mhurhangee/ep-ind-claims huggingface dataset:
The use of a dry granulated cell culture medium which does not comprise peptones or tryptones preparable by a) providing a cell culture medium comprising one or more saccharide components, one or more amino acids, one or more vitamins, one or more salts, one or more buffer components, one or more co-factors and one or more nucleic acid components, in form of a mixed powder of the medium components, whereby the medium does not comprise peptones or tryptones b) compacting said mixed powder in a roll press, characterized in that step b) is performed by b1) compacting said mixed powder in a roll press b2) reintroducing all parts of the compacted cell culture medium obtained in step b1) which have a particle size of smaller than 0.5 mm into the cell culture medium in form of a mixed powder of the medium components to be filled in the roll press for culturing cells by: a) dissolving the dry granulated cell culture medium which does not comprise peptones or tryptones in a solvent to form a liquid cell culture medium b) contacting said liquid cell culture medium with said cells to be cultured a) providing a cell culture medium comprising one or more saccharide components, one or more amino acids, one or more vitamins, one or more salts, one or more buffer components, one or more co-factors and one or more nucleic acid components, in form of a mixed powder of the medium components, whereby the medium does not comprise peptones or tryptones b) compacting said mixed powder in a roll press, b1) compacting said mixed powder in a roll press b2) reintroducing all parts of the compacted cell culture medium obtained in step b1) which have a particle size of smaller than 0.5 mm into the cell culture medium in form of a mixed powder of the medium components to be filled in the roll press a) dissolving the dry granulated cell culture medium which does not comprise peptones or tryptones in a solvent to form a liquid cell culture medium b) contacting said liquid cell culture medium with said cells to be cultured
A tread for an agricultural tire, comprising a plurality of lugs protruding from a ground of the tread in radially outer direction, each lug comprising a stepping-in surface and a radially-outer surface, wherein the stepping-in surface of at least one lug comprises a first, radially outer, concave surface and a second, radially inner, concave surface intersecting each other in a transition point, wherein the transition point is positioned at a circumferential distance (d) from a reference plane connecting a radially outer intersection (L, L') of the first concave surface with the radially outer surface and a radially inner intersection of the second concave surface with the ground, wherein the circumferential distance (d) of said at least one lug varies along an axial length of the lug.
A device for stelliting saw teeth, comprising: - a welding torch, - a wire feeding apparatus for feeding a welding wire to the welding torch, - a moulding plate arrangement which forms a hollow space in the closed condition, characterised by a straightening roll arrangement with at least one straightening roll (22a, 22b, 22c) which is displaceable in the vertical direction for adjusting a degree of deformation of the welding wire to be fed to a predetermined melt-off point, wherein the straightening roll arrangement when viewed in the wire feed direction is arranged upstream of the wire feeding apparatus. - a welding torch, - a wire feeding apparatus for feeding a welding wire to the welding torch, - a moulding plate arrangement which forms a hollow space in the closed condition,
Solar farm, comprising at least one inverter and at least two solar tables connected by electric cables (7, 70) to the inverter or to one of the inverters, each solar table being adapted to rest on at least two support legs on the ground, characterised in that each solar table is prefabricated for the purposes of transport and/or installation including at least the following elements (20, 50, 60, 70): - a parallelepiped frame comprising four extended beams (31, 32, 41, 42), two by two opposite, among which: - two beams opposite of a first type (31, 32) are configured with profiles of polygonal cross-section, and - two beams opposite of a second type (41, 42) are each provided with mechanical means for fastening the frame t one of the support legs; - at least one photovoltaic module fixed to the frame; and - cable segments for transporting electric energy generated by the photovoltaic module or modules to the inverter, with the cable segments being attached over most of their length to at least one of the beams of the first type (31, 32) and/or housed over most of their length in a free volume (33, 34) delimited inside at least one of the beams of the first type (31, 32), the number, the length, the diameter and/or the material of the cable segments integrated into each solar table being according to its predetermined position in the solar farm. - a parallelepiped frame comprising four extended beams (31, 32, 41, 42), two by two opposite, among which: - two beams opposite of a first type (31, 32) are configured with profiles of polygonal cross-section, and - two beams opposite of a second type (41, 42) are each provided with mechanical means for fastening the frame t one of the support legs; - two beams opposite of a first type (31, 32) are configured with profiles of polygonal cross-section, and - two beams opposite of a second type (41, 42) are each provided with mechanical means for fastening the frame t one of the support legs; - at least one photovoltaic module fixed to the frame; and - cable segments for transporting electric energy generated by the photovoltaic module or modules to the inverter, with the cable segments being attached over most of their length to at least one of the beams of the first type (31, 32) and/or housed over most of their length in a free volume (33, 34) delimited inside at least one of the beams of the first type (31, 32), the number, the length, the diameter and/or the material of the cable segments integrated into each solar table being according to its predetermined position in the solar farm.
