mhurhangee/ep-ind-claims huggingface dataset:
A human growth hormone-XTEN (hGH-XTEN) fusion protein comprising an amino acid sequence having at least 90% sequence identity to SEQ ID NO:1, for use in a method of treating human adult growth hormone deficiency (AGHD) in a human patient, wherein the method comprises administering to the human patient with AGHD successive therapeutically effective bodyweight adjusted bolus doses of between 0.05 mg/kg and 3.0 mg/kg of the hGH-XTEN fusion protein, wherein the dosage period between the initial bolus dose and a successive administration of a bolus dose is 17, 16, 15, 14, or 13 days, wherein successive bolus doses of the hGH-XTEN fusion protein are: (i) effective to maintain the patient's serum IGF-I standard deviation score between -2.0 and +2.0 for at least 7 days after administration of the bolus doses; or (ii) effective to maintain a plasma concentration of said fusion protein in the patient at more than 10 ng/mL for a period of at least 10 days after administration of the bolus doses. (i) effective to maintain the patient's serum IGF-I standard deviation score between -2.0 and +2.0 for at least 7 days after administration of the bolus doses; or (ii) effective to maintain a plasma concentration of said fusion protein in the patient at more than 10 ng/mL for a period of at least 10 days after administration of the bolus doses.
A device, comprising a transceiver (814, 924) configured to communicate over a communication network according to Digital MultipleX, DMX, protocol; a memory device; and a microcontroller configured to process server data stored in the memory device into one or more Internet Protocol packets and to provide the one or more Internet Protocol packets to the transceiver for communication of the server data over the communication network according to the DMX protocol, wherein the device is adapted to have the one or more Internet Protocol packets interleaved on the communication network with DMX packets which communicate lighting control data from a lighting controller to the device. a transceiver (814, 924) configured to communicate over a communication network according to Digital MultipleX, DMX, protocol; a memory device; and a microcontroller configured to process server data stored in the memory device into one or more Internet Protocol packets and to provide the one or more Internet Protocol packets to the transceiver for communication of the server data over the communication network according to the DMX protocol, wherein the device is adapted to have the one or more Internet Protocol packets interleaved on the communication network with DMX packets which communicate lighting control data from a lighting controller to the device.
3D recording device comprising an image-recording device, a rangefinder and an image-processing device, wherein the image-processing device is configured to identify at least one group (29, 30, 31, 32) of mutually corresponding image constituents (18, 19, 20, 21, 25, 26, 27, 28) in a sequence of at least two images (9, 10) recorded by the image-recording device, the image-processing device is configured to calculate at least one three-dimensional position specification in relation to the at least one group (29, 30, 31, 32) of the mutually corresponding image constituents (18, 19, 20, 21, 25, 26, 27, 28) from a respective image position (59, 60) of the image constituents (18, 19, 20, 21, 25, 26, 27, 28) from the group (29, 30, 31, 32) in the images (9, 10) of the sequence, wherein the image-processing device is configured to calculate a recording pose of the image-recording device from the respective image positions (59, 60) of the image constituents (18, 19, 20, 21, 25, 26, 27, 28) of the at least one group (29, 30, 31, 32), and the image-processing device is configured to scale the calculated at least one three-dimensional position specification by means of distance information measured by the rangefinder, wherein the image-processing device is configured to calculate further items of distance information in an extrapolation and/or interpolation method for three-dimensional position specifications which are associated with the at least one group (29, 30, 31, 32) of mutually corresponding image constituents (18, 19, 20, 21, 25, 26, 27, 28) and which cannot be assigned to measured distance information from the measured distance information and the three-dimensional position specification, and wherein the rangefinder is embodied to generate a measurement beam in a spectral range detectable by the image-recording device.
An extract of Taiwanese propolis for use in treating an ocular disease in a subject in need thereof, wherein the TPE is prepared by a method comprising the following steps: (i) extracting Taiwanese propolis with a first solution for 12-60 hours to obtain a first extract; (ii) collecting a soluble fraction of the first extract; and (iii) concentrating the soluble fraction by 2-10 times to obtain the TPE, whereby each gram of TPE contains no less than 100 mg of propolin C, 80 mg of propolin D, 30 mg of propolin F and 50 mg of propolin G.
