mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of Enoxaparin sodium, comprising the steps of: a) salifying heparin sodium with benzethonium chloride to form benzethonium heparinate, b) reacting the benzethonium heparinate obtained in step (a) with benzyl chloride in an inert solvent to form a crude heparin benzyl ester, c) adding water to the reaction mixture containing the crude heparin benzyl ester obtained in step (b) at a temperature of 0 °C to room temperature to obtain a precipitate of heparin benzyl ester, d) adding an alcoholic solution of sodium acetate to the reaction mixture containing the precipitate of heparin benzyl ester obtained in step (c) to isolate the heparin benzyl ester sodium salt, e) depolymerizing the heparin benzyl ester sodium salt obtained in step (d) with an inorganic base to produce crude Enoxaparin sodium, f) bleaching the crude Enoxaparin sodium obtained in step (e) at a pH of 9-10 to obtain a decolorized Enoxaparin sodium, and g) purifying the decolorized Enoxaparin sodium. a) salifying heparin sodium with benzethonium chloride to form benzethonium heparinate, b) reacting the benzethonium heparinate obtained in step (a) with benzyl chloride in an inert solvent to form a crude heparin benzyl ester, c) adding water to the reaction mixture containing the crude heparin benzyl ester obtained in step (b) at a temperature of 0 °C to room temperature to obtain a precipitate of heparin benzyl ester, d) adding an alcoholic solution of sodium acetate to the reaction mixture containing the precipitate of heparin benzyl ester obtained in step (c) to isolate the heparin benzyl ester sodium salt, e) depolymerizing the heparin benzyl ester sodium salt obtained in step (d) with an inorganic base to produce crude Enoxaparin sodium, f) bleaching the crude Enoxaparin sodium obtained in step (e) at a pH of 9-10 to obtain a decolorized Enoxaparin sodium, and g) purifying the decolorized Enoxaparin sodium.
An aircraft comprising a fuselage having a longitudinal or X-axis, a wing and a ventral fairing; the ventral fairing being configured by a symmetrical streamlined surface with respect to the aircraft symmetry plane enclosing together with the fuselage and the wing an inner space, the ventral fairing comprising a first zone of a length L1 along the X-axis, where the area of the cross-section perpendicular to the X-axis of said inner space increases in the direction of the air flow, and a second zone of a length L2 along the X-axis, where the area of the cross-section perpendicular to the X-axis of said inner space decreases in the direction of the air flow, being L1 > L2 and being placed the rear end of said first zone behind the intersection of the trailing edge of the wing with the fuselage characterized in that: - the contour of the cross-sections perpendicular to the X-axis of the ventral fairing is configured by symmetrical curves with respect to the aircraft symmetry plane having a variable curvature and comprising at each side of the symmetry plane in at least some of them at least a convex part (23, 23'), where the lower points (P1, P2) and the most lateral points (P3, P4) of the contour are located, and two concave parts (25, 25'; 27; 27') and; - the contour of the longitudinal sections of the ventral fairing is configured by curves having a variable curvature and comprising, in at least some of them, at least a central convex part and two concave parts (35, 37) ending in their intersections with the fuselage or with the surfaces of the wing. - the contour of the cross-sections perpendicular to the X-axis of the ventral fairing is configured by symmetrical curves with respect to the aircraft symmetry plane having a variable curvature and comprising at each side of the symmetry plane in at least some of them at least a convex part (23, 23'), where the lower points (P1, P2) and the most lateral points (P3, P4) of the contour are located, and two concave parts (25, 25'; 27; 27') and; - the contour of the longitudinal sections of the ventral fairing is configured by curves having a variable curvature and comprising, in at least some of them, at least a central convex part and two concave parts (35, 37) ending in their intersections with the fuselage or with the surfaces of the wing.
Method for managing the warming of a motor-vehicle combustion engine that prevents the solidification of the oil in said engine, comprising the following steps: - storing (18, 19) engine warming scheduling data in a memory, - if these data correspond to a series of instructions to start the engine at a series of respective start times ({t(i)} i=1,..., 4) within a given duration range, for at least one start-up time in said series, when the current time reaches the start-up time, receiving a measured current temperature value, and • authorizing the start-up if the received temperature value is less than a threshold, and • prohibiting the start-up if the received temperature value is greater than said threshold. - storing (18, 19) engine warming scheduling data in a memory, - if these data correspond to a series of instructions to start the engine at a series of respective start times ({t(i)} i=1,..., 4) within a given duration range, for at least one start-up time in said series, when the current time reaches the start-up time, receiving a measured current temperature value, and • authorizing the start-up if the received temperature value is less than a threshold, and • prohibiting the start-up if the received temperature value is greater than said threshold. • authorizing the start-up if the received temperature value is less than a threshold, and • prohibiting the start-up if the received temperature value is greater than said threshold.
A ratcheted spinal device comprising: a variable-length member comprising a ratchet mechanism that has an operative configuration that allows a change in length of said variable-length member in one direction and prevents a change in length of said variable-length member in an opposite direction, wherein said variable-length member comprises polyaxial-joint attachment members for attachment to bone, which permit pivoting movement of said attachment members about more than one pivoting axis, characterised by pedicle screws that pass through said attachment members, and wherein for each of said pedicle screws a nut firmly holds the pedicle screw in place while enabling polyaxial rotation of the pedicle screw. a variable-length member comprising a ratchet mechanism that has an operative configuration that allows a change in length of said variable-length member in one direction and prevents a change in length of said variable-length member in an opposite direction, wherein said variable-length member comprises polyaxial-joint attachment members for attachment to bone, which permit pivoting movement of said attachment members about more than one pivoting axis, characterised by pedicle screws that pass through said attachment members, and wherein for each of said pedicle screws a nut firmly holds the pedicle screw in place while enabling polyaxial rotation of the pedicle screw.
