mhurhangee/ep-ind-claims huggingface dataset:
An isolated fully human anti-HIV-1 monoclonal antibody, designated PGDM 1400, comprising a heavy chain sequence and a light chain sequence, each corresponding to PGDM 1400, wherein the nucleotide sequence of the heavy chain, designated PGDM_1400_HC, is: wherein the nucleotide sequence of the light chain, designated PGDM_1400_KC, is:
Light, in particular outside lights, with a plurality of LED's as lighting means, wherein the light comprises a light emitting light component with a linear extension, and the light component, in a cross-section perpendicular to the linear extension, defines a channel, wherein the side of the channel open to the outside forms a light emerging surface of the light, and the LED's are arranged along the linear extension of the light component on a side of the channel opposite the light emerging surfaces on an LED carrier surface, in particular a PCB, wherein allocated to each individual LED is an optical device (9; 36) for deflecting the light of a main beam direction of the respective LED, characterized in that at least on one side of the channel, in a region between the light emerging surface and the LED carrier surface, a lateral reflection surface (11; 32b) is provided, wherein a light bundle emerging from an LED is deflected at least twice, a first deflection by the optical device (9; 36) allocated individually to the LED's, and a second deflection at the lateral reflection surface (11; 32b) in the direction towards the light emerging surface, and the said second deflected light bundle contains the preponderant proportion of the light emerging from the LED.
A method, comprising: controlling a plurality of transmission points, which are configured to operate in accordance with a Coordinated Multipoint, CoMP, transmission scheme, to simultaneously transmit a composite Reference Signal, RS, to a mobile communication terminal, wherein controlling the plurality of transmission points to transmit the composite RS comprises controlling the plurality of transmission points to transmit the same reference signal coherently in the same pattern of time-frequency Resource Elements, REs; receiving from the terminal feedback, which is estimated in the terminal based on the composite RS received in the terminal from the plurality of transmission points, the feedback being indicative of a response of a composite communication channel between the plurality of transmission points and the terminal, wherein receiving the feedback comprises receiving an indication of a preferred precoding matrix, which is selected by the terminal from a codebook that is specified for single-transmission-point channels; and configuring subsequent transmission from the transmission points based on the received feedback. controlling a plurality of transmission points, which are configured to operate in accordance with a Coordinated Multipoint, CoMP, transmission scheme, to simultaneously transmit a composite Reference Signal, RS, to a mobile communication terminal, wherein controlling the plurality of transmission points to transmit the composite RS comprises controlling the plurality of transmission points to transmit the same reference signal coherently in the same pattern of time-frequency Resource Elements, REs; receiving from the terminal feedback, which is estimated in the terminal based on the composite RS received in the terminal from the plurality of transmission points, the feedback being indicative of a response of a composite communication channel between the plurality of transmission points and the terminal, wherein receiving the feedback comprises receiving an indication of a preferred precoding matrix, which is selected by the terminal from a codebook that is specified for single-transmission-point channels; and configuring subsequent transmission from the transmission points based on the received feedback.