An apparatus for determining axial spacing between slip rings for impedance matching high-frequency signals through a slip ring assembly, the apparatus comprising: a signal generator that generates an incident signal; a shaft having a plurality of concentrically aligned conductive rings axially spaced along the shaft, wherein the plurality of conductive rings comprises a first conductive ring axially spaced at a first axial distance from a second conductive ring, wherein the shaft and the plurality of conductive rings are submerged in a bath of a liquid or encased in an epoxy; a first twisted wire pair electronically coupled at one end to the signal generator and electronically coupled at a second end to inputs (126, 130) of the first and second conductive rings (110a, 110b); and a second twisted wire pair electronically coupled at one end to outputs (136, 140) of the first and second conductive ring (110a, 110b). a signal generator that generates an incident signal; a shaft having a plurality of concentrically aligned conductive rings axially spaced along the shaft, wherein the plurality of conductive rings comprises a first conductive ring axially spaced at a first axial distance from a second conductive ring, wherein the shaft and the plurality of conductive rings are submerged in a bath of a liquid or encased in an epoxy; a first twisted wire pair electronically coupled at one end to the signal generator and electronically coupled at a second end to inputs (126, 130) of the first and second conductive rings (110a, 110b); and a second twisted wire pair electronically coupled at one end to outputs (136, 140) of the first and second conductive ring (110a, 110b).
A method of monitoring network traffic, the method comprising: a network node (110; 600; 900) sampling data packets (410, 420, 430) of network traffic; for each sampled data packet (410, 420, 430), the network node (110; 600; 900) comparing a packet header of the sampled data packet (410, 420, 430) to a set of one or more packet header patterns; wherein each packet header pattern is defined by a sequence of one or more protocol types; depending on the comparison, the network node (110; 600; 900) determining a packet header pattern from the set which best matches the packet header of the sampled data packet (410, 420, 430); and determining a length of a packet header portion to be extracted from the sampled data packet (410, 420, 430); the network node (110; 600; 900) extracting the packet header portion of the determined length from the sampled data packet (410, 420, 430) in such a way that the extracted packet header portion includes protocol headers corresponding to the sequence of protocol types defining the best matching packet header pattern; the network node (110; 600; 900) generating a datagram comprising the extracted packet header portions of the sampled data packets (410, 420, 430); and the network node (110; 600; 900) transmitting the datagram to a further network node for analysis. a network node (110; 600; 900) sampling data packets (410, 420, 430) of network traffic; for each sampled data packet (410, 420, 430), the network node (110; 600; 900) comparing a packet header of the sampled data packet (410, 420, 430) to a set of one or more packet header patterns; wherein each packet header pattern is defined by a sequence of one or more protocol types; depending on the comparison, the network node (110; 600; 900) determining a packet header pattern from the set which best matches the packet header of the sampled data packet (410, 420, 430); and determining a length of a packet header portion to be extracted from the sampled data packet (410, 420, 430); the network node (110; 600; 900) extracting the packet header portion of the determined length from the sampled data packet (410, 420, 430) in such a way that the extracted packet header portion includes protocol headers corresponding to the sequence of protocol types defining the best matching packet header pattern; the network node (110; 600; 900) generating a datagram comprising the extracted packet header portions of the sampled data packets (410, 420, 430); and the network node (110; 600; 900) transmitting the datagram to a further network node for analysis.
A lighting unit (200; 300; 310), comprising: a printed circuit board, PCB, (102; 302, 304) comprising a front surface, a back surface and at least one tab, said at least one tab being adapted to be bent in a direction away from said PCB (102; 302, 304) to form an angled surface with respect to the PCB; a plurality of light emitting elements on said PCB (102, 302, 304), said light emitting elements being positioned on said angled surface of said at least one tab when said at least one tab is bent in said direction away from said PCB; and conductors (114, 116) electrically connected with said PCB (102; 302, 304) to provide an electrical signal to said light emitting elements such that said light emitting elements emit light substantially away from said PCB; characterized in that at least one light emitting element is mounted on said front surface and at least one light emitting element is mounted on said back surface of said PCB (102; 302, 304). a printed circuit board, PCB, (102; 302, 304) comprising a front surface, a back surface and at least one tab, said at least one tab being adapted to be bent in a direction away from said PCB (102; 302, 304) to form an angled surface with respect to the PCB; a plurality of light emitting elements on said PCB (102, 302, 304), said light emitting elements being positioned on said angled surface of said at least one tab when said at least one tab is bent in said direction away from said PCB; and conductors (114, 116) electrically connected with said PCB (102; 302, 304) to provide an electrical signal to said light emitting elements such that said light emitting elements emit light substantially away from said PCB; characterized in that at least one light emitting element is mounted on said front surface and at least one light emitting element is mounted on said back surface of said PCB (102; 302, 304).
