mhurhangee/ep-ind-claims huggingface dataset:
Compounds of formula wherein R 1, R 2, R 3 and R 4 are independently selected from H and alkyl; R 5, R 6, R 7 and R 9 are independently selected from H, alkyl, halogen and hydroxy; R 10 and R 11 together form -(CH 2) w -; A is -C - or -S 2 -; B is -C-; R 12 is alkyl, cycloalkyl or substituted heteroaryl, wherein substituted heteroaryl is substituted with one to three subtituent independently selected from H, alkyl, cycloalkyl, hydroxy, alkoxy, cyano and halogen; R 13 is halogen, cyano, alkoxy or haloalkoxy; R 14 is H, alkyl or halogen; m is zero; n is zero; p is zero; w is 1, 2, or 3; with the proviso that 2-[5-(1-acetyl-pyrrolidin-3-yl)-pyridin-3-yl]-5-chloro-3,3-dimethyl-2,3-dihydro-isoindol-1-one is excluded; and pharmaceutically acceptable salts thereof. R 1, R 2, R 3 and R 4 are independently selected from H and alkyl; R 5, R 6, R 7 and R 9 are independently selected from H, alkyl, halogen and hydroxy; R 10 and R 11 together form -(CH 2) w -; A is -C - or -S 2 -; B is -C-; R 12 is alkyl, cycloalkyl or substituted heteroaryl, wherein substituted heteroaryl is substituted with one to three subtituent independently selected from H, alkyl, cycloalkyl, hydroxy, alkoxy, cyano and halogen; R 13 is halogen, cyano, alkoxy or haloalkoxy; R 14 is H, alkyl or halogen; m is zero; n is zero; p is zero; w is 1, 2, or 3; with the proviso that 2-[5-(1-acetyl-pyrrolidin-3-yl)-pyridin-3-yl]-5-chloro-3,3-dimethyl-2,3-dihydro-isoindol-1-one is excluded; and pharmaceutically acceptable salts thereof.
A wind turbine comprising a platform a frame comprising a first beam having a fixed length and at least a second beam having a fixed length wherein the platform is attached to an interior of a tower or a supporting structure of the wind turbine by means of the frame, and wherein the platform is a standardized component while the fixed length of the first beam and the fixed length of the second beam is specially adapted to dimensions of a specific section of the tower or the supporting structure where the platform arrangement is mounted; wherein the first beam and the second beam carry the platform and attach the platform to the tower or the supporting structure of the wind turbine via direct contact between the first beam and second beam and a mounting support that is attached to the tower or supporting structure: wherein a diameter of the platform is smaller than the fixed length of the first beam and smaller than the fixed length of the second beam a platform a frame comprising a first beam having a fixed length and at least a second beam having a fixed length wherein the platform is attached to an interior of a tower or a supporting structure of the wind turbine by means of the frame, and wherein the platform is a standardized component while the fixed length of the first beam and the fixed length of the second beam is specially adapted to dimensions of a specific section of the tower or the supporting structure where the platform arrangement is mounted; a frame comprising a first beam having a fixed length and at least a second beam having a fixed length wherein the platform is attached to an interior of a tower or a supporting structure of the wind turbine by means of the frame, and wherein the platform is a standardized component while the fixed length of the first beam and the fixed length of the second beam is specially adapted to dimensions of a specific section of the tower or the supporting structure where the platform arrangement is mounted; wherein the first beam and the second beam carry the platform and attach the platform to the tower or the supporting structure of the wind turbine via direct contact between the first beam and second beam and a mounting support that is attached to the tower or supporting structure: wherein a diameter of the platform is smaller than the fixed length of the first beam and smaller than the fixed length of the second beam
Spool for a valve of an aircraft engine fuel circuit extending along a longitudinal axis, and comprising a narrowed intermediate portion extending between two cylindrical end portions (29, 31), a first end portion being separated from the narrowed intermediate portion by a shoulder having a surface arranged perpendicular to the longitudinal axis overall, the narrowed intermediate portion itself including, as an extension of the shoulder, at least one cylindrical section, the shoulder being provided with a step which is a protuberance protruding with respect to said shoulder as an extension of the cylindrical surface of the first end portion and which, when fuel flows along the first end portion in the direction of the narrowed intermediate portion and of the second end portion, ensures the generation of a fuel jet on the cylindrical section of the narrowed intermediate portion, a recirculation of fuel forming in a zone adjoining said shoulder, the spool being characterized in that the shoulder comprises at least one groove which extends radially from the cylindrical surface of the first end portion, in the direction of the longitudinal axis, to the cylindrical section, and from which extends the step, so as to accelerate the recirculation of the fuel in the recirculation zone.
