mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an amplifier; a first inductor coupled to an input of the amplifier; a second inductor that is inductively coupled to the first inductor and that couples the amplifier to a first supply node; and a third inductor that is inductively coupled to the first inductor and to the second inductor and that couples the amplifier to a second supply node. an amplifier; a first inductor coupled to an input of the amplifier; a second inductor that is inductively coupled to the first inductor and that couples the amplifier to a first supply node; and a third inductor that is inductively coupled to the first inductor and to the second inductor and that couples the amplifier to a second supply node.
A method for transmitting data to an identification module in a mobile terminal device that can be connected to a mobile telecommunications network, making use of an OTA server that has a database with security information for a plurality of identification modules and that also has a first interface for transmitting secured information, especially OTA messages, to the identification modules, wherein, in order to be secured in the OTA server, the data is transferred by the data center to the OTA server via a second interface, wherein the data is secured in the OTA server by means of security information stored in the database, and the secured data is transferred via the second interface of the OTA server to a data center that is connected to the OTA server, and wherein the transferred data is transmitted to the identification module by data center.
Exopolysaccharide of the strain of Vibrio sp. with deposit number CNC I-4239, for use in the treatment and/or prevention of pain, inflammation, itching or hyperhidrosis of the skin and/or mucous membranes, wherein the exopolysaccharide comprises from 30 to 55 % by weight glucuronic acid, from 30 to 60 % by weight N-acetylglucosamine, and from 5 to 20 % by weight N-acetylgalactosamine.
A label-holder frame for telecommunications and data technology, wherein the label-holder frame has means for receiving an inscription label, wherein the label-holder frame has attachment means (10, 15) for receiving the label-holder frame on a mounting rack for connection strips, characterised in that the label-holder frame has first attachment means to be received on round rods and second attachment means to be received on brackets of a mounting tray.
A method implemented in a device and comprising: associating a first item, which is stored audio, with a first portion of a spherical hovering field, the spherical hovering field being a three dimensional input area for receiving hovering inputs and at least partially encompassing the device, wherein the first portion of the spherical hovering field comprises a first layer and a second portion of the spherical hovering field comprises a second layer, wherein the center point of the device is defined as a reference point of the spherical hovering field and each layer of the spherical hovering field is a range of distances from the reference point, and wherein said associating comprises providing a first virtual item representative of the first item in said first portion of the spherical hovering field; and controlling spatial positioning of the stored audio within a spatial audio field in dependence on a position of the first virtual item. associating a first item, which is stored audio, with a first portion of a spherical hovering field, the spherical hovering field being a three dimensional input area for receiving hovering inputs and at least partially encompassing the device, wherein the first portion of the spherical hovering field comprises a first layer and a second portion of the spherical hovering field comprises a second layer, wherein the center point of the device is defined as a reference point of the spherical hovering field and each layer of the spherical hovering field is a range of distances from the reference point, and wherein said associating comprises providing a first virtual item representative of the first item in said first portion of the spherical hovering field; and controlling spatial positioning of the stored audio within a spatial audio field in dependence on a position of the first virtual item.
A method for shooting an image, applied in a terminal device having a first camera assembly (10, 66) and a second camera assembly (20, 67), wherein each filter unit in the first camera assembly (10, 66) is corresponding to one pixel point of a first image sensor of the first camera assembly (10, 66), each filter unit in the second camera assembly (20, 67) is corresponding to n adjacent pixel points of a second image sensor of the second camera assembly (20, 67), where n is greater than or equal to 2, and the method comprises: controlling the n adjacent pixel points corresponding to a same filter unit in the second image sensor to be under respective different amounts of exposure; obtaining (S202, S305) a first image and a second image of an object respectively by the first image sensor and the second image sensor, wherein a number of pixels in the first image is different from a number of pixels in the second image; performing (S203, S306) an interpolation operation on the pixels in the second image to obtain a third image having a same number of pixels as the first image; and performing (S204, S307) an image composition on the third image and the first image to obtain a high dynamic range image of the object. controlling the n adjacent pixel points corresponding to a same filter unit in the second image sensor to be under respective different amounts of exposure; obtaining (S202, S305) a first image and a second image of an object respectively by the first image sensor and the second image sensor, wherein a number of pixels in the first image is different from a number of pixels in the second image; performing (S203, S306) an interpolation operation on the pixels in the second image to obtain a third image having a same number of pixels as the first image; and performing (S204, S307) an image composition on the third image and the first image to obtain a high dynamic range image of the object.
