mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a radio network comprising a base station and at least one subscriber station, the method comprising: determining a level of data for transmission from the base station to the at least one subscriber station, the level of data for transmission being determined by receiving data at the base station for transmission to the at least one subscriber station and determining the level of data for transmission based on the received data; and transmitting data from the base station using a first Orthogonal Frequency Division Multiplexed, OFDM, signal comprising subcarriers, a number of the subcarriers being used to transmit reference symbols, the frequency separation between the lowest frequency subcarrier being used to transmit reference symbols and the highest frequency subcarrier being used to transmit reference symbols defining a reference symbol frequency spread; and wherein the reference symbol frequency spread is established on the basis of the determined level of data for transmission. determining a level of data for transmission from the base station to the at least one subscriber station, the level of data for transmission being determined by receiving data at the base station for transmission to the at least one subscriber station and determining the level of data for transmission based on the received data; and transmitting data from the base station using a first Orthogonal Frequency Division Multiplexed, OFDM, signal comprising subcarriers, a number of the subcarriers being used to transmit reference symbols, the frequency separation between the lowest frequency subcarrier being used to transmit reference symbols and the highest frequency subcarrier being used to transmit reference symbols defining a reference symbol frequency spread; and wherein the reference symbol frequency spread is established on the basis of the determined level of data for transmission.
An aerosol-generating device comprising: A heater , wherein a component of the heater comprises a coating , wherein the coating is formed from a glass composition comprising: between 30 percent by weight and 70 weight percent by weight silicon oxide; between 0.1 percent by weight and 10 percent by weight aluminium oxide; between 2 percent by weight and 30 percent by weight boron oxide; between 2 percent by weight and 40 percent by weight lithium oxide; between 0.1 percent by weight and 5 percent by weight magnesium oxide; and one or more of: calcium oxide, gallium oxide, potassium oxide, samarium oxide, strontium oxide and titanium oxide. A heater , wherein a component of the heater comprises a coating , wherein the coating is formed from a glass composition comprising: between 30 percent by weight and 70 weight percent by weight silicon oxide; between 0.1 percent by weight and 10 percent by weight aluminium oxide; between 2 percent by weight and 30 percent by weight boron oxide; between 2 percent by weight and 40 percent by weight lithium oxide; between 0.1 percent by weight and 5 percent by weight magnesium oxide; and between 30 percent by weight and 70 weight percent by weight silicon oxide; between 0.1 percent by weight and 10 percent by weight aluminium oxide; between 2 percent by weight and 30 percent by weight boron oxide; between 2 percent by weight and 40 percent by weight lithium oxide; between 0.1 percent by weight and 5 percent by weight magnesium oxide; and
A control device for an air conditioning system including one or a plurality of outdoor units (B) and one or a plurality of indoor units (A), the control device comprising: an outdoor-unit control part provided independently from the outdoor unit (B) and configured to communicate with the outdoor unit (B) through a communication medium , the outdoor-unit control part acquiring, through the communication medium , information about machinery installed in the outdoor unit (B) and outputting a control command to the machinery installed in the outdoor unit (B); an indoor-unit control part provided independently from the indoor units (A) and configured to communicate with the indoor unit (A) through the communication medium , the indoor-unit control part acquiring, through the communication medium , information about machinery installed in the indoor unit (A) and outputting a control command to the machinery installed in the indoor unit (A); storage means configured to store an operating state of the air conditioning system for each load state of the air conditioning system ; and anomaly determination means configured to determine the presence or absence of an anomaly in the machinery by comparing a present operating state and a past operating state associated with an equivalent load state. an outdoor-unit control part provided independently from the outdoor unit (B) and configured to communicate with the outdoor unit (B) through a communication medium , the outdoor-unit control part acquiring, through the communication medium , information about machinery installed in the outdoor unit (B) and outputting a control command to the machinery installed in the outdoor unit (B); an indoor-unit control part provided independently from the indoor units (A) and configured to communicate with the indoor unit (A) through the communication medium , the indoor-unit control part acquiring, through the communication medium , information about machinery installed in the indoor unit (A) and outputting a control command to the machinery installed in the indoor unit (A); storage means configured to store an operating state of the air conditioning system for each load state of the air conditioning system ; and anomaly determination means configured to determine the presence or absence of an anomaly in the machinery by comparing a present operating state and a past operating state associated with an equivalent load state.