Method for defrosting, reheating and/or cooking a food product, in particular a frozen dough, in a device comprising at least one heating enclosure provided with at least one support, at least one ramp arranged above said support comprising a plurality of infrared transmitters, said transmitters of said at least one ramp being infrared quartz tubes called variable-pitch, and at least one electrical heating element, arranged below or inside said support, which device is connected to a single-phase, electrical installation, and in which method: (a) said support is heated by means of said at least one electrical heating element up to reaching a setpoint temperature and said setpoint temperature is maintained; (b) a food product is supplied on said support in said at least one heating enclosure; (c) simultaneously, the power is cut from said at least one electrical heating element and the power of said at least one ramp is activated; (d) the food product supplied in said at least one heating enclosure is defrosted, reheated or cooked for a period of time less than 3 minutes, preferably less than 2 minutes, more preferably, less than 1.5 minutes; (e) the defrosted, reheated and/or cooked food product is removed from the device. (a) said support is heated by means of said at least one electrical heating element up to reaching a setpoint temperature and said setpoint temperature is maintained; (b) a food product is supplied on said support in said at least one heating enclosure; (c) simultaneously, the power is cut from said at least one electrical heating element and the power of said at least one ramp is activated; (d) the food product supplied in said at least one heating enclosure is defrosted, reheated or cooked for a period of time less than 3 minutes, preferably less than 2 minutes, more preferably, less than 1.5 minutes; (e) the defrosted, reheated and/or cooked food product is removed from the device.
A powder diffractometer for measuring a powder sample in a transmission geometry comprising: a sample stage for holding a powder sample layer; an X-ray source for emitting an X-ray beam; a monochromator crystal having a diffraction surface arranged to diffract a monochromatic X-ray beam at a grazing exit angle of less than 5° to the diffraction surface towards the sample stage to have a spot width of less than 60 μm at the sample stage; at least one detector crystal for measuring intensities of X-rays that have been diffracted from the powder sample and have passed through the sample, simultaneously at a plurality of diffraction angles; and processing means for calculating a diffraction pattern from the measured X-rays. a sample stage for holding a powder sample layer; an X-ray source for emitting an X-ray beam; a monochromator crystal having a diffraction surface arranged to diffract a monochromatic X-ray beam at a grazing exit angle of less than 5° to the diffraction surface towards the sample stage to have a spot width of less than 60 μm at the sample stage; at least one detector crystal for measuring intensities of X-rays that have been diffracted from the powder sample and have passed through the sample, simultaneously at a plurality of diffraction angles; and processing means for calculating a diffraction pattern from the measured X-rays.
1,8-cineole for use in the prophylactic and/or therapeutic treatment of COVID-19, wherein the 1,8-cineole is applied as an enteric-coated but small intestine-soluble systemic dosage form, wherein the 1,8-cineole is present as a pure substance, wherein the 1,8-cineole is present with a purity of at least 95% by weight, based on the 1,8-cineole, and wherein the 1,8-cineole is free from other terpenes. wherein the 1,8-cineole is applied as an enteric-coated but small intestine-soluble systemic dosage form, wherein the 1,8-cineole is present as a pure substance, wherein the 1,8-cineole is present with a purity of at least 95% by weight, based on the 1,8-cineole, and wherein the 1,8-cineole is free from other terpenes.
Transport vehicle, in particular a self-propelled transport vehicle, which has a chassis comprising at least two load carriers (2a, 2b) being arranged side by side and distant from each other, whose mutual distance can be changed for varying the width of the transport vehicle, characterized in that at least two load carriers (2a, 2b) of the transport vehicle are connected by at least one scissor link (4, 5), that at least one scissor link (4, 5) comprises two arms (4a, 4b; 5a, 5b), whose first end portions (4a', 4b'; 5a', 5b') are hingedly connected with one load carrier (2a; 2b) and whose second end portions (4a", 4b"; 5a", 5b") are connected via a joint (4c; 5c), that at least one scissor link (4, 5) comprises two arms (4a, 4b; 5a, 5b), so that the first end portion (4a'; 5a') of the first arm (4a; 5a) is pivotally connected with the first end portion (4a'; 5a') of the first arm (4a; 5a) and the first end portion (4b'; 5b') of the second arm (4b; 5b) of said scissor link (4; 5) is pivotally connected with the second load carrier, so that the second end portion (4a"; 5a") of the first arm (4a; 5a) and the second end portion (4b"; 5b") of the second arm (4b; 5b) are connected via a joint (4c, 5c).