A method for spectrophotometric study of gold plasmonic nanoparticles, the method comprising the steps of: - directing light from a light beam emitter through a first optical path onto a sample that comprises the nanoparticles, thereby sequentially illuminating the entirety of the sample at various wavelengths, - detecting the scattered light after it goes through a dark-field objective by an array of photodetectors arranged on a second optical path defined as the path of the light beam after coming in contact with the sample, - processing the light beam received by the photodetectors, by processing means having a correlation, wherein each one of the photodetectors corresponds to a spatial point on the sample and, - normalizing the scattered light of each nanoparticle using the darker region around the particle as a reference signal. - directing light from a light beam emitter through a first optical path onto a sample that comprises the nanoparticles, thereby sequentially illuminating the entirety of the sample at various wavelengths, - detecting the scattered light after it goes through a dark-field objective by an array of photodetectors arranged on a second optical path defined as the path of the light beam after coming in contact with the sample, - processing the light beam received by the photodetectors, by processing means having a correlation, wherein each one of the photodetectors corresponds to a spatial point on the sample and, - normalizing the scattered light of each nanoparticle using the darker region around the particle as a reference signal.
A cutting and shaping assembly for chewing gum, candy and the like, comprising a collection magazine for blanks, a conveyance line for said blanks in order to convey them from the exit opening of said magazine to an area for the pickup of the finished products, and two ultrasound cutting units arranged along said conveyance line, each said cutting unit being constituted by a vibrating cutting tool being a sonotrode in which at least one cutting edge faces and is proximate to said conveyance line and its back is coupled to a piezoelectric transducer powered by an electric generator of a signal oscillating at a preset frequency, characterized in that said two cutting units are arranged mutually opposite with respect to said conveyance line, each cutting unit being in a configuration of at least partial interference of at least one respective edge with at least one blank, the first ultrasound cutting unit being suspended above said conveyance line with the at least one respective edge directed toward the top of said line, the second ultrasound cutting unit being suspended below said conveyance line with the at least one respective edge directed toward the bottom of said line; wherein in each ultrasound cutting unit at least one mechanical amplifier is interposed between said piezoelectric transducer and said vibrating cutting tool in order to increase the amplitude of the mechanical vibration generated by the transducer 13 and subsequently transmit it to the vibrating cutting tool.
A method of preparing a compound of Formula: comprising reacting a compound of Formula: with a compound of Formula: in a reaction mixture under cyclisation conditions to form said compound of Formula; wherein the ratio of the amount of the compound of Formula to the amount of the compound of Formula, on a molar basis, is at least about 2; and wherein: -R 1 is independently -H or -R 1A; -R 2 is independently -H or -R 2A; -R 1A is independently -F, -Cl, -Br, -I, -R X, -OH, -OR X, or -SR X; -R 2A is independently -F, -Cl, -Br, -I, -R X, -OH, -OR X, or -SR X; each -R X is independently linear or branched saturated C 1-4 alkyl; or -R 1 and -R 2 together form -CH=CH-CH=CH-, -N=CH-CH=CH-, -CH=N-CH=CH-, -CH=CH-N=CH-, or -CH=CH-CH=N-; and -NPG is a protected amino group which is stable to said cyclisation conditions. -R 1 is independently -H or -R 1A; -R 2 is independently -H or -R 2A; -R 1A is independently -F, -Cl, -Br, -I, -R X, -OH, -OR X, or -SR X; -R 2A is independently -F, -Cl, -Br, -I, -R X, -OH, -OR X, or -SR X; each -R X is independently linear or branched saturated C 1-4 alkyl; or -R 1 and -R 2 together
Brush for a machine for the horizontal and/or vertical cleaning of surfaces which are provided with grooves, joints, unevennesses and/or pores, wherein said machine is provided to move the brush in a plane which is substantially parallel to said surface, and wherein this brush is provided with - at least one set of first hairs for cleaning or polishing the parts of the surface which extend between the grooves, joints, unevennesses and/or pores, - at least one set of second hairs for cleaning the grooves, joints, unevennesses and/or pores; wherein these first and second hairs (1, 2) form a cleaning surface and wherein these second hairs protrude with respect to the first hairs at this cleaning surface, characterized in that the brush comprises a base plate which is provided to be releasably attached by means of one or several bolt or screw connections to one or several brush parts which are provided with one or several sets of second hairs, that said base plate comprises two or several sets of first hairs which are directly implanted into the base plate, that there is a zone between two sets of first hairs which is free from said first hairs and which is provided for releasably attaching said brush parts by means of one or several bolt or screw connections, and that said second hairs are implanted in said brush parts. - at least one set of first hairs for cleaning or polishing the parts of the surface which extend between the grooves, joints, unevennesses and/or pores, - at least one set of second hairs for cleaning the grooves, joints, unevennesses and/or pores;