An elevator door coupling system (400, 500, 600) comprising: a car door lock (402, 502) having a coupling element (408, 508) and a lock element (410, 510), the lock element (410, 510) operably connected to a latch (428, 528, 628) for locking the car door lock (402, 502); and a landing door lock (404, 504) having a movable plate (422, 522, 622), a first contact element (424, 524, 624) mounted to the movable plate (422, 522, 622) and configured to engage with the coupling element (408, 508) and a second contact element (426, 526) configured to engage with the lock element (410, 510), wherein, in operation, the coupling element (408, 508) is operable to apply force to the first contact element (424, 524, 624) and cause the movable plate (422, 522, 622) to rotate and as the movable plate (422, 522, 622) rotates, the second contact element (426, 526) applies force to the lock element (410, 510) to urge the latch (428, 528, 628) from a locked position to an unlocked position; characterised in that, the movable plate (422, 522, 622) includes an extension arm, wherein the second contact element (426, 526) is located on the extension arm; and further comprising an unlocking screw located on the extension arm. a car door lock (402, 502) having a coupling element (408, 508) and a lock element (410, 510), the lock element (410, 510) operably connected to a latch (428, 528, 628) for locking the car door lock (402, 502); and a landing door lock (404, 504) having a movable plate (422, 522, 622), a first contact element (424, 524, 624) mounted to the movable plate (422, 522, 622) and configured to engage with the coupling element (408, 508) and a second contact element (426, 526) configured to engage with the lock element (410, 510), wherein, in operation, the coupling element (408, 508) is operable to apply force to the first contact element (424, 524, 624) and cause the movable plate (422, 522, 622) to rotate and as the movable plate (422, 522, 622) rotates, the second contact element (426, 526) applies force to the lock element (410, 510) to urge the latch (428, 528, 628) from a locked position to an unlocked position; characterised in that, the movable plate (422, 522, 622) includes an extension arm, wherein the second contact element (426, 526) is located on the extension arm; and further comprising an unlocking screw located on the extension arm.
A sphere magnetic levitation system, comprising: a sphere; a plurality of electromagnets symmetrically disposed about the sphere and spaced apart from the sphere at equal distances; and characterized in that it further comprises a plurality of magnetic-aligning devices provided on a periphery of the sphere, and coming into contact with or separated from the sphere at a predetermined distance in response to modes of the sphere magnetic levitation system. a sphere; a plurality of electromagnets symmetrically disposed about the sphere and spaced apart from the sphere at equal distances; and characterized in that it further comprises a plurality of magnetic-aligning devices provided on a periphery of the sphere, and coming into contact with or separated from the sphere at a predetermined distance in response to modes of the sphere magnetic levitation system.
Method to produce more energy in the flame combustion consisting of doing the following operations: A) Installing metallic pieces in the combustion chamber. The upper side of the metallic pieces are near the flams and the lower side of the metallic pieces are at the entrance of the oxidizer (air or oxygen). This way of doing causes the migration of the electrons from the hot part of the metallic pieces (near the flams) to the cold part of the metallic pieces (near the entrance of the oxygen). B) Catch the electrons and repel the carbon and hydrogen positive ions produced by the combustion near the hot part of the metallic pieces. This action is possible due to the positive pole created in the metallic pieces due to the migration of its electrons to the cold part of the metallic pieces. C) Eject the electrons arriving at the cold part of the metallic pieces by using the spikes (tips) effect on the arriving oxygen.This way of doing leads to oxygen ionization. D) Transfer the ionized oxygen to the combustion chamber charged with hydrogen and carbon cations to generate shocks between negative oxygen and positive carbon and hydrogen. This way conducts to more energy produced by the combustion. A) Installing metallic pieces in the combustion chamber. The upper side of the metallic pieces are near the flams and the lower side of the metallic pieces are at the entrance of the oxidizer (air or oxygen). This way of doing causes the migration of the electrons from the hot part of the metallic pieces (near the flams) to the cold part of the metallic pieces (near the entrance of the oxygen). B) Catch the electrons and repel the carbon and hydrogen positive ions produced by the combustion near the hot part of the metallic pieces. This action is possible due to the positive pole created in the metallic pieces due to the migration of its electrons to the cold part of the metallic pieces. C) Eject the electrons arriving at the cold part of the metallic pieces by using the spikes (tips) effect on the arriving oxygen.This way of doing leads to oxygen ionization. D) Transfer the ionized oxygen to the combustion chamber charged with hydrogen and carbon cations to generate shocks between negative oxygen and positive carbon and hydrogen. This way conducts to more energy produced by the combustion.