Subframe for a motor vehicle, comprising - first and second longitudinal members (12, 14) oriented in the vehicle longitudinal direction, - at least one transverse structure (16, 24) oriented in the vehicle transverse direction, and - first and second cast nodes (18, 20) wherein the first cast node is arranged between the first longitudinal member and the transverse structure (16, 24) and the second cast node is arranged between the second longitudinal member and the transverse structure (16, 24)and the two longitudinal members (12, 14) and the transverse structure (16, 24) are permanently connected together by the corresponding cast nodes (18, 20), and the two cast nodes (18, 20) each have bearing connection points (LG1, LG2, LG3, LG4, LG5) for fixing a motor bearing, wherein for the two cast nodes (18, 20), at least one bearing connection point in each case is provided for fixing a connecting part (26, 28) having a motor bearing, wherein a plurality of bearings is in each case formed at the connecting parts (26, 28), via which bearings the connecting parts (26, 28) can each be fixed to the transverse structure and to the bearing connection points (LG1, LG2, LG3, LG4, LG5) present at the cast nodes (18, 20), characterised in that the bearing connection points (LG1, LG2, LG3, LG4, LG5) present at the cast nodes (18, 20) are positioned in such a way that, depending on the chosen installation position and design of the connecting parts (26, 28), the position of the motor bearings within the otherwise identically designed subframe can be varied in the x, y and/or z direction(s). - first and second longitudinal members (12, 14) oriented in the vehicle longitudinal direction, - at least one transverse structure (16, 24) oriented in the vehicle transverse direction, and - first and second cast nodes (18, 20)
A gas control valve to control a supply amount of fuel gas to a gas burner by allowing the gas to flow in a state that a rotational disk having a rotation-side communication hole is intimately contacted to an intimate contact face being a lower face of a fixed disk having a fixed-side communication hole and that the rotation-side communication hole is made to face the fixed-side communication hole with rotation of the rotational disk, comprising: a component unit arranged separately from a main body, wherein the component unit can be assembled separately from the main body, said component unit being a component group that includes at least the rotational disk, the fixed disk, and a spring that urges the rotational disk toward the fixed disk, wherein the main body includes an accommodation portion to accommodate the component unit, the component unit includes an axial-center guide to perform positioning of the rotational disk and the fixed disk, a power transmission member configured to transmit power of a motor to the rotational disk, and a retaining portion attached to an end of the axial-center guide. a component unit arranged separately from a main body, wherein the component unit can be assembled separately from the main body, said component unit being a component group that includes at least the rotational disk, the fixed disk, and a spring that urges the rotational disk toward the fixed disk, wherein the main body includes an accommodation portion to accommodate the component unit, the component unit includes an axial-center guide to perform positioning of the rotational disk and the fixed disk, a power transmission member configured to transmit power of a motor to the rotational disk, and a retaining portion attached to an end of the axial-center guide.
Electromechanical actuating drive, in which an external housing, a portion of the said external housing and/or a cylindrical component which is connected to the external housing in a rotationally fixed manner execute/executes a rotational movement about the longitudinal centre axis of the said electromechanical actuating drive, wherein a cable harness which comprises at least one electrical supply line and/or electrical control line (13a, 13b, 13c) is connected, at its first end, to a first connection which is provided on the external housing and, at its second end, to a second stationary connection, wherein the first end of the cable harness, in the region of the first connection, runs tangentially or concentrically in relation to an external lateral surface of the external housing or of the cylindrical component which is connected to the said external housing in a rotationally fixed manner, the outside diameter of which component is reduced in comparison to that of the external housing so that an arrangement of the first connection and of the cable harness does not increase the radial dimensions of the electromechanical actuating drive on account of the arrangement of the cable harness, and that the cable harness, starting from this region, extends concentrically at a radial distance from the external lateral surface in such a way that expansion or contraction of a loop of the cable harness, which loop runs around the external housing or the cylindrical component, is possible, wherein the at least one electrical supply line and/or electrical control line (13a, 13b, 13c) is arranged in each case in a transverse plane of the external housing or of the cylindrical component, which transverse plane runs through the first connection, or, starting from the said region, has the profile of a helix, characterized in that the first connection is designed as a first plug, wherein the external housing is connected to the cylindrical component so as to form an end face in the form of a circular ring, wherein the first plug is provided with plug-in contacts which run in the direction of the end face.