An impeller for a drum rotor radial fan for the heating and air-conditioning of a motor vehicle, with a plurality of vanes, having a supporting structure of a first plastic, characterised in that a soft component of a second plastic is injected onto the supporting structure of the vane, at least in areas, or a soft component of a second plastic is injected into the supporting structure of the vane, at least in areas.
Method for operating a radio system of a motor vehicle, with the steps of: - specifying an area surrounding the motor vehicle; - determining which digital radio stations (A, B, C) are received error-free within said area using a receiver device of the radio system; - displaying only the digital radio stations (A, B, C) which are received error-free within this area; wherein - the faster the motor vehicle is travelling, the greater the size of the area set; - and/or the size and the shape of the area are specified based on a road type currently being travelled by the motor vehicle; - and/or the size and the shape of the area are specified based on a predefined uninterrupted minimum reception duration for the digital radio stations (A, B, C). - specifying an area surrounding the motor vehicle; - determining which digital radio stations (A, B, C) are received error-free within said area using a receiver device of the radio system; - displaying only the digital radio stations (A, B, C) which are received error-free within this area; wherein - the faster the motor vehicle is travelling, the greater the size of the area set; - and/or the size and the shape of the area are specified based on a road type currently being travelled by the motor vehicle; - and/or the size and the shape of the area are specified based on a predefined uninterrupted minimum reception duration for the digital radio stations (A, B, C).
A method for manufacturing a portable object with an electronic chip comprising a body and a battery of the metal-air type built into the body, said battery comprising an electrolyte layer and an air-porous protective membrane covering the electrolyte, said method comprising a step of forming at least one air-supply duct extending from the protective membrane to an air source, characterised in that an air-porous or oxygen-permeable material (3a, 3c, 3f) is contained in said duct and completely closes off said duct on its path at least in parts of its path.
A method of predicting a therapeutic effect before a chronic hepatitis B patient accepts a treatment against hepatitis B virus, comprising quantitative detection of the level of total anti-HBc in a serum or plasma sample from the chronic hepatitis B patient.
A quick lift assembling storage box, comprising a folding box in a flat half-folded state and having a traction support board with a thickness greater than that of the folding box and movably installed to the top of the folding box, and the folding box further comprising a bottom board, and front and rear side boards and left and right side boards extending from four sides of the bottom board respectively, and the left and right side boards being inwardly folded to both sides of the bottom board, and linkage plates being disposed at the four corners where the front and rear side boards and the left and right side boards are intersected, and the linkage plates being coupled to adjacent side boards (20, 30), wherein the outer edges of the front and rear side boards of the folding box are reversely folded, extended by and fixed to front and rear reverse folding plates disposed at the front and rear sides of the traction support board respectively; the traction support board has front and rear fold lines for relatively bending and dividing the traction support board into two movable support plates disposed on both front and rear sides, and a bottom support plate is disposed between the two movable support plates, and the center of the bottom support plate has a central fold line parallel to the front and rear fold lines, and the center of the bottom support plate further has a lifting portion provided for a user to apply a force; the lifting portion is lifted, so that the two movable support plates drive the front and rear side boards of the folding box to stand up with respect to the bottom board, and after the left and right side boards are dragged by the plurality of linkage plates to stand up, and then the bottom support plate of the traction support board is pressed down, so that the bottom support plate is flatly superimposed onto the top of the bottom board, and the two movable support plates are reversely folded and superimposed onto the inner sides of the front and rear side boards to assemble the folding box and the traction support board quickly to define a three-dimensional state with an accommodation space.