A lacing engine apparatus for an automated footwear platform, the apparatus comprising: a housing including a lace channel for receiving a portion of a lace cable ; a drivetrain disposed within the housing, the drivetrain including a motor to deliver rotational input to a worm drive ; and a lace take-up mechanism for accumulating a length of lace cable upon activation, the lace take-up mechanism including: an outer rotating disc including a first plurality of rotating spools distributed on a superior surface in a first group on a first side and a second group on a second side, the first plurality of rotating spools adapted to engage the lace cable extending through the lace channel upon rotation of the outer rotating disc; and an inner stationary disc including a second plurality of rotating spools distributed on a superior surface of the inner stationary disc in a third group and a fourth group, the second plurality of rotating spools adapted to engage the lace cable upon rotation of the outer rotating disc. a housing including a lace channel for receiving a portion of a lace cable ; a drivetrain disposed within the housing, the drivetrain including a motor to deliver rotational input to a worm drive ; and a lace take-up mechanism for accumulating a length of lace cable upon activation, the lace take-up mechanism including: an outer rotating disc including a first plurality of rotating spools distributed on a superior surface in a first group on a first side and a second group on a second side, the first plurality of rotating spools adapted to engage the lace cable extending through the lace channel upon rotation of the outer rotating disc; and an inner stationary disc including a second plurality of rotating spools distributed on a superior surface of the inner stationary disc in a third group and a fourth group, the second plurality of rotating spools adapted to engage the lace cable upon rotation of the outer rotating disc. an outer rotating disc including a first plurality of rotating spools distributed on a superior surface in a first group on a first side and a second group on a second side, the first plurality of rotating spools adapted to engage the lace cable extending through the lace channel upon rotation of the outer rotating disc; and an inner stationary disc including a second plurality of rotating spools distributed on a superior surface of the inner stationary disc in a third group and a fourth group, the second plurality of rotating spools adapted to engage the lace cable upon rotation of the outer rotating disc.
A sandwich-structured composite panel , comprising - a first face skin of sheet metal, - a second face skin of sheet metal, and - a core made of thermally insulating material arranged between the first face skin and the second face skin, the first and second face skins being attached to the core, - an attachment edge at the edge of the composite panel for attaching the composite panel to another composite panel , - the attachment edge comprising - an attachment profile being formed from the sheet metal of at least one of said skins and shaped for a tongue-and-groove attachment, - the sandwich-structured composite panel further comprising - a protective layer of hydrophobic material arranged on the outer surface of a portion of the sheet metal in the attachment profile , for inhibiting or attenuating galvanic contacts or couplings between composite panels attached to each other, wherein - the face skins are without said protective layer . - a first face skin of sheet metal, - a second face skin of sheet metal, and - a core made of thermally insulating material arranged between the first face skin and the second face skin, the first and second face skins being attached to the core, - an attachment edge at the edge of the composite panel for attaching the composite panel to another composite panel , - the attachment edge comprising - an attachment profile being formed from the sheet metal of at least one of said skins and shaped for a tongue-and-groove attachment, - an attachment profile being formed from the sheet metal of at least one of said skins and shaped for a tongue-and-groove attachment, - the sandwich-structured composite panel further comprising - a protective layer of hydrophobic material arranged on the outer surface of a portion of the sheet metal in the attachment profile , for inhibiting or attenuating galvanic contacts or couplings between composite panels attached to each other, wherein - the face skins are without said protective layer . - a protective layer of hydrophobic material arranged on the outer surface of a portion of the sheet metal in the attachment profile , for inhibiting or attenuating galvanic contacts or couplings between composite panels attached to each other, wherein - the face skins are without said protective layer .
An edible ink formulation, comprising scalenohedral calcium carbonate particles, and an alcohol and an aqueous solvent, wherein the edible ink formulation, when applied as a film, exhibits a print durability score of less than 70, wherein the alcohol solvent comprises one or more C4 to C6 alcohol and one or more C2 to C3 alcohol.
Steering control unit , wherein the steering control unit is designed to receive input signals (M H , FAS) from at least one sensor for sensing a steering requirement of a motor vehicle driver and from at least one driver assistance system , wherein the steering control unit is further designed to generate an actuating signal (S) for power electronics , the actuating signal (S) being made up of two components (K1, K2), wherein the steering control unit is designed in such a way that the first component (K1) is ascertained from the input signal (M H ) of the at least one sensor , the signals (FAS) of the driver assistance system having no influence on the first component (K1), and the second component (K2) is ascertained from the input signals of the at least one driver assistance system , the signals of the sensor being taken into consideration in the second component (K2), characterized in that the steering control unit is designed in such a way that the second component (K2) is ascertained in a steering feel replication unit , the steering control unit is designed in such a way that the second component (K2) is made up of at least two subcomponents (SK1, SK2), a first subcomponent (SK1) being ascertained in a steering feel replication unit and a second subcomponent (SK2) being ascertained in a bypass characteristic curve unit . the steering control unit is designed in such a way that the first component (K1) is ascertained from the input signal (M H ) of the at least one sensor , the signals (FAS) of the driver assistance system having no influence on the first component (K1), and the second component (K2) is ascertained from the input signals of the at least one driver assistance system , the signals of the sensor being taken into consideration in the second component (K2), characterized in that the steering control unit is designed in such a way that the second component (K2) is ascertained in a steering feel replication unit , the steering control unit is designed in such a way that the second component (K2) is made up of at least two subcomponents (SK1, SK2), a first subcomponent (SK1) being ascertained in a steering feel replication unit and a second subcomponent (SK2) being ascertained in a bypass characteristic curve unit .
