mhurhangee/ep-ind-claims huggingface dataset:
A method for providing sound to persons (10, 20, 30) with mobile hearing systems (11, 21, 31) during a conversation with a speaker and by means of an audiovisual system (2, 3, 4), the audiovisual system having a computer, a screen and a microphone, the method comprising the steps of: A) receiving first data from a first mobile hearing system worn by a first person, the first data referencing an image of the first person; B) receiving second data from a second mobile hearing system worn by a second person, the second data referencing an image of the second person; C) representing the image of the first person and the image of the second person on the screen for perception by the speaker; D) the speaker selecting a person (10, 20) by calling one of the represented images (12, 22); E) generating a speech signal by receiving speech of the speaker by means of the microphone; F) wirelessly transmitting the speech signal to the mobile hearing system (11, 21) of the selected person (10, 20); G) a loudspeaker of the mobile hearing system (11, 21) presenting the speech signal for perception by the selected person (10, 20); wherein the first and second data each include an identifier by means of which the image of the first person or the image of the second person is fetched from a database. A) receiving first data from a first mobile hearing system worn by a first person, the first data referencing an image of the first person; B) receiving second data from a second mobile hearing system worn by a second person, the second data referencing an image of the second person; C) representing the image of the first person and the image of the second person on the screen for perception by the speaker; D) the speaker selecting a person (10, 20) by calling one of the represented images (12, 22); E) generating a speech signal by receiving speech of the speaker by means of the microphone; F) wirelessly transmitting the speech signal to the mobile hearing system (11, 21) of the selected person (10, 20); G) a loudspeaker of the mobile hearing system (11, 21) presenting the speech signal for perception by the selected person (10, 20);
A sprayable decorative nail polish comprising a propellant and a decorative liquid polish, said decorative liquid polish comprising: - at least one solvent, in a percentage of 75 to 90%, - at least one fixative, in a percentage of 0.5 to 3%, - at least one colorant, in a percentage of 5 to 20%, and optionally - at least one perfume, in a percentage of 0.1 to 5%, - at least one additive, in a percentage of 0.1 to 5%, said percentages being expressed by weight. - at least one solvent, in a percentage of 75 to 90%, - at least one fixative, in a percentage of 0.5 to 3%, - at least one colorant, in a percentage of 5 to 20%, - at least one perfume, in a percentage of 0.1 to 5%, - at least one additive, in a percentage of 0.1 to 5%,
A chelating complex micelle, comprising: a metal ion core, wherein the metal ion core is Fe; a ligand, wherein the ligand is a block copolymer consisting of poly(ethylene glycol)- b -poly(glutamic acid) (PEG- b -PGA), wherein the poly(glutamic acid) is a chelating segment that can form coordinate bonds with the metal ion core, and the poly(ethylene glycol) is a neutral segment used for enhancing dispersity in aqueous solution; and a drug, linking to the metal ion core via coordinate bonding, wherein the drug is selected from the following list: amifostine and WR-1065. a metal ion core, wherein the metal ion core is Fe; a ligand, wherein the ligand is a block copolymer consisting of poly(ethylene glycol)- b -poly(glutamic acid) (PEG- b -PGA), wherein the poly(glutamic acid) is a chelating segment that can form coordinate bonds with the metal ion core, and the poly(ethylene glycol) is a neutral segment used for enhancing dispersity in aqueous solution; and a drug, linking to the metal ion core via coordinate bonding, wherein the drug is selected from the following list: amifostine and WR-1065.
A laundry product comprising two sheets including water-soluble polymer and having different dissolution rates in water, a first sheet and a second sheet having different dissolution rates, wherein the first sheet comprises a detergent component for washing and a first water-soluble polymer; and the second sheet comprises a softening component for washing and a second water-soluble polymer, wherein the second sheet dissolves in water more slowly than the first sheet, wherein the softening component for washing and the detergent component for washing are prevented from forming a complex, and wherein a dissolution rate difference between the first sheet and the second sheet is from 3 to 10 minutes when 0.5g is dissolved in 300ml of water. a first sheet and a second sheet having different dissolution rates, wherein the first sheet comprises a detergent component for washing and a first water-soluble polymer; and the second sheet comprises a softening component for washing and a second water-soluble polymer, wherein the second sheet dissolves in water more slowly than the first sheet, wherein the softening component for washing and the detergent component for washing are prevented from forming a complex, and wherein a dissolution rate difference between the first sheet and the second sheet is from 3 to 10 minutes when 0.5g is dissolved in 300ml of water.
