mhurhangee/ep-ind-claims huggingface dataset:
Method for the production of a structural die that has die structures for applying microstructures and/or nanostructures in an embossing material, whereby the die is a soft die and can be deformed from the embossing material by bending the soft die, wherein the die structures are coated with a coating, wherein the coating is transparent for UV-light for hardening the embossing material, whereby as coating material for coating the die structures, at least one of the following materials/material classes is used: • Metals • Semiconductor Materials • Ceramics • Glass. • Metals • Semiconductor Materials • Ceramics • Glass.
An electronic smoking article comprising: an outer tube extending in a longitudinal direction; a liquid aerosol formulation; and a heater (19, 319) configured to heat the liquid aerosol formulation to a temperature sufficient to volatilize the liquid aerosol formulation and form an aerosol; characterized in that the electronic smoking article further comprises: a multi-port mouth-end insert including, a downstream end wall having at least two-diverging outlet passages extending therethrough, a mechanical aerosol converter portion upstream of the end wall and including at least one air passage extending therethrough, and an internal cavity arranged between the downstream end wall and the MAC portion, the internal cavity in fluid communication with the at least one air passage and the at least two diverging outlet passages, the MAC portion configured to reduce the size of particles in the aerosol and cool the aerosol produced by the electronic smoking article. an outer tube extending in a longitudinal direction; a liquid aerosol formulation; and a heater (19, 319) configured to heat the liquid aerosol formulation to a temperature sufficient to volatilize the liquid aerosol formulation and form an aerosol; characterized in that the electronic smoking article further comprises: a multi-port mouth-end insert including, a downstream end wall having at least two-diverging outlet passages extending therethrough, a mechanical aerosol converter portion upstream of the end wall and including at least one air passage extending therethrough, and an internal cavity arranged between the downstream end wall and the MAC portion, the internal cavity in fluid communication with the at least one air passage and the at least two diverging outlet passages, the MAC portion configured to reduce the size of particles in the aerosol and cool the aerosol produced by the electronic smoking article. a multi-port mouth-end insert including, a downstream end wall having at least two-diverging outlet passages extending therethrough, a mechanical aerosol converter portion upstream of the end wall and including at least one air passage extending therethrough, and an internal cavity arranged between the downstream end wall and the MAC portion, the internal cavity in fluid communication with the at least one air passage and the at least two diverging outlet passages, the MAC portion configured to reduce the size of particles in the aerosol and cool the aerosol produced by the electronic smoking article.
Method for controlling a display of an augmented reality head-up display device for a motor vehicle, comprising the following steps: - determining a pose of the motor vehicle relative to a map; - extracting reference points from the map, wherein the reference points originate from a surface in a field of view of a driver of the motor vehicle and are calculated from a previously calculated geometric abstraction of a topography stored in the map, and wherein the reference points are extracted from a map region in the direction of travel of the motor vehicle, which map region comprises a main region and an extended region dependent on a speed of the motor vehicle; - transforming the reference points into vehicle coordinates, wherein the transformed reference points represent the course of a surface in or on which a virtual object is to be displayed; - generating the virtual object for contact-analogous display by the augmented reality head-up display device, taking into account the transformed reference points, wherein graphic elements of the virtual object are adapted to a course of the transformed reference points in such a way that the visual impression is created whereby the graphic elements lie in the surface represented by the transformed reference points or are positioned on this surface; and - outputting the virtual object for display by the augmented reality head-up display device. - determining a pose of the motor vehicle relative to a map; - extracting reference points from the map, wherein the reference points originate from a surface in a field of view of a driver of the motor vehicle and are calculated from a previously calculated geometric abstraction of a topography stored in the map, and wherein the reference points are extracted from a map region in the direction of travel of the motor vehicle, which map region comprises a main region and an extended region dependent on a speed of the motor vehicle; - transforming the reference points into vehicle coordinates, wherein the transformed reference points represent the course of a surface in or on which a virtual object is to be displayed; - generating the virtual object for contact-analogous display by the augmented reality head-up display device, taking into account the transformed reference points, wherein graphic elements of the virtual object are adapted to a course of the transformed reference points in such a way that the visual impression is created whereby the graphic elements lie in the surface represented by the transformed reference points or are positioned on this surface; and - outputting the virtual object for display by the augmented reality head-up display device.