Heat exchanger (1, 2) for high- and low-temperature fluid, comprising a bundle of tubes (9, 10) linking fluid output/input manifolds (5, 6, 7, 8) for at least a part at high temperature and at least a part at low temperature, said two parts: - being capable of being passed through by one and the same fluid, this fluid passing first of all through the high-temperature part then through the low-temperature part, and - respectively comprise an input/output manifold (5/7 and 6/8), and - are mutually coplanar, the output manifold of the high-temperature part is linked directly to the input manifold of the low-temperature part, characterized in that the input manifold of the low-temperature part comprises a dip tube. - being capable of being passed through by one and the same fluid, this fluid passing first of all through the high-temperature part then through the low-temperature part, and - respectively comprise an input/output manifold (5/7 and 6/8), and - are mutually coplanar, the output manifold of the high-temperature part is linked directly to the input manifold of the low-temperature part, characterized in that the input manifold of the low-temperature part comprises a dip tube.
An electroless nickel alloy plating bath comprising a) nickel ions; b) molybdenum ions; c) at least one reducing agent suitable to reduce the nickel ions and the further reducible metal ions to their respective metallic state, preferably selected from the group consisting of hypophosphorous acid, hypophosphite salts and mixtures of the aforementioned; and wherein the electroless nickel alloy plating bath further comprises d) at least three complexing agents CA1, CA2 and CA3 wherein each of CA1, CA2 and CA3 is independently selected from the group consisting of compounds having at least two carboxylic acid moieties, the respective salts thereof as well as mixtures of the aforementioned, characterized in that - the complexing agent CA1 is an unfunctionalized aliphatic C2-C12-dicarboxylic acid or a salt thereof, - the complexing agent CA2 is a hydroxy-functionalized aliphatic C3-C12-dicarboxylic acid or a salt thereof, - the complexing agent CA3 is a functionalized or unfunctionalized aliphatic C5-C12-tricarboxylic acid or a salt thereof. a) nickel ions; b) molybdenum ions; c) at least one reducing agent suitable to reduce the nickel ions and the further reducible metal ions to their respective metallic state, preferably selected from the group consisting of hypophosphorous acid, hypophosphite salts and mixtures of the aforementioned; and wherein the electroless nickel alloy plating bath further comprises d) at least three complexing agents CA1, CA2 and CA3 wherein each of CA1, CA2 and CA3 is independently selected from the group consisting of compounds having at least two carboxylic acid moieties, the respective salts thereof as well as mixtures of the aforementioned, characterized in that - the complexing agent CA1 is an unfunctionalized aliphatic C2-C12-dicarboxylic acid or a salt thereof, - the complexing agent CA2 is a hydroxy-functionalized aliphatic C3-C12-dicarboxylic acid or a salt thereof, - the complexing agent CA3 is a functionalized or unfunctionalized aliphatic C5-C12-tricarboxylic acid or a salt thereof. - the complexing agent CA1 is an unfunctionalized aliphatic C2-C12-dicarboxylic acid or a salt thereof, - the complexing agent CA2 is a hydroxy-functionalized aliphatic C3-C12-dicarboxylic acid or a salt thereof, - the complexing agent CA3 is a functionalized or unfunctionalized aliphatic C5-C12-tricarboxylic acid or a salt thereof.
Socket outlet with increased personal protection with a centre piece surrounded by a design frame and a base part fixed to a support ring for connecting a first terminal for an outer conductor and a second terminal for a neutral conductor, which can be connected to the power supply network, wherein a voltage supply unit can be fixed to the base part, which on the one hand comes into active contact with the base part and which on the other hand is provided for the electrical connection of at least one electrical functional module, the voltage supply unit having at least one connection socket for connecting the at least one electrical functional module, into which connection socket a plug connector is inserted in a contacting manner, which central piece has openings for the two terminals, characterised in that a printed circuit board in the socket part comprises a sensor for detecting the insertion depth of plug pins to be inserted into the two openings, the socket has an evaluation unit which is suitable for evaluating whether the detected insertion depth is correct, and the socket is connected to a switchable relay, which relay can be switched depending on the detection of the insertion depth or the evaluation, wherein specific insertion depths, discrete or gradual ranges, are defined in the evaluation unit for evaluating whether the actuation is correct, wherein a comparison of the detected insertion depths with the defined insertion depths takes place, wherein the at least one sensor is designed as a linear potentiometer.
