mhurhangee/ep-ind-claims huggingface dataset:
An air treatment apparatus comprising: a body; an air flow generator housed within the body and arranged to generate an air flow; an evaporator assembly removably disposed within the body and arranged to introduce water vapour into the air flow; and a water supply system arranged to provide water to the evaporator assembly; wherein the water supply system comprises a water tank assembly that is separable from the body, the water tank assembly comprising a water tank having a tank opening; wherein the tank opening is configured to allow the evaporator assembly to fit through the tank opening and the evaporator assembly is configured to fit within an interior volume of the water tank, characterised in that, the water tank assembly further comprises a water pump for pumping water from the water tank to the evaporator assembly, and the water supply system further comprises a water supply pipe disposed within a column that is arranged to convey water to the evaporator assembly, wherein the water pump is arranged to pump water from the water tank into the water supply pipe. a body; an air flow generator housed within the body and arranged to generate an air flow; an evaporator assembly removably disposed within the body and arranged to introduce water vapour into the air flow; and a water supply system arranged to provide water to the evaporator assembly; wherein the water supply system comprises a water tank assembly that is separable from the body, the water tank assembly comprising a water tank having a tank opening; wherein the tank opening is configured to allow the evaporator assembly to fit through the tank opening and the evaporator assembly is configured to fit within an interior volume of the water tank, characterised in that, the water tank assembly further comprises a water pump for pumping water from the water tank to the evaporator assembly, and the water supply system further comprises a water supply pipe disposed within a column that is arranged to convey water to the evaporator assembly, wherein the water pump is arranged to pump water from the water tank into the water supply pipe.
An antenna, comprising: a power supply point on a substrate; a termination resistor on the substrate; first and second lines (104,105) connecting the power supply point and the termination resistor, the first line being on a first surface of the substrate, and the second line being on a second surface of the substrate, wherein the first line includes a plurality of loop portions spaced from each other along a longitudinal direction of the substrate, and the second line includes a plurality of conductive portions connecting the power supply point to one of the loop portions closest thereto, connecting adjacent pairs of loop portions to each other, and connecting the termination resistor to one of the loop portions closest thereto; characterized in that the second surface of the substrate is opposite to the first surface of the substrate. a power supply point on a substrate; a termination resistor on the substrate; first and second lines (104,105) connecting the power supply point and the termination resistor, the first line being on a first surface of the substrate, and the second line being on a second surface of the substrate, wherein the first line includes a plurality of loop portions spaced from each other along a longitudinal direction of the substrate, and the second line includes a plurality of conductive portions connecting the power supply point to one of the loop portions closest thereto, connecting adjacent pairs of loop portions to each other, and connecting the termination resistor to one of the loop portions closest thereto; characterized in that the second surface of the substrate is opposite to the first surface of the substrate.
A method for producing a structure for a semiconductor device comprising: - providing a base layer and a semiconductor film being arranged on the base layer, - introducing first dopants to the semiconductor film, - heating the semiconductor film at least in regions such that a contact layer and a defect layer are generated at least in regions, wherein - the contact layer and the defect layer are of a first conductivity type and the base layer is of a second conductivity type, - a concentration of the first dopants of the contact layer being activated is higher than a concentration of the first dopants of the defect layer being activated, wherein the heating comprises at least two heating steps wherein - after the introduction of the first dopants, a first heating step is applied to the semiconductor film, - after the first heating step, further first dopants are introduced to the semiconductor film, - after the introduction of the further first dopants, a second heating step is applied to the semiconductor film such that the defect layer is generated, - a temperature of the first heating step is higher than a temperature of the second heating step so that in the second heating step comparatively less further first dopants move from interstitial to substitutional lattice sides, and - the defect layer is provided between the contact layer and the base layer at least in regions. - providing a base layer and a semiconductor film being arranged on the base layer, - introducing first dopants to the semiconductor film, - heating the semiconductor film at least in regions such that a contact layer and a defect layer are generated at least in regions, wherein - the contact layer and the defect layer are of a first conductivity type and the base layer is of a second conductivity type, - a concentration of the first dopants of the contact layer being activated is higher than a concentration of the first dopants of the defect layer being activated, wherein the heating comprises at least two heating steps wherein - after the introduction of the first dopants, a first heating step is applied to the semiconductor film, - after the first heating step, further first dopants are introduced to the semiconductor film, - after the introduction of the further first dopants, a second heating step is applied to the semiconductor film such that the defect layer is generated, - a temperature of the first heating step is higher than a temperature of the second heating step so that in the second heating step comparatively less further first dopants move from interstitial to substitutional lattice sides, and - the defect layer is provided between the contact layer and the base layer at least in regions.