Fuel injection valve, comprising: - an actuator with an electric contact element, - a plug, - a fuel feed pipe, and - an injection-moulded housing part, - the plug having a base body, an electric connecting element for an electric connection to the electric contact element of the actuator, and a rib which projects from the base body, and - the injection-moulded housing part surrounding the electric connecting element of the plug and being injection-moulded onto the rib of the plug and the fuel feed pipe, characterized in that the rib is configured so as to project from the base body in such a way that it runs in the direction of the fuel feed pipe, without being passed through by the electric connecting element. - an actuator with an electric contact element, - a plug, - a fuel feed pipe, and - an injection-moulded housing part, - the plug having a base body, an electric connecting element for an electric connection to the electric contact element of the actuator, and a rib which projects from the base body, and - the injection-moulded housing part surrounding the electric connecting element of the plug and being injection-moulded onto the rib of the plug and the fuel feed pipe,
Domestic appliance door, especially oven door, which is pivotably mounted about an articulated axis (12, 65), having a door handle, which can be pivoted about a door handle axis running parallel to the pivot axis (12, 65) and is connected to at least one control gear, which pivots the door handle in a second pivot direction opposing a first pivot direction when the door is pivoted in a first direction, characterised in that a protective device embodied as a tension spring is assigned to the control gear, by means of which, when the door handle is operated incorrectly without pivoting the door, a transmission of the pivot movement from the door handle to the control gear and thus damage to the control gear is prevented and the tension spring absorbs the pivot movement of the door handle resulting therefrom.
Piston pump, in particular high-pressure fuel pump for an internal combustion engine, having a pump housing, a pump piston and a delivery chamber delimited at least also by the pump piston and the pump housing, wherein a seal for sealing off the delivery chamber and a separate guide element for guiding the pump piston are arranged between the pump piston and the pump housing, characterized in that the seal is in the form of a metal sleeve with a radially outwardly projecting flange, wherein the flange has a clearance at its radially outer edge with respect to the peripheral wall of the recess accommodating the pump piston.
A composition comprising an effective amount of shortened fibers of poly-N-acetylglucosamine (sNAG nanofibers) for use in a method of treating or preventing a herpes simplex virus infection or a symptom caused by an HSV infection in a human subject, the method comprising topically administering said composition on a daily basis to the human subject at the site of, or in proximity to, a cold sore or lesion associated with the HSV infection; wherein the sNAG nanofibers are the only active ingredient in the composition; and wherein the sNAG nanofibers comprise N-acetylglucosamine monosaccharides and glucosamine monosaccharides, wherein more than 70% of the monosaccharides are N-acetylglucosamine monosaccharides; and wherein (i) more than 50% of the sNAG nanofibers are between about 1 to 15 μm in length, or (ii) the sNAG nanofibers were produced by irradiation of poly-N-acetylglucosamine fibers with a dose of irradiation that reduces the average length of the sNAG nanofibers to less than about 15 μm in length. wherein the sNAG nanofibers are the only active ingredient in the composition; and wherein the sNAG nanofibers comprise N-acetylglucosamine monosaccharides and glucosamine monosaccharides, wherein more than 70% of the monosaccharides are N-acetylglucosamine monosaccharides; and wherein (i) more than 50% of the sNAG nanofibers are between about 1 to 15 μm in length, or (ii) the sNAG nanofibers were produced by irradiation of poly-N-acetylglucosamine fibers with a dose of irradiation that reduces the average length of the sNAG nanofibers to less than about 15 μm in length.
A protein dimer composed of a pair of fusion proteins, each fusion protein comprising a latency associated peptide, a pharmaceutically active agent and an amino acid sequence comprising a dimerisation domain composed of a leucine zipper, an isoleucine zipper, a zinc finger or an antibody fragment polypeptide, wherein the LAP and the pharmaceutically active agent are connected by an amino acid sequence comprising a proteolytic cleavage site, and the dimerisation domain is linked to the N-terminal of the LAP and wherein the fusion proteins are associated at the dimerisation domain in each fusion protein and form a closed shell around the pharmaceutically active agent.