A method of semi-persistently scheduled, SPS, release, the method comprising: receiving, by a user equipment, UE, occasions of SPS physical downlink shared channels, PDSCHs, over multiple slots for a transport block, TB, according to an SPS configuration; receiving, by the UE, a physical downlink control channel, PDCCH, including a downlink control information, DCI, format such that an end of a last symbol of the PDCCH is received before or at a same time as an end of a last symbol of a first occasion of the received occasions of the SPS PDSCHs; and releasing, by the UE, the SPS configuration in response to receiving the PDCCH which overlaps with the slots, wherein the UE stops PDSCH decoding and does not generate HARQ-ACK feedback information for the received occasions of SPS PDSCHs. receiving, by a user equipment, UE, occasions of SPS physical downlink shared channels, PDSCHs, over multiple slots for a transport block, TB, according to an SPS configuration; receiving, by the UE, a physical downlink control channel, PDCCH, including a downlink control information, DCI, format such that an end of a last symbol of the PDCCH is received before or at a same time as an end of a last symbol of a first occasion of the received occasions of the SPS PDSCHs; and releasing, by the UE, the SPS configuration in response to receiving the PDCCH which overlaps with the slots, wherein the UE stops PDSCH decoding and does not generate HARQ-ACK feedback information for the received occasions of SPS PDSCHs.
A polycrystalline diamond compact, comprising: a cemented carbide substrate including a first cemented carbide portion including a first concentration of chromium carbide and a second cemented carbide portion bonded to the first cemented carbide portion, the second cemented carbide portion including a second concentration of chromium carbide that is greater than the first concentration, the second cemented carbide portion at least partially surrounding a lateral periphery of the first cemented carbide portion; and a polycrystalline diamond table bonded to at least the first cemented carbide portion, the polycrystalline diamond table including a plurality of bonded diamond grains exhibiting diamond-to-diamond bonding therebetween, the plurality of bonded diamond grains defining a plurality of interstitial regions, at least a portion of the polycrystalline diamond table including chromium present in a concentration less than about 1.0 weight % ("wt %"). a cemented carbide substrate including a first cemented carbide portion including a first concentration of chromium carbide and a second cemented carbide portion bonded to the first cemented carbide portion, the second cemented carbide portion including a second concentration of chromium carbide that is greater than the first concentration, the second cemented carbide portion at least partially surrounding a lateral periphery of the first cemented carbide portion; and a polycrystalline diamond table bonded to at least the first cemented carbide portion, the polycrystalline diamond table including a plurality of bonded diamond grains exhibiting diamond-to-diamond bonding therebetween, the plurality of bonded diamond grains defining a plurality of interstitial regions, at least a portion of the polycrystalline diamond table including chromium present in a concentration less than about 1.0 weight % ("wt %").
