mhurhangee/ep-ind-claims huggingface dataset:
An energy-saving recyclable display system, comprising a display stand, a packaging container for packaging a product, and a suspension loop; and a display rod arranged on the display stand, wherein the suspension loop and the packaging container are mounted in a dismountable way; wherein a suspension notch is arranged on an upper part of the suspension loop; wherein a circuit board and a light source are mounted to said suspension loop; wherein the light source is electrically connected to said circuit board; wherein an electric wire is arranged on the circuit board; wherein conductive contacts are arranged at an end of the electric wire, protruding from an inner side face of the suspension notch; wherein the conductive contacts are contactable with the display rod for forming and switching on an electrical circuit for powering up said light source; wherein said light source is powered up through a power supply; wherein in a first alternative said energy-saving recyclable display system is characterized in that said power supply is arranged on said circuit board; wherein a lower part of said suspension loop has an opening and stretches into said packaging container; wherein said circuit board and said light source are mounted in an inner space arranged in said lower part of said suspension loop; or wherein in a second alternative said energy-saving recyclable display system is characterized in that a port is arranged on said circuit board, wherein said port connects to said power supply, wherein said power supply is not arranged on said circuit board; wherein a lower part of said suspension loop has an opening and stretches into said packaging container; wherein said circuit board and said light source are mounted in an inner space arranged in said lower part of said suspension loop.
Deployable device (10, 20, 30) comprising: - a supporting structure, - a deployable structure capable of switching from a configuration wound around a first axis to a configuration deployed along a second axis substantially perpendicular to the first axis, by being deployed by a defined length in a frame of reference of the supporting structure, - a deployed length controlling device, characterized in that the deployed length controlling device comprises: - a sensor and a computer linked to the sensor, - a first conductive track electrically linked to the sensor extending on the deployable structure, substantially along the perimeter of the deployable structure, and forming one or more turns of a first coil in the wound configuration, and in that the sensor is configured to measure an electrical parameter stemming from the first electrically conductive track which varies with the deployed length of the deployable structure and the computer is configured to determine the deployed length of the deployable structure. - a supporting structure, - a deployable structure capable of switching from a configuration wound around a first axis to a configuration deployed along a second axis substantially perpendicular to the first axis, by being deployed by a defined length in a frame of reference of the supporting structure, - a deployed length controlling device, - a sensor and a computer linked to the sensor, - a first conductive track electrically linked to the sensor extending on the deployable structure, substantially along the perimeter of the deployable structure, and forming one or more turns of a first coil in the wound configuration,
A tracheal applicator, said applicator comprising a curved tube-shaped adapter having a circular diameter which at one end comprises a conical constriction, which protrudes into the interior, for a plug-in connection with a tracheal cannula and at the other end is provided with a trumpet-shaped opening and comprises a connecting piece, three radially extending crosspieces protruding into the interior of the adapter in the trumpet-shaped opening in order to serve as a three-point reception for centrally holding and securing the connecting piece of the tracheal applicator and to simultaneously form three ventilation openings, and the connecting piece comprising a rotationally symmetric tube constricted in a nozzle-like manner for channeling a FiO 2 flow coming from a high flow therapy device, the part of the connecting piece protruding into the adapter comprising a bottleneck-shaped tapering and being provided with a seal at the tapered end and comprising several radially distributed and radially extending outlet openings in direct contact with said seal, and the other end of the connecting piece being designed so as to be conically tapering in order to be coupled to a connecting tube of a high flow therapy device by pressing.
A sample preparation system comprising: at least one reaction chamber to hold at least one fluid; for each reaction chamber: multiple inlet impedance sensors disposed at each of multiple inlets of a reaction chamber to detect a level of conductivity through a corresponding inlet; an outlet impedance sensor to detect a level of conductivity through at least one outlet of the reaction chamber; pumps disposed at each inlet and outlet to direct fluid through the reaction chamber; and a number of chamber sensors disposed within the reaction chamber; and a controller to, based on measured levels of conductivity: determine a state of a reaction within each reaction chamber; and selectively activate the pumps within each reaction chamber based on the state of the reaction in that reaction chamber. at least one reaction chamber to hold at least one fluid; for each reaction chamber: multiple inlet impedance sensors disposed at each of multiple inlets of a reaction chamber to detect a level of conductivity through a corresponding inlet; an outlet impedance sensor to detect a level of conductivity through at least one outlet of the reaction chamber; pumps disposed at each inlet and outlet to direct fluid through the reaction chamber; and a number of chamber sensors disposed within the reaction chamber; and multiple inlet impedance sensors disposed at each of multiple inlets of a reaction chamber to detect a level of conductivity through a corresponding inlet; an outlet impedance sensor to detect a level of conductivity through at least one outlet of the reaction chamber; pumps disposed at each inlet and outlet to direct fluid through the reaction chamber; and a number of chamber sensors disposed within the reaction chamber; and a controller to, based on measured levels of conductivity: determine a state of a reaction within each reaction chamber; and selectively activate the pumps within each reaction chamber based on the state of the reaction in that reaction chamber. determine a state of a reaction within each reaction chamber; and selectively activate the pumps within each reaction chamber based on the state of the reaction in that reaction chamber.