Refrigeration appliance, which possesses a chamber, in the interior of which the products to be refrigerated are placed, and has at least one outer wall, a connection element, and an insulating layer, wherein the outer wall closes an outer surface of the cited chamber, wherein an intermediate space is formed at a fixed distance between the chamber and the outer wall, inside which the connection element and the insulating layer are located, wherein the insulating layer encloses the outer surface of the chamber and fills the space between the outer wall and the chamber, and the connection element is connected at one end to an opening located on the chamber, wherein the refrigeration appliance possesses at least one fastening extension, which is formed on said end of the cited connection element and simultaneously lies adjacent to the opening and touches the interior of the chamber, characterised in that the cited connection element possesses another end, which is connected to a further opening located on a further chamber, wherein the two chambers are a refrigerator chamber and a freezer chamber, meaning that the connection element is able to maintain a conveyance of air between the two chambers.
An inductive detection type rotary encoder comprising: a stator; a rotor which is rotatable about a rotation shaft and is arranged opposite to the stator; a transmission wiring (31; 31a, 31b) which is annularly formed on the stator about the rotation shaft; a first reception wiring and a second reception wiring which are annularly formed on the stator along the transmission wiring (31; 31a, 31b) about the rotation shaft; and a first magnetic flux coupler and a second magnetic flux coupler which are annularly formed on the rotor about the rotation shaft and are directed for magnetic-flux coupling with the transmission wiring (31; 31a, 31b), the first reception wiring and the second reception wiring, the first reception wiring and the first magnetic flux coupler forming a first track having a shape periodically changing in a rotation direction of the rotor at a first pitch, the second reception wiring and the second magnetic flux coupler forming a second track having a shape periodically changing in a rotation direction of the rotor at a second pitch different from the first pitch, the first reception wiring and the second reception wiring being stacked via a first insulative layer in a direction in which the rotation shaft extends, and the first magnetic flux coupler and the second magnetic flux coupler being stacked via a second insulative layer in a direction in which the rotation shaft extends, the first reception wiring and the first magnetic flux coupler are arranged between the second reception wiring and the second magnetic flux coupler, and the first pitch is shorter than the second pitch. a stator; a rotor which is rotatable about a rotation shaft and is arranged opposite to the stator; a transmission wiring (31; 31a, 31b) which is annularly formed on the stator about the rotation shaft; a first reception wiring and a second reception wiring which are annularly formed on the stator along the transmission wiring (31; 31a, 31b) about the rotation shaft; and a first magnetic flux coupler and a second magnetic flux coupler which are annularly formed on the rotor about the rotation shaft and are directed for magnetic-flux coupling with the transmission wiring (31; 31a, 31b), the first reception wiring and the second reception wiring, the first reception wiring and the first magnetic flux coupler forming a first track having a shape periodically changing in a rotation direction of the rotor at a first pitch, the second reception wiring and the second magnetic flux coupler forming a second track having a shape periodically changing in a rotation direction of the rotor at a second pitch different from the first pitch, the first reception wiring and the second reception wiring being stacked via a first insulative layer in a direction in which the rotation shaft extends, and the first magnetic flux coupler and the second magnetic flux coupler being stacked via a second insulative layer in a direction in which the rotation shaft extends, the first reception wiring and the first magnetic flux coupler are arranged between the second reception wiring and the second magnetic flux coupler, and the first pitch is shorter than the second pitch.
Assembly comprising a tube for a tank and a welding tool for welding at least one component with the tube for a tank, the tube comprising a flattened part, which is a surface of the tube designed to be welded on the component, and at least one flat reference flank (50, 52) which are designed to be used with the tool and the component welded by means of the tool, the tool comprising: - means (16, 18) for gripping of the tube, which are designed to retain the tube and the tool in a position fixed relative to one another; - means (22, 24) for heating the a flattened part; characterized in that the means (16, 18) for gripping of the tube comprise a jaw comprising at least one upper tooth and one lower tooth, with the upper tooth comprising at least one first flat inner surface which can come into contact with the flattened part, the lower tooth comprising at least one second flat inner surface which can come into contact with at least one flat reference flank (50, 52) provided on the tube, with the flat reference flank being such that it makes it possible to position the flattened part opposite the means (22, 24) for heating of the flattened part, when the upper and lower teeth approach one another. - means (16, 18) for gripping of the tube, which are designed to retain the tube and the tool in a position fixed relative to one another; - means (22, 24) for heating the a flattened part;
A polymer material comprising an agglomeration of melamine-formaldehyde co-polymer nano-particles with mesopores disposed between said nano-particles; each nano-particle being less than 1 micron in size; and wherein micropores extend within the co-polymer nano-particles; the polymeric material having a Brunauer Emmett Teller surface area of at least 300 m 2 /g; said mesopores having a pore diameter, as measured via the Barrett-Joyner-Halenda method, of between 2 nm to 50 nm; and said micropores having a pore diameter, as measured via the BJH method, of 2 nm or less.