A battery pack, comprising: a plurality of battery cells arranged in a first direction; a case frame including an open end and configured to receive the battery cells, wherein the case frame comprises a pair of elongate side plates spaced apart and extending in the first direction, each of the side plates comprising opposing surfaces, and an end plate connected to first ends of the side plates to form a closed end opposite the open end, wherein the side plates and the end plate are formed in one piece; and a finishing plate connected to second ends of the side plates opposite the first ends, characterised in that a hook is formed on a first coupling tab protruding from the finishing plate toward the side plates, and wherein a hole is formed in the side plates adjacent to the open end, the hook comprising first and second surfaces (121a, 121b) which meet at a peak position and being configured to be inserted into the hole, the finishing plate further comprising a second coupling tab comprising a leading end, formed at a different position from that of the first coupling tab and protruding toward the side plates, and wherein the first and second coupling tabs are configured to be respectively fitted on the opposing surfaces of the side plates, and wherein the leading end extends farther from the finishing plate than the peak position of the hook. a plurality of battery cells arranged in a first direction; a case frame including an open end and configured to receive the battery cells, wherein the case frame comprises a pair of elongate side plates spaced apart and extending in the first direction, each of the side plates comprising opposing surfaces, and an end plate connected to first ends of the side plates to form a closed end opposite the open end, wherein the side plates and the end plate are formed in one piece; and a finishing plate connected to second ends of the side plates opposite the first ends,
Manual spraying device comprising: - a manually actuatable pusher, said pusher comprising a spraying nozzle, said spraying nozzle comprising an inner chamber adapted to receive a pressurised, non-gaseous fluid product, and delimited outwards by a perforated front wall, - a reservoir of fluid product to be sprayed, - and a dispensing device, mechanically actuatable by the pusher and adapted to transfer the fluid product from the reservoir to the inner chamber of the nozzle, - the front wall comprises a plurality of calibrated holes each having a diameter comprised between 1 and 100μm, the diameter of each hole not differing from an average of the diameters of the different holes by more than 20%, - the front wall (17b; 17c) is elastically deformable between a rest state, wherein said front wall (17b; 17c) is flat, and an actuation state when the pressurised fluid product is transferred into the inner chamber, wherein said front wall (17b; 17c) has a convexity rotated outwards. - a manually actuatable pusher, said pusher comprising a spraying nozzle, said spraying nozzle comprising an inner chamber adapted to receive a pressurised, non-gaseous fluid product, and delimited outwards by a perforated front wall, - a reservoir of fluid product to be sprayed, - and a dispensing device, mechanically actuatable by the pusher and adapted to transfer the fluid product from the reservoir to the inner chamber of the nozzle, - the front wall comprises a plurality of calibrated holes each having a diameter comprised between 1 and 100μm, the diameter of each hole not differing from an average of the diameters of the different holes by more than 20%, - the front wall (17b; 17c) is elastically deformable between a rest state, wherein said front wall (17b; 17c) is flat, and an actuation state when the pressurised fluid product is transferred into the inner chamber, wherein said front wall (17b; 17c) has a convexity rotated outwards.
An out-of-core nuclear instrumentation device comprising: - a detector signal-processing circuit that converts neutron flux leaking from a nuclear reactor vessel into a current value and performs a measurement processing on the neutron flux, the neutron flux being detected by a neutron detector (3, 3a, 3b) disposed outside the nuclear reactor vessel, wherein the detector signal-processing circuit is configured to include: - a current/voltage conversion part that converts the current value into a voltage value, - a variable gain amplification part that amplifies the voltage value with a variable gain by a D/A converter, - a measurement range selection part that is provided in the current/voltage conversion part or the variable gain amplification part and selects a measurement range according to the current value, - a selective adjustment control part (26, 28) that adjusts and controls a gain of the D/A converter with selective control of the measurement range and the gain compensation value, characterized by: - a temperature measurement unit (82, 83, 84) that measures a temperature of the measurement range selection part, and - a temperature compensation part that outputs a gain compensation value to the D/A converter based on the temperature. - a detector signal-processing circuit that converts neutron flux leaking from a nuclear reactor vessel into a current value and performs a measurement processing on the neutron flux, the neutron flux being detected by a neutron detector (3, 3a, 3b) disposed outside the nuclear reactor vessel, - a current/voltage conversion part that converts the current value into a voltage value, - a variable gain amplification part that amplifies the voltage value with a variable gain by a D/A converter, - a measurement range selection part that is provided in the current/voltage conversion part or the variable gain amplification part and selects a measurement range according to the current value, - a selective adjustment control part (26, 28) that adjusts and controls a gain of the D/A converter with selective control of the measurement range and the gain compensation value, - a temperature measurement unit (82, 83, 84) that measures a temperature of the measurement range selection part, and - a temperature compensation part that outputs a gain compensation value to the D/A converter based on the temperature.