a chassis , and a coupling apparatus for coupling an attachment to the work vehicle, the coupling apparatus comprising a first carrier element pivotally coupled to the chassis about a main transverse pivot axis extending transversely of the direction of normal forward motion of the work vehicle, and a second carrier element carrying a pair of transversely spaced apart first coupling elements , characterised in that the second carrier element is pivotally coupled to the chassis about the main transverse pivot axis and about a main longitudinal pivot axis , the main longitudinal pivot axis extends substantially perpendicularly to and through the main transverse pivot axis , and the second carrier element is pivotal relative to the first carrier element about the main longitudinal pivot axis .
A photo electrochemical (PEC) thin film comprising metal nanoparticles positioned between a Cd x M 1- x S semiconductor material and a metal oxide semiconductor material, wherein: the metal oxide is TiO 2 ; x is from 0.7 to 0.9; and the film comprises TiO 2 @Ag/Pd@Cd x Zn 1- x S; or the film comprises TiO 2 @M1@Cd x Ni 1- x S, where M1 is Pt, Au, Pd, or Pd/Ag. the metal oxide is TiO 2 ; x is from 0.7 to 0.9; and the film comprises TiO 2 @Ag/Pd@Cd x Zn 1- x S; or the film comprises TiO 2 @M1@Cd x Ni 1- x S, where M1 is Pt, Au, Pd, or Pd/Ag.
An assembly comprising: an aircraft fuel tank ; a captive nut with an internal thread; a secondary structure ; and a fastener which secures the secondary structure to the fuel tank, wherein the fastener comprises a shaft which passes through the secondary structure and has an external thread coupled to the internal thread of the captive nut, the fuel tank comprises a fuel tank element with a hole, and the captive nut comprises a sleeve which is located in the hole with an interference fit between an outer surface of the sleeve and an inner surface of the wall of the hole, wherein the fuel tank element is formed from a first metallic material, and the sleeve of the captive nut is formed from a second metallic material which has a higher Young's modulus than the first metallic material.
Rubber composition based on at least one diene elastomer, on at least one reinforcing filler, on at least one chemical crosslinking system and on at least one compound of formula (I) optionally pre-grafted to said diene elastomer: in which: • A represents an arenediyl ring optionally substituted by one or more identical or different, preferably saturated, linear or branched, aliphatic hydrocarbon chains, which are optionally substituted or interrupted by one or more heteroatoms; • E represents a divalent hydrocarbon group optionally comprising one or more heteroatoms; and • X denotes a halogen atom, preferably a chlorine atom. • A represents an arenediyl ring optionally substituted by one or more identical or different, preferably saturated, linear or branched, aliphatic hydrocarbon chains, which are optionally substituted or interrupted by one or more heteroatoms; • E represents a divalent hydrocarbon group optionally comprising one or more heteroatoms; and • X denotes a halogen atom, preferably a chlorine atom.
An electronic device, comprising: a display ; a rotary member configured to surround the display and to rotate around the display ; and a control module configured to display a first object group including at least one first object on a first layer of the display , and display a second object group including at least one second object according to rotation of the rotary member , wherein, when a first object group is displayed on a first layer of the display , the control module is further configured to display a name of the at least one first object with the at least one first object, when the rotation of the rotary member is detected, and to not display the name of the at least one first object in a state where the rotary member is stopped. a display ; a rotary member configured to surround the display and to rotate around the display ; and a control module configured to display a first object group including at least one first object on a first layer of the display , and display a second object group including at least one second object according to rotation of the rotary member , wherein, when a first object group is displayed on a first layer of the display , the control module is further configured to display a name of the at least one first object with the at least one first object, when the rotation of the rotary member is detected, and to not display the name of the at least one first object in a state where the rotary member is stopped.
An ion sensor of current measurement type that measures a current to measure a target ion , comprising: an organic phase retaining layer containing an organic phase capable of forming an interface with a sample containing the target ion ; a first electrode containing a first insertion material including an inorganic compound to which the organic phase retaining layer is laminated; and a second electrode arranged to face the organic phase retaining layer and in contact with the sample , wherein the first insertion material is a metal oxide; and the metal oxide is M x MnO 2 , where M indicates Na or K, and x indicates an arbitrary positive number, wherein x is 0.2 or more and 0.5 or less. an organic phase retaining layer containing an organic phase capable of forming an interface with a sample containing the target ion ; a first electrode containing a first insertion material including an inorganic compound to which the organic phase retaining layer is laminated; and a second electrode arranged to face the organic phase retaining layer and in contact with the sample , wherein the first insertion material is a metal oxide; and the metal oxide is M x MnO 2 , where M indicates Na or K, and x indicates an arbitrary positive number, wherein x is 0.2 or more and 0.5 or less.
A method for improving absorption of at least nitrate nitrogen by a plant, the method comprising spraying nanobubble water over soil in which a plant is planted, wherein the plant is selected from flowers and ornamental plants or from root vegetables, wherein the method comprises: the nanobubble water contains bubbles with a modal diameter of from 10 to 500 nm, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion; bubbles contained in the nanobubble water include oxygen gas having a concentration higher than the concentration of oxygen in air; and the nanobubble water contains bubbles in an amount of from 1×10 8 to 1×10 10 bubbles/mL, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion. wherein the plant is selected from flowers and ornamental plants or from root vegetables, wherein the method comprises: the nanobubble water contains bubbles with a modal diameter of from 10 to 500 nm, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion; bubbles contained in the nanobubble water include oxygen gas having a concentration higher than the concentration of oxygen in air; and the nanobubble water contains bubbles in an amount of from 1×10 8 to 1×10 10 bubbles/mL, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion. the nanobubble water contains bubbles with a modal diameter of from 10 to 500 nm, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion; bubbles contained in the nanobubble water include oxygen gas having a concentration higher than the concentration of oxygen in air; and the nanobubble water contains bubbles in an amount of from 1×10 8 to 1×10 10 bubbles/mL, based on a particle size distribution measured using nanoparticle tracking analysis based on Brownian motion.