A diary with a plurality of record bundles and a cover enclosing the bundles, wherein the cover comprises: a joint panel; an elastic first synthetic resin laid on the joint panel; and an elastic second synthetic resin laid on the first synthetic resin; the diary being characterised in that the cover comprises a third synthetic resin interposed between the first synthetic resin and the joint panel or disposed on the second synthetic resin, and formed different from the first synthetic resin and the second synthetic resin in material, wherein the first synthetic resin, the second synthetic resin, and the third synthetic resin are joined at a plurality of points to allow the cover to have a bulged surface and air is injected into a space between the first synthetic resin and the second synthetic resin. a joint panel; an elastic first synthetic resin laid on the joint panel; and an elastic second synthetic resin laid on the first synthetic resin; the diary being characterised in that the cover comprises a third synthetic resin interposed between the first synthetic resin and the joint panel or disposed on the second synthetic resin, and formed different from the first synthetic resin and the second synthetic resin in material, wherein the first synthetic resin, the second synthetic resin, and the third synthetic resin are joined at a plurality of points to allow the cover to have a bulged surface and air is injected into a space between the first synthetic resin and the second synthetic resin.
A hybrid imaging dataset generation method performed by at least one electronic processor operating on emission imaging data acquired of a patient for one or more axial frames at a corresponding one or more bed positions, the method comprising: (a) identifying a frame of interest from the one or more axial frames; (b) generating simulated lesion data by simulating emission imaging data for the frame of interest of at least one simulated lesion placed in the frame of interest using a Monte Carlo simulator; (c) generating simulated frame emission imaging data by simulating emission imaging data for the frame of interest of the patient using the Monte Carlo simulator; (d) determining a normalization factor comprising a ratio of the value of a quantitative metric for the simulated data and the value of the quantitative metric for the emission imaging data acquired of the patient for the frame of interest; and (e) generating a hybrid data set comprising the emission imaging data acquired of the patient for the one or more axial frames at the corresponding one or more bed positions with the frame of interest replaced by a combination of the simulated lesion data scaled by the normalization factor and the emission imaging data acquired of the patient for the frame of interest. (a) identifying a frame of interest from the one or more axial frames; (b) generating simulated lesion data by simulating emission imaging data for the frame of interest of at least one simulated lesion placed in the frame of interest using a Monte Carlo simulator; (c) generating simulated frame emission imaging data by simulating emission imaging data for the frame of interest of the patient using the Monte Carlo simulator; (d) determining a normalization factor comprising a ratio of the value of a quantitative metric for the simulated data and the value of the quantitative metric for the emission imaging data acquired of the patient for the frame of interest; and (e) generating a hybrid data set comprising the emission imaging data acquired of the patient for the one or more axial frames at the corresponding one or more bed positions with the frame of interest replaced by a combination of the simulated lesion data scaled by the normalization factor and the emission imaging data acquired of the patient for the frame of interest.
