mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of a compound of formula I in the form of a single stereoisomer in crystalline form, comprising deprotecting the amine group either in a compound of formula IIa or in a mixture of a compound of formula IIa with a compound of formula IIb wherein R is an amine protecting group, and isolating a compound of formula I obtained in the form of a single diastereomer in crystalline form either directly from the reaction mixture or via recrystallization in organic solvent, whereby isolating the compound of formula I in the form of a single diastereomer in crystalline form comprises one of the following steps: a) treating a solution of a compound of formula I in a single stereoisomeric form obtained in the polar organic solvent CH 2 Cl 2, with an antisolvent selected from diisopropylether (DIPE) or tert-butyl methyl ether (MTBE), preferably DIPE b) treating a solution of a compound of formula I in a single stereoisomeric form obtained in the polar organic solvent CH 2 Cl 2, after concentration with an alcohol, such as n -butanol; c) taking up an isolated crude material of a compound of formula I in a single stereoisomeric form, in an ether, e.g. tetrahydrofuran, and optionally treating it with an antisolvent selected from DIPE or MTBE; d) obtaining a compound of formula I in the form of a single diastereomer in crystalline form via (re-)crystallization in an organic solvent, wherein the organic solvent is an alcohol, such as n -butanol. in the form of a single stereoisomer in crystalline form, comprising deprotecting the amine group either in a compound of formula IIa or in a mixture of a compound of formula IIa with a compound of formula IIb a) treating a solution of a compound of formula I in a single stereoisomeric form obtained in the polar organic solvent CH 2 Cl 2, with an antisolvent selected from diisopropylether (DIPE) or tert-butyl methyl ether (MTBE), preferably DIPE b) treating a solution of a compound of formula I in a single stereoisomeric form obtained in the polar organic solvent CH 2 Cl 2, after concentration with an alcohol, such as n -butanol; c) taking up an isolated crude material of a compound of formula I in a single stereoisomeric form, in an ether, e.g. tetrahydrofuran, and optionally treating it with an antisolvent selected from DIPE or MTBE; d) obtaining a compound of formula I in the form of a single diastereomer in crystalline form via (re-)crystallization in an organic solvent, wherein the organic solvent is an alcohol, such as n -butanol.
A ventilation device for a vehicle comprising a frame defining an opening and a closing device of the opening, the ventilation device having a first zone, the closing device comprising at least one main closing flap able to close off the first zone, the at least one main closing flap being able to rotate about a first axis of rotation extending along a single first direction of rotation, characterized in that the ventilation device has two second zone (30, 32), the first zone being a central zone, the two second zones (30, 32) being side zones located on either side of the central zone in a transverse direction, the closing device comprising at least one secondary closing flap able to close off the second zones (30, 32), the at least one secondary closing flap being able to rotate about a second axis of rotation extending along a single second direction of rotation for each second zone (30, 32), the second direction of rotation of each second zone (30, 32) being separate from the first direction of rotation, the norm of the component in an elevation direction of a vector of the second direction of rotation being strictly greater than the norm of each of the components of the vector in directions orthogonal (X, Y) to the elevation direction for each second zone (30, 32). characterized in that the ventilation device has two second zone (30, 32), the first zone being a central zone, the two second zones (30, 32) being side zones located on either side of the central zone in a transverse direction, the closing device comprising at least one secondary closing flap able to close off the second zones (30, 32), the at least one secondary closing flap being able to rotate about a second axis of rotation extending along a single second direction of rotation for each second zone (30, 32), the second direction of rotation of each second zone (30, 32) being separate from the first direction of rotation, the norm of the component in an elevation direction of a vector of the second direction of rotation being strictly greater than the norm of each of the components of the vector in directions orthogonal (X, Y) to the elevation direction for each second zone (30, 32).