An adhesive hygienizing composition, directly applicable to a sanitary fixture to which it adheres without the help of supports and/or containers, for the cleaning and/or disinfecting and/or perfuming of sanitary fixtures, having a maximum content of water of 2.5%, comprising: i) from 20% to 70% of a mixture of polyalkoxyalkanes and vinyl methyl ether/maleic acid copolymers as an adhesion promoter; ii) from 20% to 50% of at least one surfactant selected from anionic and/or amphoteric and/or cationic surfactants, iii) disinfecting and/or perfuming agents, (said percentages being expressed as percentages by weight with respect to the total weight of the composition). i) from 20% to 70% of a mixture of polyalkoxyalkanes and vinyl methyl ether/maleic acid copolymers as an adhesion promoter; ii) from 20% to 50% of at least one surfactant selected from anionic and/or amphoteric and/or cationic surfactants, iii) disinfecting and/or perfuming agents,
A method for molding a fiber-reinforced composite structure, the method comprising: dropping chopped fiber composite pieces into a mold; detecting characteristics of individual chopped fiber composite pieces as they drop; directing individual ones of the chopped fiber composite pieces into a predetermined region of the mold based on one or more detected characteristics of respective individual ones of the chopped fiber composite pieces as they drop and/or altering orientations of individual ones of the chopped fiber composite pieces based on one or more detected characteristics of respective individual ones of the chopped fiber composite pieces as they drop; compressing the chopped fiber composite pieces within the mold; and curing the compressed chopped fiber composite pieces to define the fiber-reinforced composite structure. dropping chopped fiber composite pieces into a mold; detecting characteristics of individual chopped fiber composite pieces as they drop; directing individual ones of the chopped fiber composite pieces into a predetermined region of the mold based on one or more detected characteristics of respective individual ones of the chopped fiber composite pieces as they drop and/or altering orientations of individual ones of the chopped fiber composite pieces based on one or more detected characteristics of respective individual ones of the chopped fiber composite pieces as they drop; compressing the chopped fiber composite pieces within the mold; and curing the compressed chopped fiber composite pieces to define the fiber-reinforced composite structure.
Communication network for an aircraft comprising: - in-flight entertainment terminals, intended for individual use by passengers of the aircraft; - an addressing system; and - communication links connecting the terminals and the addressing system, characterized in that it also comprises a plurality of cameras intended for installation inside the aircraft, so that an optical field of each camera comprises a common access area or a shared use area inside the aircraft, which is different from the optical field of each other camera, each camera being connected to the communication links of the network, and in that each in-flight entertainment terminal is adapted to: - receive a command from the corresponding passenger, said command concerning any one of the plurality of cameras, then - forward said command to the addressing system, and the addressing system is adapted to: - send, in response to said command, at least one data item resulting from at least one image acquisition carried out by said any one of the plurality of cameras, via the communication links to the in-flight entertainment terminal that received the command, whereby said any one of the plurality of cameras is the source of said data item, and said in-flight entertainment terminal is adapted to communicate said data item to the corresponding passenger, in relation with an indication of the area inside the aircraft where aid any one of the plurality of cameras from which said data item originates is installed, in which each in-flight entertainment terminal comprises a screen, and is adapted to display at least part of an interior plan of the aircraft, and to display each data item together with a location on the plan of the area corresponding to the camera from which said data item originates, in order to provide the corresponding passenger with a help to facilitate his/her moves inside the aircraft. - in-flight entertainment terminals, intended for individual use by passengers of the aircraft; - an addressing system; and - communication links connecting the terminals and the addressing system, - receive a command from the corresponding passenger, said command concerning any one of the plurality of cameras, then - forward said command to the addressing system, - send, in response to said command, at least one data item resulting from at least one image acquisition carried out by said any one of the plurality of cameras, via the communication links to the in-flight entertainment terminal that received the command, whereby said any one of the plurality of cameras is the source of said data item,
A method for spectral estimation of the clutter of a haline liquid medium received by an oceanographic radar, such as a lake, a river, a sea or an ocean, from an antenna array including at least three antennas, including the following steps: - a first step of forming at least two antenna sub-arrays from the antenna array, each of the sub-arrays including at least one antenna less than the antenna array; - a second step of calculating a beam in one direction for each antenna sub-array, from a beamforming-type beam forming technique; - a third step of locating the azimuth of all sources comprised within the beam from the data of the beam coming from each of the sub-arrays, the azimuth of the source is located by a so-called MUSIC, multiple signal classification, algorithm; - a fourth step of estimating the energy of each of the located sources; the method being characterised in that it contains - a fifth step of selecting a source, called preferred source, among several sources according to a predetermined criterion when the beam includes several sources, the predetermined criterion being the highest energy when several sources have the same direction. - a first step of forming at least two antenna sub-arrays from the antenna array, each of the sub-arrays including at least one antenna less than the antenna array; - a second step of calculating a beam in one direction for each antenna sub-array, from a beamforming-type beam forming technique; - a third step of locating the azimuth of all sources comprised within the beam from the data of the beam coming from each of the sub-arrays, the azimuth of the source is located by a so-called MUSIC, multiple signal classification, algorithm; - a fourth step of estimating the energy of each of the located sources; - a fifth step of selecting a source, called preferred source, among several sources according to a predetermined criterion when the beam includes several sources, the predetermined criterion being the highest energy when several sources have the same direction.