A method of classifying the temporal sampling pattern of a sequence of images that represents a moving image into classes of temporal sampling patterns including "film", "video" and "still", wherein pixels in each image in the said sequence are initially classified according to the relationship between signed inter-image pixel-value differences f 1 and f 2 between that image and, respectively, the preceding and succeeding images in the sequence characterised in that the initial classification is refined for each pixel in accordance with the relative numbers of pixels of the image initially classified into each class, wherein said classes of temporal sampling patterns include: a. "film1" where the preceding image corresponds to the same temporal sample and the succeeding image corresponds to a different temporal sample; b. "film2" where the succeeding image corresponds to the same temporal sample and the preceding image corresponds to a different temporal sample; c. "video" where the preceding and succeeding images correspond to different temporal samples; and d. "still" where the preceding and succeeding images correspond to the same temporal sample. a. "film1" where the preceding image corresponds to the same temporal sample and the succeeding image corresponds to a different temporal sample; b. "film2" where the succeeding image corresponds to the same temporal sample and the preceding image corresponds to a different temporal sample; c. "video" where the preceding and succeeding images correspond to different temporal samples; and d. "still" where the preceding and succeeding images correspond to the same temporal sample.
Drilling template for drilling a cylindrical opening of a first diameter in a wall, comprising a body having a planar first face, the body being able to fit into a cylinder of smaller diameter than the first diameter and having a central axis at right angles to said planar first face, drilled at its centre with a cylindrical central hole, along said central axis, the body being drilled with two first additional holes, along axes parallel to said central axis, the body having a planar second face, parallel to the planar first face, characterized in that the planar second face comprises two first marks along right-angled axes, and passing through the central axis, said marks being hollowed out in said surface.
A system for increasing the methane content of biogas, the system comprising - a biogas reactor capable of generating biogas; and - a membrane biofilm reactor arranged for converting carbon dioxide (CO 2) in the biogas and supplied hydrogen (H 2) into methane (CH 4), the membrane biofilm reactor being arranged for comprising a biofilm of methanogens on or in, the membrane, said membrane comprising a first side and a second side; wherein the membrane biofilm reactor is positioned separately and outside of the biogas reactor, the biogas reactor being in fluid connection with the membrane biofilm reactor by: ▪ a fluid intake line for circulating fluid from the biogas reactor to said first side of the membrane so as to provide nutrients to the biofilm and for absorbing the methane gas generated by the biofilm of methanogens; and ▪ a fluid return line in fluid connection with said first side of the membrane for returning the methane enriched fluid from the membrane biofilm reactor to the biogas reactor. - a biogas reactor capable of generating biogas; and - a membrane biofilm reactor arranged for converting carbon dioxide (CO 2) in the biogas and supplied hydrogen (H 2) into methane (CH 4), the membrane biofilm reactor being arranged for comprising a biofilm of methanogens on or in, the membrane, said membrane comprising a first side and a second side; ▪ a fluid intake line for circulating fluid from the biogas reactor to said first side of the membrane so as to provide nutrients to the biofilm and for absorbing the methane gas generated by the biofilm of methanogens; and ▪ a fluid return line in fluid connection with said first side of the membrane for returning the methane enriched fluid from the membrane biofilm reactor to the biogas reactor.
A surface sensing device for use in position determining apparatus, comprising: a probe (22; 60); an elongate stylus (36; 74) which is hollow or made of a solid transparent material and which has a workpiece-sensing stylus tip (38; 82); an optical element ((46,50; 78,80; 120) at or near or connected to the tip so as to be subjected to lateral displacements of the tip; an optical transducer system (40,42,52; 66,68,76) which projects a light beam axially along the hollow or transparent stylus between the optical element and a detector (52; 76), thereby to measure said lateral displacements of the tip; characterised in that the probe includes a longitudinally movable carriage (32; 72); the stylus is exchangeably attached to the carriage for longitudinal displacement; and means (54,56; 84) are provided for measuring said longitudinal displacement. a probe (22; 60); an elongate stylus (36; 74) which is hollow or made of a solid transparent material and which has a workpiece-sensing stylus tip (38; 82); an optical element ((46,50; 78,80; 120) at or near or connected to the tip so as to be subjected to lateral displacements of the tip; an optical transducer system (40,42,52; 66,68,76) which projects a light beam axially along the hollow or transparent stylus between the optical element and a detector (52; 76), thereby to measure said lateral displacements of the tip; characterised in that the probe includes a longitudinally movable carriage (32; 72); the stylus is exchangeably attached to the carriage for longitudinal displacement; and means (54,56; 84) are provided for measuring said longitudinal displacement.