A method for preparing a surface for application of a sealant, the method comprising: applying an organogel composition comprising: one or more organic solvents; one or more acrylates; and one or more functional additives. to the surface; evaporating the organic solvents from the organogel composition; and applying the sealant to the organogel composition. applying an organogel composition comprising: one or more organic solvents; one or more acrylates; and one or more functional additives. to the surface; evaporating the organic solvents from the organogel composition; and applying the sealant to the organogel composition. comprising: one or more organic solvents; one or more acrylates; and one or more functional additives. one or more organic solvents; one or more acrylates; and one or more functional additives. to the surface; evaporating the organic solvents from the organogel composition; and applying the sealant to the organogel composition. evaporating the organic solvents from the organogel composition; and applying the sealant to the organogel composition.
Cooking appliance with a base unit , which has a support plate and with a decorative strip separate therefrom, which is fastened to the base unit in a releasable manner with a holding apparatus such that the decorative strip is arranged as a visible component on the base unit , wherein the holding apparatus has a magnet apparatus , with which the decorative strip is held to the base unit by way of a magnetic holding force, wherein the base unit has a coupling strip which is arranged on the base unit , in particular directly, wherein the coupling strip is coupled directly to the decorative strip , in particular at least magnetically, wherein the coupling strip has a coupling pedestal protruding laterally over a lateral edge of the support plate , on which pedestal the decorative strip sits in the attached end position, characterised in that when viewed in the direction of its longitudinal axis (A), the coupling strip has a pivot element of a pivot unit on a first end , about which pivot unit the decorative strip can pivot in an intermediate assembly position, in which the decorative strip is coupled with a first end to a counter pivot element of the pivot unit , such that a second end of the decorative strip can be coupled to a second end of the coupling strip , in particular with a pivot movement.
A piston ring , comprising a piston ring bearing surface , a piston ring interior opposite the piston ring bearing surface and an upper and a lower piston ring flank , wherein the piston ring has a chamfer at the edge between piston ring interior and lower piston ring flank , wherein several recesses are arranged in the upper piston ring flank , extending radially outwardly starting from the piston ring interior , wherein the several recesses and the chamfer extend from the piston ring interior in radial direction to at most a position of a center of area of an axial cross-sectional area of the piston ring and the several recesses face the chamfer with respect to the piston ring interior , characterized in that a lower edge of the several recesses runs obliquely to the upper piston ring flank , wherein the piston ring has a negative twist in the installed state. wherein several recesses are arranged in the upper piston ring flank , extending radially outwardly starting from the piston ring interior , wherein the several recesses and the chamfer extend from the piston ring interior in radial direction to at most a position of a center of area of an axial cross-sectional area of the piston ring and the several recesses face the chamfer with respect to the piston ring interior , characterized in that a lower edge of the several recesses runs obliquely to the upper piston ring flank , wherein the piston ring has a negative twist in the installed state.