An assembly consisting of a device for absorbing moisture from room air and a tablet containing a hygroscopic dehumidifying agent that has an upper side and an underside, the device comprising a collecting vessel for collecting a solution resulting from the absorption, the collecting vessel comprising a base for placing the device on a substrate; a cover, which is arranged above the collecting vessel and surrounds an interior space; and a holding device arranged in the interior for arranging the tablet by means of its underside, the design of the holding device and the shape of the tablet matching one another in such a way that, when used as intended, the upper side of the tablet arranged with the underside on the holding device lies in a plane which runs obliquely to the substrate, characterized in that the holding device comprises a support means (15, 29) for arranging the underside of the tablet, the support means (15, 29) lying in a plane which runs obliquely to the substrate, the support means (15, 29) being formed by a plurality of support ribs or support bars or support mandrels for arranging the underside, the support ribs or support bars or support mandrels extending into the interior at different heights.
Cosmetic or dermatological water-in-oil emulsions comprising A) 0.1 to 10.0% by weight, preferably 0.2 to 5.0% by weight, particularly preferably 0.5 to 4.0% by weight, based on the total weight of the preparation, of cetyl diglyceryl tris(trimethylsiloxy)silylethyl dimethicone as emulsifier B) a polar oil phase comprising at most 0.95% by weight, preferably at most 0.5% by weight, particularly preferably at most 0.1% by weight of one or more silicone oils liquid at room temperature, and especially preferably are completely free of silicone oils, C) an aqueous phase. A) 0.1 to 10.0% by weight, preferably 0.2 to 5.0% by weight, particularly preferably 0.5 to 4.0% by weight, based on the total weight of the preparation, of cetyl diglyceryl tris(trimethylsiloxy)silylethyl dimethicone as emulsifier B) a polar oil phase comprising at most 0.95% by weight, preferably at most 0.5% by weight, particularly preferably at most 0.1% by weight of one or more silicone oils liquid at room temperature, and especially preferably are completely free of silicone oils, C) an aqueous phase.
An electromagnetic valve control unit for controlling opening/closing of an electromagnetic valve by a drive voltage and/or a drive current to be applied, wherein the electromagnetic valve control unit is configured to correct the drive voltage and/or the drive current applied to the electromagnetic valve on the basis of a detection time of an inflection point from time series data of the drive voltage digitized by an A/D converter and/or the drive current digitized by an A/D converter when the electromagnetic valve is opened/closed; wherein the control unit is configured to correct the drive voltage and/or the drive current applied to the electromagnetic valve, on the basis of a time when a correlation of the time series data of the drive voltage and/or the drive current and a reference pattern, having the same characteristic as a high-pass extraction filter in which both a total sum of filter coefficients and the moment of the filter coefficients are 0 wherein the reference pattern is a trigonometric function or an even-numbered order function to be linear symmetry for a predetermined axis of symmetry, becomes an extreme value.
Electrode for an electrode holder comprising an electrode shaft having a terminal welding cap which is detachably secured to a cap holder of the electrode shaft, wherein the cap holder and the welding cap consist of a copper material, wherein the copper material of the cap holder has a strength F1 and a hardness H1 and wherein the copper material of the welding cap has a strength F2 and a hardness H2, wherein F1 is greater than F2 and wherein H1 is greater than H2, characterised in that the hardness H2 of the welding cap lies within a range from 160 HBW2.5/62.5 to 180 HBW2.5/62.5 and the hardness H1 of the cap holder lies above 180 HBW2.5/62.5 and is up to 220 HBW2.5/187.5, wherein the electrode shaft consists of the high-strength copper material CuNiSi with 0.5 - 4.0 wt.% Ni and 0.1 - 2.0 wt.% Si and wherein the cap holder consists of CuNiSi with 0.5 - 4.0 wt.% Ni and 0.1 - 2.0 wt.% Si.
A method for communication, the method comprising: in an optoelectronic transmitter integrated in a semiconductor die with first and second laser sources (201A, 201B, Laser 1, Laser 2, 401A, 401B) coupled to a top surface of the semiconductor die, said optoelectronic transmitter comprising an optical modulator (105A-105D, 200, 300, 400) with a first input waveguide (203A, 403A) coupled to the first laser source (201A, Laser 1, 401A) and a second input waveguide (203B, 403B) coupled to the second laser source (201B, Laser 2, 401B): configuring the first laser source (201A, Laser 1, 401A) to provide an optical signal to the first input of the optical modulator (105A-105D, 200, 300, 400); and if the first laser source (201A, Laser 1, 401A) does not provide an optical signal, configuring the second laser source (201B, Laser 2, 401B) to provide an optical signal to the second input of the optical modulator (105A-105D, 200, 300, 400). configuring the first laser source (201A, Laser 1, 401A) to provide an optical signal to the first input of the optical modulator (105A-105D, 200, 300, 400); and if the first laser source (201A, Laser 1, 401A) does not provide an optical signal, configuring the second laser source (201B, Laser 2, 401B) to provide an optical signal to the second input of the optical modulator (105A-105D, 200, 300, 400).