A combination of: - an antisense oligonucleotide comprising a sequence which is complementary to a part of human dystrophin pre-mRNA exon 44 and said oligonucleotide is represented by SEQ ID NO:10; or - an antisense oligonucleotide comprising a sequence which is complementary to a part of human dystrophin pre-mRNA exon 45 and said oligonucleotide is represented by SEQ ID NO:60; and - an adjunct compound for improving muscle fiber function, integrity and/or survival wherein said adjunct compound comprises a xanthine, said combination being for use as a medicament, for alleviating one or more symptom(s) of Duchenne Muscular Dystrophy or Becker Muscular Dystrophy in said individual. - an antisense oligonucleotide comprising a sequence which is complementary to a part of human dystrophin pre-mRNA exon 44 and said oligonucleotide is represented by SEQ ID NO:10; or - an antisense oligonucleotide comprising a sequence which is complementary to a part of human dystrophin pre-mRNA exon 45 and said oligonucleotide is represented by SEQ ID NO:60; and - an adjunct compound for improving muscle fiber function, integrity and/or survival wherein said adjunct compound comprises a xanthine, said combination being for use as a medicament, for alleviating one or more symptom(s) of Duchenne Muscular Dystrophy or Becker Muscular Dystrophy in said individual.
Composition consisting of a mixture of four oxides of the elements zirconium, cerium, lanthanum and a rare-earth element which is either yttrium, samarium or gadolinium, characterized in that it has the following characteristics: - a specific surface area after calcination for 4 hours at 1000°C of at least 45 m 2 /g; - a specific surface area after calcination for 10 hours at 1150°C of at least 15 m 2 /g; - a specific surface area after calcination for 10 hours at 1200°C of at least 7 m 2 /g; - a content of cerium oxide of between 30% and 45%; - a content of lanthanum oxide and of oxide of the other rare-earth element of between 15% and 35%, the content of lanthanum oxide being at least of 2%. - a specific surface area after calcination for 4 hours at 1000°C of at least 45 m 2 /g; - a specific surface area after calcination for 10 hours at 1150°C of at least 15 m 2 /g; - a specific surface area after calcination for 10 hours at 1200°C of at least 7 m 2 /g; - a content of cerium oxide of between 30% and 45%; - a content of lanthanum oxide and of oxide of the other rare-earth element of between 15% and 35%, the content of lanthanum oxide being at least of 2%.
The compound (6-{ -1-[8-fluoro-6-(1-methyl-1H-pyrazol-4-yl)[1,2,4]triazolo[4,3-a]pyridin-3-yl]ethyl}-3-(2-methoxyethoxy)-1,6-naphthyridin-5 -one) for use in a method of treating cancer in a patient diagnosed with cancer, (i) wherein said cancer is selected from a group consisting of gastric, hepatocellular carcinoma, and biliary tract cancer, (ii) wherein said patient exhibits focal amplification of the MET gene in a sample of tumor cells obtained from the patient, (iii) wherein the sample of tumor cells does not comprise a mutation at the KRAS gene that is G13D, G13C, G12V, G12S, G12R, G12D, G12C, or G12A; (iv) wherein the presence of focal amplification of the MET gene is defined by fluorescent in situ hybridization (FISH) as a ratio of MET gene copy number to chromosome 7 copy number, and (v) wherein the ratio is 2 or higher. (i) wherein said cancer is selected from a group consisting of gastric, hepatocellular carcinoma, and biliary tract cancer, (ii) wherein said patient exhibits focal amplification of the MET gene in a sample of tumor cells obtained from the patient, (iii) wherein the sample of tumor cells does not comprise a mutation at the KRAS gene that is G13D, G13C, G12V, G12S, G12R, G12D, G12C, or G12A; (iv) wherein the presence of focal amplification of the MET gene is defined by fluorescent in situ hybridization (FISH) as a ratio of MET gene copy number to chromosome 7 copy number, and (v) wherein the ratio is 2 or higher.
An outer package for a medicament, the outer package comprising a front face, a back face, a first side, a second side, a top, and a bottom, the package having an interior and an exterior, the interior containing an inner package containing a medicament, the top being provided at an angle with respect to the front face of the package when the package is sealed, the top having an opening suitable for extending a portion of the inner package therethrough when the package is sealed, characterised in that the angle is from 20 degrees to 70 degrees and that the package is a six-sided box; wherein the back face of package is taller than the front face to form the angled surface of top edge.