An operation planning system formulating a power generation operation schedule for a power grid network in accordance with a power demand, the power grid network comprising a plurality of power plants, a plurality of transformer stations, a plurality of batteries for a fluctuation suppression, and a plurality of batteries for a load equalization, the plurality of power plants, the plurality of transformer stations, and the plurality of batteries being connected together through a power system, the operation planning system comprising: a database storing power generation basic unit information indicating an environmental load per a unit power quantity, and application information on stored energy in the battery; a basic unit determiner setting power generation basic unit information of the battery by adding a power generation basic unit of the stored energy based on the power generation basic unit information of the power plant and the application information of the stored energy to the power generation basic unit information of the battery; and an adder that sequentially adds, while selecting a power generation facility from the power plants and the batteries in increasing order of a value indicated by the power generation basic unit information, a power generation quantity of the selected power generation facility to a total power generation quantity until the total power generation quantity matches the demand quantity, the application information on the battery for a fluctuation suppression indicates an application for a fluctuation suppression; and when the application information indicates an application for a fluctuation suppression, the basic unit determiner adds the power generation basic unit information of the power plant generating energy stored in the battery for a fluctuation suppression to the power generation basic unit information of the battery for a fluctuation suppression, wherein the operation planning system formulates the operation schedule that presents a plurality of power generation facilities and each power generation quantity in accordance with the demand quantity. a database storing power generation basic unit information indicating an environmental load per a unit power quantity, and application information on stored energy in the battery; a basic unit determiner setting power generation basic unit information of the battery by adding a power generation basic unit of the stored energy based on the power generation basic unit information of the power plant and the application information of the stored energy to the power generation basic unit information of the battery; and an adder that sequentially adds, while selecting a power generation facility from the power plants and the batteries in increasing order of a value indicated by the power generation basic unit information, a power generation quantity of the selected power generation facility to a total power generation quantity until the total power generation quantity matches the demand quantity,
A method of improving lasing efficiency of an erbium-based medium comprising: a. exposing the medium to a first pump radiation of a first wavelength, such that a first erbium ion is excited from a first state to a second state; and b. exposing the medium to a second pump radiation of a second wavelength, such that a second erbium ion is excited from a third state to a fourth state, said first state being an 4 I 15/2 ground state, said second state being an 4 I 11/2 upper lasing state, and said third state being an 4 I 13/2 lower lasing state; c. wherein a population of erbium ions in the second state is increased and a population of erbium ions in the third state is reduced, thereby increasing the lasing efficiency between the second state as the upper lasing state and the third state as the lower lasing state. a. exposing the medium to a first pump radiation of a first wavelength, such that a first erbium ion is excited from a first state to a second state; and b. exposing the medium to a second pump radiation of a second wavelength, such that a second erbium ion is excited from a third state to a fourth state, said first state being an 4 I 15/2 ground state, said second state being an 4 I 11/2 upper lasing state, and said third state being an 4 I 13/2 lower lasing state; c. wherein a population of erbium ions in the second state is increased and a population of erbium ions in the third state is reduced, thereby increasing the lasing efficiency between the second state as the upper lasing state and the third state as the lower lasing state.
A method performed by a network node for sending to a wireless device a primary synchronization signal, PSS, and an associated information message, for synchronization of the wireless device with the network node, the network node and the wireless device operating in a wireless communications network, the method comprising: sending the primary synchronization signal in N OFDM symbols within a subframe, at least once in a time and frequency position in every one of the N OFDM symbols, wherein N is equal or larger than 2, and, for each sending of the primary synchronization signal; sending a second synchronization signal and the associated information message at pre-defined time and frequency positions in OFDM symbols, which pre-defined time and frequency positions are relative to the time and frequency position of the primary synchronization signal, wherein the associated information message comprises an index, and wherein a subframe timing and the frame timing are obtainable by the wireless device by detecting the index, wherein the associated information message comprises an associated Physical Broadcast CHannel, PBCH, and a reference signal for PBCH demodulation wherein the associated PBCH further comprises associated system information. sending the primary synchronization signal in N OFDM symbols within a subframe, at least once in a time and frequency position in every one of the N OFDM symbols, wherein N is equal or larger than 2, and, for each sending of the primary synchronization signal; sending a second synchronization signal and the associated information message at pre-defined time and frequency positions in OFDM symbols, which pre-defined time and frequency positions are relative to the time and frequency position of the primary synchronization signal, wherein the associated information message comprises an index, and wherein a subframe timing and the frame timing are obtainable by the wireless device by detecting the index, wherein the associated information message comprises an associated Physical Broadcast CHannel, PBCH, and a reference signal for PBCH demodulation wherein the associated PBCH further comprises associated system information.
A prosthetic implant delivery assembly, comprising: a prosthetic implant comprising an expandable stent portion having a plurality of apices circumferentially spaced around a first end portion of the stent, wherein at least some of the apices comprise an aperture; and an elongate catheter comprising a plurality of radially expandable arms extending axially from a distal end of a shaft of the catheter, each arm having a hook portion which extends radially inwardly, wherein the hook portions of the arms releasably engage a respective aperture of the stent, and the arms of the catheter are configured such that the arms can expand radially relative to the catheter when the arms are exposed from within a sheath such that the hook portions disengage the apertures of the stent. a prosthetic implant comprising an expandable stent portion having a plurality of apices circumferentially spaced around a first end portion of the stent, wherein at least some of the apices comprise an aperture; and an elongate catheter comprising a plurality of radially expandable arms extending axially from a distal end of a shaft of the catheter, each arm having a hook portion which extends radially inwardly, wherein the hook portions of the arms releasably engage a respective aperture of the stent, and the arms of the catheter are configured such that the arms can expand radially relative to the catheter when the arms are exposed from within a sheath such that the hook portions disengage the apertures of the stent.