A process for the preparation of a catalyst comprising the following steps: (a) preparing a colloidal aqueous suspension of agglomerates of nanoparticles of metallic oxide, said colloidal aqueous suspension being obtained by hydrolysis in aqueous solution, in the absence of a reducing agent and in the absence of an organic solvent, of at least one salt of a metallic precursor and in the presence of at least one agglomerating agent, said metal of said salt of the metallic precursor being selected from the group formed by palladium and nickel, said agglomerating agent being an anionic agglomerating agent selected from the group formed by sodium dodecyl sulphate and sodium dodecylbenzene sulphonate, the molar ratio between the agglomerating agent and the salt of a metallic precursor is between 0.001 and 100, the preparation of said colloidal suspension is effected at a temperature between 10 and 50°C under normal pressure conditions (atmospheric pressure), pH of the colloidal solution is lower than the zero charge point of the metal oxide; the colloidal suspension of agglomerate, that is prepared in that way, is such that between 20% and 95% by number of the nanoparticles of metal oxide are in the form of agglomerates, the size of said agglomerates is between 20 and 200 nm measured by transmission electron microscopy (TEM), (b) depositing said colloidal aqueous suspension of agglomerates obtained in step (a) on a porous support, and (c) drying the product obtained in step (b). (a) preparing a colloidal aqueous suspension of agglomerates of nanoparticles of metallic oxide, said colloidal aqueous suspension being obtained by hydrolysis in aqueous solution, in the absence of a reducing agent and in the absence of an organic solvent, of at least one salt of a metallic precursor and in the presence of at least one agglomerating agent, said metal of said salt of the metallic precursor being selected from the group formed by palladium and nickel, said agglomerating agent being an anionic agglomerating agent selected from the group formed by sodium dodecyl sulphate and sodium dodecylbenzene sulphonate, the molar ratio between the agglomerating agent and the salt of a metallic precursor is between 0.001 and 100, the preparation of said colloidal suspension is effected at a temperature between 10 and 50°C under normal pressure conditions (atmospheric pressure), pH of the colloidal solution is lower than the zero charge point of the metal oxide; the colloidal suspension of agglomerate, that is prepared in that way, is such that between 20% and 95% by number of the nanoparticles of metal oxide are in the form of agglomerates, the size of said agglomerates is between 20 and 200 nm measured by transmission electron microscopy (TEM), (b) depositing said colloidal aqueous suspension of agglomerates obtained in step (a) on a porous support, and (c) drying the product obtained in step (b).
A volatile alkene sensing device comprising a gas pathway having a desiccant area located upstream of a sensor , wherein the sensor is disposed in a housing and the sensor comprises a conductive region in electrical communication with two electrodes and the conductive region comprises nanosized particles of a metal dichalcogenide, a mercaptoimidazolyl metal-ligand complex, and single-walled carbon nanotubes or metallic nanowires.
Letter container trolley comprising a chassis on which rollers are attached, and a structure which has two end walls , the end walls each being foldable between a raised position of use and a collapsed waiting position, characterised in that the upper end wall in the waiting position has, on the outside, at least one indentation , preferably two indentations , for receiving at least one roller , preferably two rollers , of a letter container trolley stacked on top thereof, such that the indentation on the outside of the upper end wall prevents two stacked letter container trolleys from sliding in the longitudinal and transverse direction.
A wireless antenna module comprising a casing , and at least a wireless antenna , a controller , and an external connection connector that are provided in and on the casing , the controller including an operation unit configured to exchange information at least with another device connected through the external connection connector , characterized in that the wireless antenna module is configured to: start by being connected to the another device and supplied with electric power; output a confirmation signal to the another device connected thereto; and function as a master device (M) or a slave device (S) on a network together with the another device, based on information that has been output from the another device in response to input of the confirmation signal. the controller including an operation unit configured to exchange information at least with another device connected through the external connection connector , characterized in that the wireless antenna module is configured to: start by being connected to the another device and supplied with electric power; output a confirmation signal to the another device connected thereto; and function as a master device (M) or a slave device (S) on a network together with the another device, based on information that has been output from the another device in response to input of the confirmation signal. start by being connected to the another device and supplied with electric power; output a confirmation signal to the another device connected thereto; and function as a master device (M) or a slave device (S) on a network together with the another device, based on information that has been output from the another device in response to input of the confirmation signal.
A composition comprising in weight percent based on the weight of the composition: (A) 45-52% ethylene vinyl acetate (EVA) comprising 28-45% units derived from vinyl acetate (VA) based on the weight of the EVA; (B) 30-45% carbon black having 80-115 milliliters per 100 grams (ml/100 g) DBP absorption value, 30-60 milligrams per gram (mg/g) iodine absorption (I2NO), and 0.3-0.6 grams/milliliter (g/ml) apparent density; (C) 5-20% acrylonitrile butadiene rubber (NBR) comprising 25-55% units derived from acrylonitrile (AN) based on the weight of the NBR; (D) 0.2-2% phenolic antioxidant; and (E) 0.5-2% organic peroxide. (A) 45-52% ethylene vinyl acetate (EVA) comprising 28-45% units derived from vinyl acetate (VA) based on the weight of the EVA; (B) 30-45% carbon black having 80-115 milliliters per 100 grams (ml/100 g) DBP absorption value, 30-60 milligrams per gram (mg/g) iodine absorption (I2NO), and 0.3-0.6 grams/milliliter (g/ml) apparent density; 80-115 milliliters per 100 grams (ml/100 g) DBP absorption value, 30-60 milligrams per gram (mg/g) iodine absorption (I2NO), and 0.3-0.6 grams/milliliter (g/ml) apparent density; (C) 5-20% acrylonitrile butadiene rubber (NBR) comprising 25-55% units derived from acrylonitrile (AN) based on the weight of the NBR; (D) 0.2-2% phenolic antioxidant; and (E) 0.5-2% organic peroxide.