Footwear for preventing or treating a pathological deformity of a wearer's foot, in particular of a joint connecting a great toe to the foot, comprising; - a toe strap configured for being fastened to the great toe, - an upper configured for being fastened to a metatarsus region of the foot and comprising a lateral section and a medial section, and - an adjustment mechanism comprising a tension element coupled to the toe strap and configured for variably adjusting a pulling force applied to the toe strap which, in a fastened state in which the footwear is fastened to the foot, is translated into a corrective force (F1, F2) acting upon at least one of the joint and the great toe, wherein the adjustment mechanism is at least partially arranged in or on the lateral section of the upper such that the tension element is guided to a lateral side of the footwear, wherein the medial section of the upper extends from the adjustment mechanism in a medial direction to a medial side of the footwear and is adjustable in its circumferential length, characterized in that the medial section is configured such that it is adjustable in its circumferential length independently from an actuation of the adjustment mechanism. - a toe strap configured for being fastened to the great toe, - an upper configured for being fastened to a metatarsus region of the foot and comprising a lateral section and a medial section, and - an adjustment mechanism comprising a tension element coupled to the toe strap and configured for variably adjusting a pulling force applied to the toe strap which, in a fastened state in which the footwear is fastened to the foot, is translated into a corrective force (F1, F2) acting upon at least one of the joint and the great toe, wherein the adjustment mechanism is at least partially arranged in or on the lateral section of the upper such that the tension element is guided to a lateral side of the footwear, wherein the medial section of the upper extends from the adjustment mechanism in a medial direction to a medial side of the footwear and is adjustable in its circumferential length, characterized in that the medial section is configured such that it is adjustable in its circumferential length independently from an actuation of the adjustment mechanism. the adjustment mechanism is at least partially arranged in or on the lateral section of the upper such that the tension element is guided to a lateral side of the footwear, wherein the medial section of the upper extends from the adjustment mechanism in a medial direction to a medial side of the footwear and is adjustable in its circumferential length, characterized in that the medial section is configured such that it is adjustable in its circumferential length independently from an actuation of the adjustment mechanism.
A display device, comprising: a first unit, comprising: a first substrate; and a light blocking structure having a plurality of first openings and disposed on the first substrate; and a plurality of second units (200E, 201E, 202E), each comprising: a second substrate; and a plurality of light emitting diodes (260, 261, 262, 263) disposed on the second substrate and corresponding to a portion of the plurality of first openings; wherein the plurality of second units (200E, 201E, 202E) are adhered to the first unit, characterized in that the light blocking structure further comprises a third opening corresponding to a gap between two of the plurality of second units (200E, 201E, 202E). a first unit, comprising: a first substrate; and a light blocking structure having a plurality of first openings and disposed on the first substrate; and a first substrate; and a light blocking structure having a plurality of first openings and disposed on the first substrate; and a plurality of second units (200E, 201E, 202E), each comprising: a second substrate; and a plurality of light emitting diodes (260, 261, 262, 263) disposed on the second substrate and corresponding to a portion of the plurality of first openings; a second substrate; and a plurality of light emitting diodes (260, 261, 262, 263) disposed on the second substrate and corresponding to a portion of the plurality of first openings; wherein the plurality of second units (200E, 201E, 202E) are adhered to the first unit, characterized in that the light blocking structure further comprises a third opening corresponding to a gap between two of the plurality of second units (200E, 201E, 202E).
A method comprising: determining a maximum number of equal cost multi-path, ECMP, paths identified in a single set of forwarding information; generating a plurality of sets of forwarding information, wherein the generating comprises converting the single set of forwarding information into the plurality of sets of forwarding information based on the maximum number of ECMP paths; receiving a packet at a node, wherein the packet comprises a bit string; selecting a first set of forwarding information from the plurality of sets of forwarding information, wherein the selecting is based on a flow value, and the first set of forwarding information comprises a forwarding bit mask; comparing the bit string with the forwarding bit mask to determine whether to forward the packet; and forwarding the packet based on a position of a particular bit in the bit string and a matching position of the particular bit in the forwarding bit mask. determining a maximum number of equal cost multi-path, ECMP, paths identified in a single set of forwarding information; generating a plurality of sets of forwarding information, wherein the generating comprises converting the single set of forwarding information into the plurality of sets of forwarding information based on the maximum number of ECMP paths; receiving a packet at a node, wherein the packet comprises a bit string; selecting a first set of forwarding information from the plurality of sets of forwarding information, wherein the selecting is based on a flow value, and the first set of forwarding information comprises a forwarding bit mask; comparing the bit string with the forwarding bit mask to determine whether to forward the packet; and forwarding the packet based on a position of a particular bit in the bit string and a matching position of the particular bit in the forwarding bit mask.
Flood barrier with posts inserted in stationary arranged seats and with at least one wall element which is arranged in an at least essentially U-shaped trough sunk into the ground stationary and which is hoistable for the formation of a protective wall and connectable with the posts, said wall element consisting at least in parts of a flexible material of a liquid-tight film and a steel- or plastic-net or a plastic fabric both being anchored with the trough or the lower area of the posts characterized in that in case of an erected flood barrier the plastic film is arranged outside and the steel- or plastic-net is arranged interior, so that the film provides the impermeability of the flood barrier and the stability is ensured by the steel- or plastic net or the plastic fabric.