An electric toothbrush, comprising: a driving unit for driving a brush unit mounted on a main body; a light emitting module for emitting light from the brush unit; a reflected light detecting module (25, 26) for detecting reflected light of light emitted from the light emitting module; a stain sensing module for sensing a stain amount of a tooth based on an amount of the reflected light detected by the reflected light detecting module; a fluid spraying module (627, 628, 629, 621) for spraying fluid from the brush unit; and a fluid spray control unit for controlling spray timing of the fluid based on the amount of the reflected light detected by the reflected light detecting module, characterized in that the light emitting module emits a blue light; the reflected light detecting module detects the reflected light as a red light and a green light; the stain sensing module senses the stain amount of the tooth based on the red light; and the fluid spray control unit sprays the fluid under a first supply amount and first pressure when an amount of the green light detected by the reflected light detecting module is equal to or less than a first threshold for a time period that is greater than or equal to a second threshold. a driving unit for driving a brush unit mounted on a main body; a light emitting module for emitting light from the brush unit; a reflected light detecting module (25, 26) for detecting reflected light of light emitted from the light emitting module; a stain sensing module for sensing a stain amount of a tooth based on an amount of the reflected light detected by the reflected light detecting module; a fluid spraying module (627, 628, 629, 621) for spraying fluid from the brush unit; and a fluid spray control unit for controlling spray timing of the fluid based on the amount of the reflected light detected by the reflected light detecting module, characterized in that the light emitting module emits a blue light; the reflected light detecting module detects the reflected light as a red light and a green light; the stain sensing module senses the stain amount of the tooth based on the red light; and the fluid spray control unit sprays the fluid under a first supply amount and first pressure when an amount of the green light detected by the reflected light detecting module is equal to or less than a first threshold for a time period that is greater than or equal to a second threshold.
A mask configured to be attached to a face of a subject comprising: a wall section that defines an internal space and covers at least a portion of a nose and a mouth of the subject; an expired gas introduction section that is disposed in the internal space and introduces expired gas of the subject; and a communication section that defines a communication channel through which the expired gas introduced from the expired gas introduction section is introduced into an expired gas concentration detection sensor, wherein the expired gas introduction section includes: a first opening part opening against the subject's face when the subject wears the mask; a single second opening part opening upwards and introducing the expired gas from the nose into the communication section; and a partition part which divides the expired gas introduction section into the first opening part and the second opening part. a wall section that defines an internal space and covers at least a portion of a nose and a mouth of the subject; an expired gas introduction section that is disposed in the internal space and introduces expired gas of the subject; and a communication section that defines a communication channel through which the expired gas introduced from the expired gas introduction section is introduced into an expired gas concentration detection sensor, wherein the expired gas introduction section includes: a first opening part opening against the subject's face when the subject wears the mask; a single second opening part opening upwards and introducing the expired gas from the nose into the communication section; and a partition part which divides the expired gas introduction section into the first opening part and the second opening part. a first opening part opening against the subject's face when the subject wears the mask; a single second opening part opening upwards and introducing the expired gas from the nose into the communication section; and a partition part which divides the expired gas introduction section into the first opening part and the second opening part.
A delay estimation method, wherein the method comprises: determining a cross-correlation coefficient of a multi-channel signal of a current frame, wherein the multi-channel signal of the current frame includes at least two channel signals, wherein the at least two channel signals are collected by using different audio collection components, wherein the at least two channel signals are transmitted from a same sound device; determining a delay track estimation value of the current frame based on buffered inter-channel time difference information of at least one past frame; determining an adaptive window function of the current frame; performing weighting on the cross-correlation coefficient based on the delay track estimation value of the current frame and the adaptive window function of the current frame, to obtain a weighted cross-correlation coefficient; determining an inter-channel time difference of the current frame based on the weighted cross-correlation coefficient; and performing delay alignment processing on two channles of the at least two channel signals based on the inter-channel time difference. determining a cross-correlation coefficient of a multi-channel signal of a current frame, wherein the multi-channel signal of the current frame includes at least two channel signals, wherein the at least two channel signals are collected by using different audio collection components, wherein the at least two channel signals are transmitted from a same sound device; determining a delay track estimation value of the current frame based on buffered inter-channel time difference information of at least one past frame; determining an adaptive window function of the current frame; performing weighting on the cross-correlation coefficient based on the delay track estimation value of the current frame and the adaptive window function of the current frame, to obtain a weighted cross-correlation coefficient; determining an inter-channel time difference of the current frame based on the weighted cross-correlation coefficient; and performing delay alignment processing on two channles of the at least two channel signals based on the inter-channel time difference.