Electrical supply device provided with an electrically-conductive metal electrical connection means secured to an electrical supply wire, said connection means comprising a first portion connected to said supply wire followed by a second portion extending longitudinally suitable for being adhered irremovably to a resistive element provided with a plurality of electrically-conductive layers characterised in that, the connection means comprising a one-piece solid body provided with the first portion and with the second portion, said second portion is tapered having a thickness ( e) in a direction in elevation, said thickness ( e) decreasing starting from said first portion going towards a free end of the second portion, said second portion having at least one slot passing right through said second portion in said direction in elevation.
Pivoting device in the form of a hinged window, comprising a. a first part (2; 4d) in the form of a window frame, b. a second part (4; 2d) pivotable about a pivot axis in the form of a hook-out arm, comprising i. a displacement element (30; 30a; 30b; 30c) attached in a displaceable manner on the hook-out arm (4; 2d) and ii. a drive in the form of an electric motor for displacing the displacement element (30; 30a; 30b; 30c), and c. a hook-out lever (7; 7b; 7d) connecting the window frame (2; 4d) and the hook-out arm (4; 2d), wherein the hook-out arm (4; 2d) comprises a spindle drive driven by the electric motor for the displacement of the displacement element, characterised by a brake arranged between the electric motor and the spindle drive. a. a first part (2; 4d) in the form of a window frame, b. a second part (4; 2d) pivotable about a pivot axis in the form of a hook-out arm, comprising i. a displacement element (30; 30a; 30b; 30c) attached in a displaceable manner on the hook-out arm (4; 2d) and ii. a drive in the form of an electric motor for displacing the displacement element (30; 30a; 30b; 30c), and i. a displacement element (30; 30a; 30b; 30c) attached in a displaceable manner on the hook-out arm (4; 2d) and ii. a drive in the form of an electric motor for displacing the displacement element (30; 30a; 30b; 30c), and c. a hook-out lever (7; 7b; 7d) connecting the window frame (2; 4d) and the hook-out arm (4; 2d),
A method of securing a liner panel to a casing of a turbomachine with a foam material disposed between the liner panel and the casing, in which method the foam material is impregnated with a curable hardener composition, and the liner panel is secured to the casing by displacing the liner panel towards the casing to compress the foam material between the liner panel and the casing while the hardener composition is in an uncured condition and the foam is flexible, displacing the liner panel away from the casing and allowing the foam material to expand while the hardener composition is uncured, the hardener composition subsequently being cured while the foam material is in the expanded condition to increase the rigidity of the foam material.
Method for welding at least two flat metallic structural components (16, 18, 20, 22) aligned with each other, such as metal strips, using ultrasound, whereby for welding the structural components are arranged between a tool transmitting the ultrasonic oscillations and a holding piece and are fixed between them by pressure application, characterized in that before welding by means of ultrasonic oscillations to be applied, the structural components (16, 18, 20, 22) are deformed by the exertion of force by at least one projection (26, 34, 36) protruding from the tool and/or the holding piece over the respective work surface (24, 28) in such a way that a translatory and rotatory relative movement between the parts is prevented or essentially prevented, and the welding is done after the deformation.
A computer-implemented method for searching molecules among a number of molecules to be searched that are similar to a given set of query molecules, comprising the steps of: a) providing a directed acyclic graph of maximum common substructures, mDAG, of the given set of molecules (A, B, C, D, E) by using a method of computing an mDAG, wherein the given set of molecules contains the molecules to be searched and the query molecules, wherein each molecule to be searched and each query molecule forms a vertex in the mDAG, the method of computing the mDAG comprising the steps of: aa) determining for each pair of molecules (A, C;...) of the given set of molecules their maximum common substructures (a, b;...) the common substructures forming vertices of the mDAG; and bb) connecting each of the molecules (A,...) with its respective maximum common substructures (a, b...;...) forming paths of the mDAG; b) providing, for each query molecule, by performing a local search within the mDAG, starting from the vertices representing the query molecule, a data set comprising the query molecule, a molecule out of the molecules to be searched, and their respective maximum common substructure, and returning the data sets ordered by decreasing similarity. a) providing a directed acyclic graph of maximum common substructures, mDAG, of the given set of molecules (A, B, C, D, E) by using a method of computing an mDAG, wherein the given set of molecules contains the molecules to be searched and the query molecules, wherein each molecule to be searched and each query molecule forms a vertex in the mDAG, the method of computing the mDAG comprising the steps of: aa) determining for each pair of molecules (A, C;...) of the given set of molecules their maximum common substructures (a, b;...) the common substructures forming vertices of the mDAG; and bb) connecting each of the molecules (A,...) with its respective maximum common substructures (a, b...;...) forming paths of the mDAG; aa) determining for each pair of molecules (A, C;...) of the given set of molecules their maximum common substructures (a, b;...) the common substructures forming vertices of the mDAG; and bb) connecting each of the molecules (A,...) with its respective maximum common substructures (a, b...;...) forming paths of the mDAG; b) providing, for each query molecule, by performing a local search within the mDAG, starting from the vertices representing the query molecule, a data set comprising the query molecule, a molecule out of the molecules to be searched, and their respective maximum common substructure, and returning the data sets ordered by decreasing similarity.