A battery module, comprising: a plurality of secondary batteries stacked to each other using a stacking frame, each including an electrode assembly, a case and an electrode lead; and a terminal bus bar having a plate-like coupling unit, wherein the coupling unit of the terminal bus bar is interposed between ends of the electrode leads and the case and is in contact with the electrode leads, wherein electrode leads of the same polarity provided in three or more secondary batteries among a plurality of secondary batteries stacked to each other using the stacking frame are coupled to a flat surface of the coupling unit by a laser welding process, so that two or more electrode leads stacked to each other are in contact with one end of the coupling unit, and the other one or more electrode leads are in contact with the other end of the coupling unit, wherein the maximum number of electrode leads overlapped with respect to the coupling unit of a single terminal bus bar is two. a plurality of secondary batteries stacked to each other using a stacking frame, each including an electrode assembly, a case and an electrode lead; and a terminal bus bar having a plate-like coupling unit, wherein the coupling unit of the terminal bus bar is interposed between ends of the electrode leads and the case and is in contact with the electrode leads, wherein electrode leads of the same polarity provided in three or more secondary batteries among a plurality of secondary batteries stacked to each other using the stacking frame are coupled to a flat surface of the coupling unit by a laser welding process, so that two or more electrode leads stacked to each other are in contact with one end of the coupling unit, and the other one or more electrode leads are in contact with the other end of the coupling unit,
A downlink control channel transmission method, comprising: obtaining (101, 201), by a receiving network element, target downlink control information, DCI on a first target control channel candidate in a target control channel candidate set, wherein the target DCI is DCI of the receiving network element, and the first target control channel candidate comprises one or more control channel element groups, CCEGs; determining, by the receiving network element based on the target DCI, a quantity of measurement reference signals and a time-frequency resource corresponding to each measurement reference signal, wherein the measurement reference signal comprises a demodulation reference signal of the first target control channel candidate and/or a demodulation reference signal of at least one second target control channel candidate in the target control channel candidate set; measuring (103, 203), by the receiving network element, each measurement reference signal, to obtain channel quality information corresponding to each measurement reference signal; and reporting (104, 204), by the receiving network element, the channel quality information corresponding to each measurement reference signal to a sending network element. obtaining (101, 201), by a receiving network element, target downlink control information, DCI on a first target control channel candidate in a target control channel candidate set, wherein the target DCI is DCI of the receiving network element, and the first target control channel candidate comprises one or more control channel element groups, CCEGs; determining, by the receiving network element based on the target DCI, a quantity of measurement reference signals and a time-frequency resource corresponding to each measurement reference signal, wherein the measurement reference signal comprises a demodulation reference signal of the first target control channel candidate and/or a demodulation reference signal of at least one second target control channel candidate in the target control channel candidate set; measuring (103, 203), by the receiving network element, each measurement reference signal, to obtain channel quality information corresponding to each measurement reference signal; and reporting (104, 204), by the receiving network element, the channel quality information corresponding to each measurement reference signal to a sending network element.
Quick release coupling for an excavator bucket coupler comprising a jaw for engaging and holding a bucket pin and a locking device for locking said jaw in a holding position of said bucket pin, wherein the locking device comprises: a side pin arranged to move between a retracted unlocking position and a protruding locking position wherein the pin enters a cavity or hole of the bucket coupler to prevent relative movement between the jaw and the bucket coupler; a locking spring arranged to bias the side pin into the protruding position; and a socket for receiving a manual actuator for moving said side pin into the retracted position. a side pin arranged to move between a retracted unlocking position and a protruding locking position wherein the pin enters a cavity or hole of the bucket coupler to prevent relative movement between the jaw and the bucket coupler; a locking spring arranged to bias the side pin into the protruding position; and a socket for receiving a manual actuator for moving said side pin into the retracted position.
Thermal disinfector comprising: - a cover, - a basin, - at least an inlet (8, 9) for the water, - an outlet to drain the water to the sewer, - an outlet for water to be recirculated and reintroduced into the basin, - at least one ultrasound generator, - an electronic control unit, characterized in that it comprises - a water heater positioned outside and at a distance from the basin and so not directly in contact with the basin, - and at least one heating band adhering to the basin. - a cover, - a basin, - at least an inlet (8, 9) for the water, - an outlet to drain the water to the sewer, - an outlet for water to be recirculated and reintroduced into the basin, - at least one ultrasound generator, - an electronic control unit, - a water heater positioned outside and at a distance from the basin and so not directly in contact with the basin, - and at least one heating band adhering to the basin.