A computer implemented method for generating, via a generator neural network comprising an encoder neural network and an attention neural network, a sequence of images representing a temporal progression, the method comprising: encoding, via the encoder neural network, a set of latent values across a series of time steps to produce a feature map for each time step, each feature map relating to a corresponding output image for the time step and encoding information relating to a time dimension, a height dimension and a width dimension; applying the attention neural network to the feature maps to determine the influence of each location in each feature map on each position in each image, the attention neural network comprising: a height attention layer configured to determine a height attention map by applying attention to all feature maps across the height dimension; a width attention layer configured to, for each time step, determine a width attention map by applying attention to all feature maps across the width dimension; and a time attention layer configured to, for each time step, determine a time attention map by applying attention to all feature maps across the time dimension, wherein the generator neural network determines, for each time step, an image for the time step by applying the height, width and time attention maps to a decoding of the feature maps. encoding, via the encoder neural network, a set of latent values across a series of time steps to produce a feature map for each time step, each feature map relating to a corresponding output image for the time step and encoding information relating to a time dimension, a height dimension and a width dimension; applying the attention neural network to the feature maps to determine the influence of each location in each feature map on each position in each image, the attention neural network comprising: a height attention layer configured to determine a height attention map by applying attention to all feature maps across the height dimension; a width attention layer configured to, for each time step, determine a width attention map by applying attention to all feature maps across the width dimension; and a time attention layer configured to, for each time step, determine a time attention map by applying attention to all feature maps across the time dimension, wherein the generator neural network determines, for each time step, an image for the time step by applying the height, width and time attention maps to a decoding of the feature maps. a height attention layer configured to determine a height attention map by applying attention to all feature maps across the height dimension; a width attention layer configured to, for each time step, determine a width attention map by applying attention to all feature maps across the width dimension; and a time attention layer configured to, for each time step, determine a time attention map by applying attention to all feature maps across the time dimension, wherein the generator neural network determines, for each time step, an image for the time step by applying the height, width and time attention maps to a decoding of the feature maps.
A method of preparing a cerium oxide powder for a CMP slurry, which comprises the steps of: (a) preparing a cerium precursor at temperatures of 80-99°C for 2-60 hours using a uniform precipitation method in the presence of one or more pore-forming materials selected from a group consisting of an organic molecule or polymer; (b) decomposing the prepared cerium precursor by thermal treatment; and (c) calcinating the decomposed cerium precursor, wherein the cerium precursor in step (a) is selected from a group consisting of carbonate, hydroxide, chloride, oxalate, and sulfate; wherein the organic molecule or polymer is selected from a group consisting of a carboxyl-based compound, a carbonate-based compound, and a sulfate-based compound, that can be pyrolyzed at temperatures of 150-450°C. (a) preparing a cerium precursor at temperatures of 80-99°C for 2-60 hours using a uniform precipitation method in the presence of one or more pore-forming materials selected from a group consisting of an organic molecule or polymer; (b) decomposing the prepared cerium precursor by thermal treatment; and (c) calcinating the decomposed cerium precursor,
An organic electroluminescent element comprising a substrate having thereon an anode, a cathode, and a plurality of organic layers sandwiched between the anode and the cathode, wherein the plurality of organic layers comprise: a light emitting layer containing a phosphorescence emitting compound; and an electron transport layer containing a compound represented by Formula, Formula n1-Y1 wherein Y1 is a group derived from dibenzofuran or dibenzothiophene; n1 is an integer of 1 or more; Ar1 is a group represented by Formula, a plurality of Ar1 may be the same or different with each other when n1 is two or more; and the compound represented by Formula contains at least two condensed aromatic heterocyclic rings each comprising 3 or more rings condensed with each other: wherein X is -N -, -O-, -S- or -SI (R')-; E1 to E8 each are -C = or -N=; R, R' and R1 each are a hydrogen atom, a substituent or a bonding site to Y1, (*) is a bonding site to Y1; Y2 is a single bond; Y3 and Y4 each are a group derived from 6 membered aromatic ring; and at least one of Y3 and Y4 is an aromatic ring containing a nitrogen atom in the ring; and n2 is an integer of 1 to 4, a light emitting layer containing a phosphorescence emitting compound; and an electron transport layer containing a compound represented by Formula, Formula n1-Y1 wherein Y1 is a group derived from dibenzofuran or dibenzothiophene; n1 is an integer of 1 or more; Ar1 is a group represented by Formula, a plurality of Ar1 may be the same or different with each other when n1 is two or more; and the compound represented by Formula contains at least two condensed aromatic heterocyclic rings each comprising 3 or more rings condensed with each other: wherein X is -N -, -O-, -S- or -SI (R')-; E1 to E8 each are -C = or -N=; R, R' and R1 each are a hydrogen atom, a substituent or a bonding site to Y1, (*) is a bonding site to Y1; Y2 is a single bond; Y3 and Y4 each are a group derived from 6 membered aromatic ring; and at least one of Y3 and Y4 is an aromatic ring containing a nitrogen atom in the ring; and n2 is an integer of 1 to 4,