A gas detection apparatus comprising: a first electrolyte-based electrochemical gas sensor (10, 210) configured to measure an electrolyte concentration within the first electrochemical gas sensor (10, 210) by using a voltammetry scan on an electrode of the electrochemical gas sensor (10, 210); a temperature sensor configured to measure a temperature of an ambient environment surrounding the first electrolyte-based electrochemical gas sensor (10, 210); and a controller configured to determine an average humidity value of the ambient environment based on an average ambient temperature and an average rate of change of electrolyte concentration measured over a period of time. a first electrolyte-based electrochemical gas sensor (10, 210) configured to measure an electrolyte concentration within the first electrochemical gas sensor (10, 210) by using a voltammetry scan on an electrode of the electrochemical gas sensor (10, 210); a temperature sensor configured to measure a temperature of an ambient environment surrounding the first electrolyte-based electrochemical gas sensor (10, 210); and a controller configured to determine an average humidity value of the ambient environment based on an average ambient temperature and an average rate of change of electrolyte concentration measured over a period of time.
Device, preferably a magnetic filter, for separating magnetisable contaminants from flowing fluids, comprising a cylindrical chamber with a fluid inlet for the fluid containing magnetisable particles, a clean fluid outlet for the cleaned fluid and a particle outlet (28, 38) for the magnetisable particles, wherein within the chamber an inner cylinder body is arranged which with the chamber wall forms an annual gap through which the fluid flows, at least one magnet (14, 36) which is arranged outside the annular gap in the direction of flow between the fluid inlet and the clean fluid outlet, a rotatable, helical scraper arranged in the annular gap for transporting magnetisable particles deposited on the wall of the chamber to the particle outlet (28, 38), an actuator for the helical scraper characterised in that the throughflow of the flowing fluid is brought about by negative pressure or over-pressure, wherein an inlet valve is located upstream of or at the fluid inlet and an outlet valve (30, 40) is provided at the particle outlet (28, 38), wherein the actuator is designed not to actuate the scraper in normal operation in which the fluid to be cleaned is flowing through the annular gap and to actuate it during a period of filter cleaning.
A power converter for direct conversion of multi-phase AC power to AC power, the power converter comprising: a heat sink; a conversion circuit having a plurality of bidirectional switching elements (311, 312, 313, 314, 315, 316) mounted on the upper surface of the heat sink, wherein each switching element (311, 312, 313, 314, 315, 316) is provided with three terminals arranged in a line, an input terminal, a midpoint terminal, and output terminal, wherein a group of first switching elements (311, 313, 315) and a group of second switching elements (312, 314, 316) have output terminals arranged lining up in a row in pairs (311, 312; 313, 314; 315, 316) at the left and right from a center line; bus bars (333, 334, 335) connectable to input lines (R, S, T), disposed on the switching elements leading in one direction perpendicular to the center line in which the paired input terminals line up, and extending from one input terminal to the other terminal, while allowing further connections to the midpoint terminals and output terminals through bus bar cut-out openings; a plurality of capacitors (82L, 82R, 821-826, 831-836) connected between each of the phases at uniform distance. a heat sink; a conversion circuit having a plurality of bidirectional switching elements (311, 312, 313, 314, 315, 316) mounted on the upper surface of the heat sink, wherein each switching element (311, 312, 313, 314, 315, 316) is provided with three terminals arranged in a line, an input terminal, a midpoint terminal, and output terminal, wherein a group of first switching elements (311, 313, 315) and a group of second switching elements (312, 314, 316) have output terminals arranged lining up in a row in pairs (311, 312; 313, 314; 315, 316) at the left and right from a center line; bus bars (333, 334, 335) connectable to input lines (R, S, T), disposed on the switching elements leading in one direction perpendicular to the center line in which the paired input terminals line up, and extending from one input terminal to the other terminal, while allowing further connections to the midpoint terminals and output terminals through bus bar cut-out openings; a plurality of capacitors (82L, 82R, 821-826, 831-836) connected between each of the phases at uniform distance.
Electrical machine, in particular starter device for an internal combustion engine, having a starter pinion which engages a gear rim of an internal combustion engine and which is driven via a freewheel, wherein the starter pinion and a roller collar of the freewheel are designed as separate components which can be moved relative to each other, wherein the starter pinion has a end face and the roller collar has an end face facing the end face of the starter pinion, characterized in that the starter pinion has an axial toothing on its end face which corresponds to an axial toothing of the roller collar in order to represent a claw coupling for transmitting a torque.