A combination comprising a towing vehicle, in particular a tractor, and an agricultural bale press, wherein the bale press has at least one assembly (4, 5, 6, 7) for conveying crop material and/or for pressing crop material to form bales, and a knotting device, and can be brought into drive connection relationship with the towing vehicle to drive the assembly (4, 5, 6, 7) and the knotting device, characterised by a control device which is operable to interrupt the drive connection between the towing vehicle and the bale press upon the attainment of a critical operating state of the knotting device.
A process for forming a curable powder, comprising: a) aggregating, in an aqueous dispersion, particles including at least curable resin particles to form aggregated particles, wherein said aggregated particles have a volume average diameter of from 3 to 20 μm, and a geometric size distribution of from 1.10 to 1.25; b) coalescing said aggregated particles to form fused particles; and c) removing said fused particles from said aqueous dispersion; wherein the method further comprises the step of d) mixing said fused particles with at least one curing agent; or, alternatively, wherein in step a) the particles including at least curable resin particles are aggregated together with particles comprising at least one curing agent to form aggregated particles comprising curable resin and curing agent. a) aggregating, in an aqueous dispersion, particles including at least curable resin particles to form aggregated particles, wherein said aggregated particles have a volume average diameter of from 3 to 20 μm, and a geometric size distribution of from 1.10 to 1.25; b) coalescing said aggregated particles to form fused particles; and c) removing said fused particles from said aqueous dispersion; d) mixing said fused particles with at least one curing agent; or, alternatively,
Sonotrode for frictional welding of at least two joining parts (30; 32; 34; 36), which at least partly consist of a weldable plastic, comprising: a. a main body having a longitudinal axis, which lies in a workplane of the sonotrode, wherein during operation, the sonotrode is deflectable within this workplane, wherein b. a first workplane is placed laterally to the sonotrode with respect to the longitudinal axis, so that joining energy can be inputted laterally into a first joining zone between a first and a second joining part, and c. a second workplane is placed laterally to the sonotrode with respect to the longitudinal axis, so that joining energy can be inputted laterally into a second joining zone between a third and a fourth joining part, wherein d. during operation, the first workplane moves in a first plane parallel to the workplane and the second workplane moves in a second plane parallel to the workplane, and e. the first or the second workplane of the sonotrode show a structure, especially designed as a plurality of projections, and the remaining one of the first or the second workplane of the sonotrode does not show any structure. a. a main body having a longitudinal axis, which lies in a workplane of the sonotrode, wherein during operation, the sonotrode is deflectable within this workplane, wherein b. a first workplane is placed laterally to the sonotrode with respect to the longitudinal axis, so that joining energy can be inputted laterally into a first joining zone between a first and a second joining part, and c. a second workplane is placed laterally to the sonotrode with respect to the longitudinal axis, so that joining energy can be inputted laterally into a second joining zone between a third and a fourth joining part, wherein d. during operation, the first workplane moves in a first plane parallel to the workplane and the second workplane moves in a second plane parallel to the workplane, and e. the first or the second workplane of the sonotrode show a structure, especially designed as a plurality of projections, and the remaining one of the first or the second workplane of the sonotrode does not show any structure.
A transfer molding assembly for processing a ceramic-based material, a glass-based material or a combination of a ceramic/glass-based material, the assembly comprising: a chamber; a die within the chamber; a first gas control device configured to provide a first gas into the chamber; a second gas control device configured to provide a second gas into the die; wherein the first gas control device is in communication with a source of the first gas, and wherein the second gas control device is in communication with a source of the second gas; wherein the interior of the die includes a molding cavity interconnected with a reservoir, and wherein a preform is provided in the molding cavity, and a material is provided in the reservoir; wherein the second gas inhibits a potential reaction of the preform in response to an increase in temperature a chamber; a die within the chamber; a first gas control device configured to provide a first gas into the chamber; a second gas control device configured to provide a second gas into the die; wherein the first gas control device is in communication with a source of the first gas, and wherein the second gas control device is in communication with a source of the second gas; wherein the interior of the die includes a molding cavity interconnected with a reservoir, and wherein a preform is provided in the molding cavity, and a material is provided in the reservoir; wherein the second gas inhibits a potential reaction of the preform in response to an increase in temperature
A method for winding a fibrous web on a winding apparatus, which comprises at least one support element supporting a reel of its surface when winding, in which method, the reel being formed is supported by the support element of its surface and simultaneously a pre-determined support force applied to the reel is maintained, characterised in that during winding the vibration characteristics and/or damping of the support element are adjusted by changing the elasticity and/or damping of the support element in two different degrees of freedom.