An interchangeable throttle assembly for controlling a vehicle carburetor having control cables, the assembly comprising: a housing surrounding a cavity; a throttle handle engageable with a throttle reel so that rotation of said handle causes rotation of said throttle reel and moves said control cables; and a plurality of interchangeable throttle reels, each having a different track radius, where a particular one of said interchangeable throttle reels is positionable at one time in said cavity of said housing to engage said control cables; such that the rate of the throttle is variable by interchanging one throttle reel by another, and wherein said throttle handle includes engaging flanges and said interchangeable throttle reels include receiving notches, wherein said engaging flanges engage said receiving notches, characterized by said housing receiving a first elbow and a second elbow which channel and direct said control cables within said housing, each of said first and second elbows including flared portions at the end closest to the throttle reel when a throttle reel is engaged. a housing surrounding a cavity; a throttle handle engageable with a throttle reel so that rotation of said handle causes rotation of said throttle reel and moves said control cables; and a plurality of interchangeable throttle reels, each having a different track radius, where a particular one of said interchangeable throttle reels is positionable at one time in said cavity of said housing to engage said control cables; such that the rate of the throttle is variable by interchanging one throttle reel by another, and wherein said throttle handle includes engaging flanges and said interchangeable throttle reels include receiving notches, wherein said engaging flanges engage said receiving notches, characterized by said housing receiving a first elbow and a second elbow which channel and direct said control cables within said housing, each of said first and second elbows including flared portions at the end closest to the throttle reel when a throttle reel is engaged.
Dishwasher, in particular household dishwasher, having a dishwasher cavity, a door leaf provided for closing and opening the dishwasher cavity, at least one container for items to be washed which can be moved at least partially in and out of the dishwasher cavity and a movement apparatus, which has a spring, in particular a compression spring, and which is designed to move the container for items to be washed automatically out of its operation position to the opened door leaf with a predetermined opening angle of the door leaf, wherein the container for items to be washed is embodied as a cutlery drawer arranged below the ceiling of the dishwasher cavity, which, when the door leaf is opened, can be moved at least partially out of the dishwasher cavity by means of guides, characterised in that the movement apparatus is arranged within the dishwasher cavity and that the movement apparatus is fastened with one of its ends to the rear wall of the dishwasher cavity.
Method for detecting operating parameter data of a motor system having an electric motor, preferably for a fan, wherein during operation of the motor system states of operating parameters are detected, wherein the operating parameters include a basic parameter and at least one additional parameter, wherein, based on a state detection of the basic parameter, state change events of the basic parameter are established, wherein, when a state change event of the basic parameter is detected, a state of the additional parameters is detected, wherein the detected state of the additional parameter is stored in a state linked with the detected state change event, wherein the detected state change event and the detected state of the state parameter and where applicable the detected state of the additional state parameter or the detected states of the additional parameters are stored as a state combination, the method is characterised in that state combinations which are produced as a result of detected state change events are stored by means of a preferably nested matrix with matrix elements, wherein the state combinations are stored in the matrix in such a manner that a distribution of the detected state change events of the basic parameter can be obtained, and wherein the state combinations are stored in the matrix in such a manner that via indexes of the matrix, preferably column indexes and row indexes of the matrix, starting states and target states of the state change events are depicted, and wherein in the matrix elements of the matrix information items relating to the number of the state events are stored. wherein the operating parameters include a basic parameter and at least one additional parameter, wherein, based on a state detection of the basic parameter, state change events of the basic parameter are established, wherein, when a state change event of the basic parameter is detected, a state of the additional parameters is detected, wherein the detected state of the additional parameter is stored in a state linked with the detected state change event, wherein the detected state change event and the detected state of the state parameter and where applicable the detected state of the additional state parameter or the detected states of the additional parameters are stored as a state combination, the method is characterised in that state combinations which are produced as a result of detected state change events are stored by means of a preferably nested matrix with matrix elements, wherein the state combinations are stored in the matrix in such a manner that a distribution of the detected state change events of the basic parameter can be obtained, and wherein the state combinations are stored in the matrix in such a manner that via indexes of the matrix, preferably column indexes and row indexes of the matrix, starting states and target states of the state change events are depicted, and wherein in the matrix elements of the matrix information items relating to the number of the state events are stored.