A rotary disconnector with lockable actuation knob, comprising a casing provided with a cover in which a seat for the actuation knob is formed; said knob actuating a bar which actuates members of the disconnector; said knob rotating between at least two operating positions: an open position and a closed position; said open position corresponding to an open position of the contacts of the disconnector, in which there is no flow of current, said closed position corresponding to a closed position of the contacts of the disconnector, in which there is flow of current between the contacts; a padlock seat member being associated to said knob and accommodating the shackle of one or more padlocks; said padlock seat member translating with respect to said knob between two operating positions: a released position, in which said padlock seat member is retracted into said knob and allows the rotation thereof between the open and closed positions, and a locked position, in which the padlock seat member is partially extracted from said knob and locks said knob in one of the open or closed positions; by inserting a shackle of one or more padlocks in said padlock seat member said padlock seat member is prevented from retracting into said knob, which is locked in one of said open or closed positions; said disconnector being characterized in that said padlock seat member has a slot which is extended diagonally and radially, with respect to the rotary motion of the knob, and engages at least one fixed member, which is integral with said knob, so that said padlock seat member can move radially and axially with respect to the rotation axis of the actuation knob.
A puncturing device for taking organic samples, for example an egg cell for in-vitro fertilization, comprising a puncturing cannula tapering to a needle tip, wherein the lumen of the puncturing cannula is configured as a suction channel, and comprising a flushing line which serves to supply a flushing agent, wherein a single-lumen puncturing area is formed adjacent to the needle tip of the puncturing cannula, in which puncturing area the puncturing cannula has a single lumen, which, starting from a connecting site where the flushing line is attached in a fluid-tight manner to the puncturing cannula, is followed by a double-lumen area, wherein at the distal end of the flushing line at least one transfer opening is provided in the suction channel of the puncturing cannula, characterised in that the puncturing cannula has a smaller diameter in the puncturing area than in the proximally adjoining double-lumen area, wherein the at least one transfer opening is disposed at the distal end of the double-lumen area.
Method for inspection of a vehicle undercarriage of a motor vehicle, comprising the following method steps: - sequentially acquiring successive images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) of at least one region of the undercarriage of the motor vehicle moving across a camera device (102a, 102b, 102c, 102d) by way of the camera device (102a, 102b, 102c, 102d); - generating a three-dimensional depth image using the acquired images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) of the at least one region of the undercarriage of the motor vehicle, wherein, for generating the three-dimensional depth image, there are ascertained conformities in the images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) and tracked from image to image and movement vectors of the conformities are determined as a function of time; - analysis of the image data, providing a two-dimensional overall image and the three-dimensional depth information, determining an enhanced measure using a known component of the vehicle, and - inspecting the at least one region of the undercarriage of the motor vehicle using the generated three-dimensional depth image of the undercarriage by means of optical image recognition. - sequentially acquiring successive images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) of at least one region of the undercarriage of the motor vehicle moving across a camera device (102a, 102b, 102c, 102d) by way of the camera device (102a, 102b, 102c, 102d); - generating a three-dimensional depth image using the acquired images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) of the at least one region of the undercarriage of the motor vehicle, wherein, for generating the three-dimensional depth image, there are ascertained conformities in the images (KFa1-KF5a, KF1b-KF5b, KF1c-KF5c, KF1d-KF5d) and tracked from image to image and movement vectors of the conformities are determined as a function of time; - analysis of the image data, providing a two-dimensional overall image and the three-dimensional depth information, determining an enhanced measure using a known component of the vehicle, and - inspecting the at least one region of the undercarriage of the motor vehicle using the generated three-dimensional depth image of the undercarriage by means of optical image recognition.