An aircraft including a wing control system (12, 112) operatively installed thereon, the aircraft including a wing including an aileron and a length of wing in which dynamic air pressure on the aileron, when pivoted during forward motion of the aircraft, would tend to induce twisting, the system (12, 112) including: a shaft extending along the length of wing and including an outboard end and an inboard end; actuation means responsive to aileron control inputs received from an aileron control system of the aircraft to induce a variable torque T in the shaft; outboard moment transfer means for transferring the torque T from the outboard end of the shaft partially as a moment MA to the aileron and partially as a moment MW to the wing at an outboard end of the length of wing, with the moments MA and MW together balancing the torque T; and inboard moment transfer means for transferring the torque T from the inboard end of the shaft to the aircraft at a position inboard of the length of wing as a moment MF, with the moment MF balancing the torque T, characterised in that the moment MW is in the same direction as the moment MA to counter twisting of the length of wing due to dynamic air pressure on the aileron, when pivoted during forward motion of the aircraft, and the moment MF is directionally opposite to the moments MA and MW. a shaft extending along the length of wing and including an outboard end and an inboard end; actuation means responsive to aileron control inputs received from an aileron control system of the aircraft to induce a variable torque T in the shaft; outboard moment transfer means for transferring the torque T from the outboard end of the shaft partially as a moment MA to the aileron and partially as a moment MW to the wing at an outboard end of the length of wing, with the moments MA and MW together balancing the torque T; and inboard moment transfer means for transferring the torque T from the inboard end of the shaft to the aircraft at a position inboard of the length of wing as a moment MF, with the moment MF balancing the torque T,
A high throughput satellite system, comprising: an array (Fig. 1(a)-(b): 300; Fig. 6: 500) of coordinated remote satellites, each remote satellite having one or more antenna (Fig. 1(a): 306; Fig. 2(a): 310) and maintaining a predetermined or dynamic distance to each other to form a combined aperture system in space; wherein said maintaining a predetermined or dynamic distance is performed by using first order gravitational forces or electromagnetic coupling between the remote satellites.
A Kerr Mode Locked, KLM, laser comprising: a resonant cavity; and a gain medium selected from polycrystalline transition metal doped II-VI materials, TM: II-VI, the gain medium being mounted at a normal angle of incidence to a pump beam and mounted in the resonant cavity so as to induce Kerr-lens mode locking sufficient for the resonant cavity to emit a pulsed laser beam at a fundamental wavelength, wherein pulses of the emitted laser beam at the fundamental wavelength each vary, meaning fall, within a 1.8 - 8 μm wavelength range, have a pulse duration equal to or longer than 30 - 35 fs time range and an average output power within a mW to about 20 W power range, a linearly polarized fiber laser pump source selected from an erbium or thulium doped single mode fiber and operative to emit a pump beam which is coupled into the gain medium at a pump wavelength different from the fundamental wavelength, wherein the laser and pump beams remain circular while propagating through the gain medium. a resonant cavity; and a gain medium selected from polycrystalline transition metal doped II-VI materials, TM: II-VI, the gain medium being mounted at a normal angle of incidence to a pump beam and mounted in the resonant cavity so as to induce Kerr-lens mode locking sufficient for the resonant cavity to emit a pulsed laser beam at a fundamental wavelength, wherein pulses of the emitted laser beam at the fundamental wavelength each vary, meaning fall, within a 1.8 - 8 μm wavelength range, have a pulse duration equal to or longer than 30 - 35 fs time range and an average output power within a mW to about 20 W power range, a linearly polarized fiber laser pump source selected from an erbium or thulium doped single mode fiber and operative to emit a pump beam which is coupled into the gain medium at a pump wavelength different from the fundamental wavelength, wherein the laser and pump beams remain circular while propagating through the gain medium.