A mobile terminal device for reproducing a television broadcast signal, said mobile terminal device comprising: a holding unit operable to hold a start time at which a television reproduction for a reserved viewing is to be started; a control unit operable to perform a control so that the television reproduction is started at the start time; and a determination unit operable to determine a current operation mode of said mobile terminal device, wherein said control unit is further operable to control the determined operation mode and the television reproduction for the reserved viewing, a recording unit operable to record a television broadcast onto one of a memory in a main body of said mobile terminal device and a removable recording medium, characterized by when the operation mode is an email creation mode, said control unit is operable to cause a control in accordance with a selection made by the user from among: (a) temporarily saving an email that is currently being created at the start time; (b) displaying both the email currently being created and video by the television reproduction; and (c) causing the recording unit to perform the recording instead of the television reproduction. a holding unit operable to hold a start time at which a television reproduction for a reserved viewing is to be started; a control unit operable to perform a control so that the television reproduction is started at the start time; and a determination unit operable to determine a current operation mode of said mobile terminal device, wherein said control unit is further operable to control the determined operation mode and the television reproduction for the reserved viewing, a recording unit operable to record a television broadcast onto one of a memory in a main body of said mobile terminal device and a removable recording medium, characterized by when the operation mode is an email creation mode, said control unit is operable to cause a control in accordance with a selection made by the user from among: (a) temporarily saving an email that is currently being created at the start time; (b) displaying both the email currently being created and video by the television reproduction; and (c) causing the recording unit to perform the recording instead of the television reproduction. (a) temporarily saving an email that is currently being created at the start time; (b) displaying both the email currently being created and video by the television reproduction; and (c) causing the recording unit to perform the recording instead of the television reproduction.
Rocker/lever arm assembly for a steering system of a vehicle, said rocker/lever arm assembly comprising a fixing element and a kingpin, said kingpin being fixedly carried by said fixing element and said fixing element being configured to be connected to a chassis of said vehicle and a rocker/lever arm comprising a first and second arms (14, 15) configured to be respectively connected to a first and second elements of said steering system, said rocker/lever arm further comprising an hub configured to carry said first and second arms (14, 15), said kingpin being configured to carry said hub in a rotatably free manner, wherein said rotatably free connection between said hub with said kingpin comprises a single roller bearing.
Interface element (60; 60') for a utility vehicle, comprising electronic components, wherein the electronic components have at least one connection (62; 62') to at least one data interface of a utility vehicle, wherein the connection (62; 62') is suitable and is provided for the exchange of measurement data and/or control and/or regulation data for the regulation of electronic components, wherein the electronic components further have at least one integrated measurement and/or control and/or regulation unit, wherein the interface element (60; 60') does not have a sensor and/or an actuator, characterized in that the interface element (60, 60') enables decentralized control and/or regulation electronics which are independent of central control units in the vehicle architecture, and wherein the interface element (60; 60') can be used to actuate valves of an ABS system of the utility vehicle, an electronic brake system of the utility vehicle, an air suspension system of the utility vehicle, an air treatment system of the utility vehicle or a pressure supply system of the utility vehicle.
A sanitary article such as a sanitary napkin, a panty liner, a diaper or an incontinence pad, comprising a liquid permeable topsheet, a backsheet and a fibrous acquisition layer enclosed between said topsheet and said backsheet wherein said fibrous acquisition layer consists essentially of non-absorbent fibers, wherein the non-absorbent fibers are thermoplastic polymeric fibers and said topsheet comprises a dry coating comprising a) an organic acid, having a pKa value not exceeding 5.5, and/or a salt thereof and b) a surface active agent.