A device for treating obesity of a patient, the device comprising: at least one operable stretching device (10; 110) implantable in the patient and adapted to stretch a portion of the patient's stomach wall, and an implantable control unit for controlling the operable stretching device, when the control unit and the stretching device are implanted, to stretch the stomach wall portion in connection with the patient eating such that satiety is created, characterized in that the stretching device comprises a first engaging part and a second engaging part (10"; 110a; 110b; 210a; 210b), wherein: the first engaging part is adapted to be engaged to a first area of the stomach wall, and the second engaging part is adapted to be engaged to a second area of the stomach wall, and wherein the stretching device is adapted to stretch a portion of the stomach wall between the first area and the second area. at least one operable stretching device (10; 110) implantable in the patient and adapted to stretch a portion of the patient's stomach wall, and an implantable control unit for controlling the operable stretching device, when the control unit and the stretching device are implanted, to stretch the stomach wall portion in connection with the patient eating such that satiety is created, characterized in that the stretching device comprises a first engaging part and a second engaging part (10"; 110a; 110b; 210a; 210b), wherein: the first engaging part is adapted to be engaged to a first area of the stomach wall, and the second engaging part is adapted to be engaged to a second area of the stomach wall, and wherein the stretching device is adapted to stretch a portion of the stomach wall between the first area and the second area. the first engaging part is adapted to be engaged to a first area of the stomach wall, and the second engaging part is adapted to be engaged to a second area of the stomach wall, and wherein the stretching device is adapted to stretch a portion of the stomach wall between the first area and the second area.
A continuous casting machine adapted to inject mold flux in a molten state into a mold, comprising: a mold; melt-surface covers for covering the upper side of the mold, the melt-surface covers including a pair of right and left covers wherein the pair of right and left covers are mounted on a pair of guiderails disposed parallel with each other on the mold such that they can slide to the right and left, respectively; a mold flux melting unit for melting the mold flux to supply into the mold; a mold flux conveying unit for supplying the molten mold flux that is melted in the mold flux melting unit into the mold; and gas aspirators and/or purge gas injectors (400, 600) formed to extend in a sliding direction of the melt-surface covers and disposed below the melt-surface covers, wherein the gas aspirators inhale gas in an upper space of the mold and/or the purge gas injectors inject purge gas into an upper space of the mold so that volatilized or evaporated mold flux is prevented from adhering to lower surfaces of the melt-surface covers. a mold; melt-surface covers for covering the upper side of the mold, the melt-surface covers including a pair of right and left covers wherein the pair of right and left covers are mounted on a pair of guiderails disposed parallel with each other on the mold such that they can slide to the right and left, respectively; a mold flux melting unit for melting the mold flux to supply into the mold; a mold flux conveying unit for supplying the molten mold flux that is melted in the mold flux melting unit into the mold; and gas aspirators and/or purge gas injectors (400, 600) formed to extend in a sliding direction of the melt-surface covers and disposed below the melt-surface covers, wherein the gas aspirators inhale gas in an upper space of the mold and/or the purge gas injectors inject purge gas into an upper space of the mold so that volatilized or evaporated mold flux is prevented from adhering to lower surfaces of the melt-surface covers.
A system for irrigating a tissue site, comprising: a tissue interface configured to be placed adjacent to the tissue site; a sealing member configured to be placed over the tissue interface to form a sealed space; a negative-pressure source configured to be fluidly coupled to the sealed space; a fluid source; and an irrigation valve comprising: a fluid inlet configured to be fluidly coupled to the fluid source, a fluid outlet configured to be fluidly coupled to the sealed space, and characterised by the system further comprising a clamp actuated by the negative-pressure source to regulate fluid flow from the fluid source through the fluid outlet, the clamp comprises: a fluid enclosure; a liquid spacer disposed in the fluid enclosure; and wherein the fluid inlet and the fluid outlet are coupled to the fluid enclosure; and wherein the clamp comprises a pressure enclosure configured to be fluidly coupled to the negative-pressure source; the fluid enclosure is disposed in the pressure enclosure and the fluid inlet and the fluid outlet provide fluid communication through the pressure enclosure to the fluid enclosure; and the negative-pressure source is configured to draw fluid from the pressure enclosure, compressing the pressure enclosure and the fluid enclosure. a tissue interface configured to be placed adjacent to the tissue site; a sealing member configured to be placed over the tissue interface to form a sealed space; a negative-pressure source configured to be fluidly coupled to the sealed space; a fluid source; and an irrigation valve comprising: a fluid inlet configured to be fluidly coupled to the fluid source, a fluid outlet configured to be fluidly coupled to the sealed space, and a fluid inlet configured to be fluidly coupled to the fluid source, a fluid outlet configured to be fluidly coupled to the sealed space, and characterised by the system further comprising a clamp actuated by the negative-pressure source to regulate fluid flow from the fluid source through the fluid outlet, the clamp comprises: a fluid enclosure; a liquid spacer disposed in the fluid enclosure; and a fluid enclosure; a liquid spacer disposed in the fluid enclosure; and wherein the fluid inlet and the fluid outlet are coupled to the fluid enclosure; and wherein the clamp comprises a pressure enclosure configured to be fluidly coupled to the negative-pressure source; the fluid enclosure is disposed in the pressure enclosure and the fluid inlet and the fluid outlet provide fluid communication through the pressure enclosure to the fluid enclosure; and the negative-pressure source is configured to draw fluid from the pressure enclosure, compressing the pressure enclosure and the fluid enclosure.