A device for treating drinking water, comprising a housing, through which water can be guided and which is filled with an ion exchange material, characterized in that at least 5% of the total capacity of the ion exchange material is loaded with zinc ions and at least 5% of its total capacity is loaded with hydrogen ions.
Control system adapted and determined for use in a motor vehicle to identify road boundaries and/or road markings based on environmental data obtained by at least one environmental sensor associated with the motor vehicle, wherein the at least one environmental sensor is adapted to provide the environmental data, which represents the area in front of the motor vehicle, to an electronic control of the control system, and wherein the control system is at least adapted and determined to - capture road boundaries and/or road markings with the at least one environmental sensor, and - determine a respective trajectory from the captured road boundaries and/or road markings, characterized in that the control system is further adapted and determined to - form pairs from the determined trajectories, wherein each pair comprises two trajectories respectively, - determine sampling points at predetermined distances for each pair of first and second trajectories, - determine distances perpendicular to a course of the first trajectory from the determined sampling points to the second trajectory, and calculate a length of a section along the course of the first trajectory, for which length the determined distances are within a predetermined value range, and/or - determine distances perpendicular to a course of the second trajectory from the determined sampling points to the first trajectory, and calculate a length of a section along the course of the second trajectory, for which length the determined distances are within the predetermined value range, and - select a set of pairs of trajectories based on a criterion for pairing to determine at least one lane and/or at least one trajectory for the motor vehicle based on this set. - capture road boundaries and/or road markings with the at least one environmental sensor, and - determine a respective trajectory from the captured road boundaries and/or road markings, characterized in that the control system is further adapted and determined to - form pairs from the determined trajectories, wherein each pair comprises two trajectories respectively, - determine sampling points at predetermined distances for each pair of first and second trajectories, - determine distances perpendicular to a course of the first trajectory from the determined sampling points to the second trajectory, and calculate a length of a section along the course of the first trajectory, for which length the determined distances are within a predetermined value range, and/or - determine distances perpendicular to a course of the second trajectory from the determined sampling points to the first trajectory, and calculate a length of a section along the course of the second trajectory, for which length the determined distances are within the predetermined value range, and - select a set of pairs of trajectories based on a criterion for pairing to determine at least one lane and/or at least one trajectory for the motor vehicle based on this set.
A method for manufacturing an intraoral sensor comprising an imaging device r, a signal cable including a jacket, and a package for containing the imaging device, the package having a case for containing the imaging device and a cover for covering an opening of the case, the cover having a cable connection unit for connecting the signal cable and a joint for joining the cable connection unit to the case, the method comprising: a first step of arranging the signal cable in a first mold, then filling the first mold with a first resin, and heating the first mold, so as to mold the cable connection unit having the jacket of the signal cable welded thereto; a second step of preparing the joint; a third step of arranging the cable connection unit at a predetermined position in the joint by using a second mold; and a fourth step of resin-sealing the joint and cable connection unit onto each other. a first step of arranging the signal cable in a first mold, then filling the first mold with a first resin, and heating the first mold, so as to mold the cable connection unit having the jacket of the signal cable welded thereto; a second step of preparing the joint; a third step of arranging the cable connection unit at a predetermined position in the joint by using a second mold; and a fourth step of resin-sealing the joint and cable connection unit onto each other.
A biosensor (100, 200, 300, 400), comprising: a substrate having pixels; photodiodes disposed in the substrate respectively corresponding to the pixels; pixelated filters 110') disposed on the substrate in correspondence with the pixels; an excitation light rejection layer disposed on the pixelated filters; and an immobilization layer disposed on the excitation light rejection layer, characterized in that some of the pixelated filters are organic color filters and the other pixelated filters are dielectric interference filters. a substrate having pixels; photodiodes disposed in the substrate respectively corresponding to the pixels; pixelated filters 110') disposed on the substrate in correspondence with the pixels; an excitation light rejection layer disposed on the pixelated filters; and an immobilization layer disposed on the excitation light rejection layer, characterized in that some of the pixelated filters are organic color filters and the other pixelated filters are dielectric interference filters.