Indiscrete contact arrangement between a power rail arrangement of a power supply and a socket of a consumer, comprising: - the power rail arrangement of the power supply, which has a plurality of power rails made of an electrically conductive material, electrical contacts being formed via longitudinal side edges of the power rails; - a housing for the power rail arrangement, at least one side part of the housing having a grid with passage openings for electrical contacts; and - contact taps of the consumer, formed in such a way that the contact taps contact the power rails through the passage openings of the side part of the housing with the grid, characterized in that sliding elements, which are to be positioned in guide rails of an outlet box, are arranged on the contact taps. - the power rail arrangement of the power supply, which has a plurality of power rails made of an electrically conductive material, electrical contacts being formed via longitudinal side edges of the power rails; - a housing for the power rail arrangement, at least one side part of the housing having a grid with passage openings for electrical contacts; and - contact taps of the consumer, formed in such a way that the contact taps contact the power rails through the passage openings of the side part of the housing with the grid, characterized in that sliding elements, which are to be positioned in guide rails of an outlet box, are arranged on the contact taps.
Method for reading sensor data from a buffer store that are written to the buffer store by at least one sensor at a data rate (T pas), wherein a sampling rate (T sg) is chosen such that overflow of the buffer store is avoided and all buffer-stored sensor data are read into a controller memory at the prescribed sampling rate (T sg), characterized in that the buffer store produces a report if no new sensor data are present in the buffer store at the sampling time, wherein the data rate (T pas) of the sensor is computed from the number of sensor data that are read in a prescribed period, the prescribed sampling rate (T sg) and the number of reports received in this period.
A production-scale solid state bioreactor with a reactor vessel comprising: a top wall having an upper surface and a lower surface; a bottom wall having an upper surface and a lower surface, the bottom wall defining the base of the reactor vessel; one or more side walls connecting the top wall and the bottom wall, the top, bottom and one or more side walls thereby collectively defining an interior compartment, a vertical height from bottom to top and an expansive horizontal dimension, wherein a plurality of apertures is formed in one or more of the walls; at least one reversibly-openable closure connected to a wall in which an aperture is formed, the closure sized and configured to reversibly seal the aperture; and a perforated plate member horizontally-oriented and disposed in the interior compartment of the reactor vessel at a level between the bottom wall and the top wall, the plate member having an upper side and a lower side, wherein the plate member comprises at least one perforated plate and wherein if the plate member includes more than one plate, each plate is disposed at least at the same level and no plate horizontally overlaps another plate, wherein the at least one reversibly-openable closure includes air inlet and air outlet lines which are individually controllable permitting selection and reversal of the direction of air flow with respect to perforated plate member.
Metallic or metallized reinforcer, at least the surface of which is at least partially metallic, at least said metallic part being coated with a polybenzoxazine sulfide whose repeating units include at least one unit corresponding to formula or: in which the two oxazine rings are connected together via a central aromatic group, the benzene ring of which bears one, two, three or four groups of formula -S x -R in which "x" is an integer from 1 to 8 and R represents hydrogen or a hydrocarbon-based group including 1 to 10 carbon atoms and optionally a heteroatom chosen from O, S, N and P, the two symbols "*" (which may be identical or different) represent any attachment of the unit to a carbon atom or to a heteroatom (preferably chosen from O, S, N and P), this attachment or bond resulting from the opening of the oxazine rings during a sufficient input of heat (Δ).
A weighing apparatus comprising: a conveyance unit configured to receive and convey an article; a detection unit configured to detect a weight of the conveyance unit or, in a case where the conveyance unit is conveying the article, the weight of the conveyance unit and a weight of the article on the conveyance unit and output a weigh signal; an acquisition unit configured to acquire: a prescribed weight of the article conveyed by the conveyance unit, a speed at which the article is conveyed by the conveyance unit and a length of the article in a direction in which it is conveyed by the conveyance unit; and a control unit configured to determine, based on the prescribed weight of the article, the conveyance speed of the article and the length of the article that the acquisition unit has acquired, a filter setting to use to filter the weigh signal detected by the detection unit. a conveyance unit configured to receive and convey an article; a detection unit configured to detect a weight of the conveyance unit or, in a case where the conveyance unit is conveying the article, the weight of the conveyance unit and a weight of the article on the conveyance unit and output a weigh signal; an acquisition unit configured to acquire: a prescribed weight of the article conveyed by the conveyance unit, a speed at which the article is conveyed by the conveyance unit and a length of the article in a direction in which it is conveyed by the conveyance unit; and a prescribed weight of the article conveyed by the conveyance unit, a speed at which the article is conveyed by the conveyance unit and a length of the article in a direction in which it is conveyed by the conveyance unit; and a control unit configured to determine, based on the prescribed weight of the article, the conveyance speed of the article and the length of the article that the acquisition unit has acquired, a filter setting to use to filter the weigh signal detected by the detection unit.