A method for controlling a crane comprising a jib having a crane tip and a hoist comprising a load connection structure, wherein the crane is configured to carry a load attached to the load connection structure and comprises: - one or more of jib actuators (8, 8', 8") arranged to activate the jib; - one or more hoist actuators arranged to activate the hoist; - a control unit configured control the one or more jib actuators and the one or more hoist actuators configured to change the distance between the load connection structure and the crane tip, wherein the method comprises the step of providing a command (C A, C B) to the control unit to activate the one or more jib actuators (8, 8', 8"), characterised in that the method comprises the following steps: - determining the expected change (ΔD jib) of the distance between the load connection structure and the crane tip caused by motion of the jib when executing the command (C A, C B); - determining a correcting signal (C S) suitable for at least partly counteracting the change (ΔD jib) of the distance between the load connection structure and the crane tip; - activating the one or more hoist actuators by using the determined correcting signal (C S). - one or more of jib actuators (8, 8', 8") arranged to activate the jib; - one or more hoist actuators arranged to activate the hoist; - a control unit configured control the one or more jib actuators and the one or more hoist actuators configured to change the distance between the load connection structure and the crane tip, - determining the expected change (ΔD jib) of the distance between the load connection structure and the crane tip caused by motion of the jib when executing the command (C A, C B); - determining a correcting signal (C S) suitable for at least partly counteracting the change (ΔD jib) of the distance between the load connection structure and the crane tip; - activating the one or more hoist actuators by using the determined correcting signal (C S).
System for applying a urinal condom for use as intended, having a receiving bell, a vacuum pump and a connecting unit for fluidically connecting the receiving bell to the vacuum pump, wherein the connecting unit has a tubular channel to which the receiving bell is fluidically connected, wherein the tubular channel is formed on the receiving bell side as a receptacle for a hose attachment of the urinal condom, characterized in that the connecting unit has, on the side to be connected to the vacuum pump, a surface which is congruent with a surface formed on the vacuum pump, at least one of the two surfaces having an uneven structure, and the vacuum pump and the connecting unit being fluidically connected via the two superimposed surfaces.
A method of controlling a biochemical analysis system for analysing polymers that comprise a sequence of polymer units, wherein the biochemical analysis system comprises at least one sensor element that comprises a nanopore, and the biochemical analysis system is operable to take successive measurements of a polymer from a sensor element, during translocation of the polymer through the nanopore of the sensor element, characterised in that the method comprises, when a polymer has partially translocated through the nanopore, analysing the series of measurements taken from the polymer during the partial translocation thereof using reference data derived from at least one reference sequence of polymer units to provide a measure of similarity between the sequence of polymer units of the partially translocated polymer and the at least one reference sequence, and responsive to the measure of similarity, operating the biochemical analysis system to reject the polymer and to take measurements from a further polymer. characterised in that the method comprises, when a polymer has partially translocated through the nanopore, analysing the series of measurements taken from the polymer during the partial translocation thereof using reference data derived from at least one reference sequence of polymer units to provide a measure of similarity between the sequence of polymer units of the partially translocated polymer and the at least one reference sequence, and responsive to the measure of similarity, operating the biochemical analysis system to reject the polymer and to take measurements from a further polymer.
A method for setting a redundancy version, RV, value of a system information message, comprising: setting a RV value of a system information message in a first subframe as 0; setting a RV value of the system information message in a second subframe as 2; setting a RV value of the system information message in a third subframe as 3; setting a RV value of the system information message in a fourth subframe as 1; wherein the system information message is transmitted within a transmission window and the first subframe, the second subframe, and third subframe and the fourth subframe are four continuous subframes in the transmission window of the system information message. setting a RV value of a system information message in a first subframe as 0; setting a RV value of the system information message in a second subframe as 2; setting a RV value of the system information message in a third subframe as 3; setting a RV value of the system information message in a fourth subframe as 1; wherein the system information message is transmitted within a transmission window and the first subframe, the second subframe, and third subframe and the fourth subframe are four continuous subframes in the transmission window of the system information message.
A method of producing a thraustochytrid cell culture, comprising: a. transforming a thraustochytrid cell with nucleic acid molecules comprising a polynucleotide sequence encoding a heterologous xylose transporter, a heterologous xylose isomerase, and a heterologous xylulose kinase; or with nucleic acid molecules comprising a polynucleotide sequence encoding a heterologous xylose transporter, a heterologous xylulose kinase, a heterologous xylose reductase, and a heterologous xylitol dehydrogenase; wherein the heterologous genes are codon-optimised for expression in the thraustochytrid cell, and the heterologous genes are under the control of any promoter sequence, any terminator sequence and/or any other regulatory sequence that is functional in a thraustochytrid cell; and b. growing the transformed thraustochytrid cell in a culture medium comprising xylose as a carbon source. a. transforming a thraustochytrid cell with nucleic acid molecules comprising a polynucleotide sequence encoding a heterologous xylose transporter, a heterologous xylose isomerase, and a heterologous xylulose kinase; or with nucleic acid molecules comprising a polynucleotide sequence encoding a heterologous xylose transporter, a heterologous xylulose kinase, a heterologous xylose reductase, and a heterologous xylitol dehydrogenase; wherein the heterologous genes are codon-optimised for expression in the thraustochytrid cell, and the heterologous genes are under the control of any promoter sequence, any terminator sequence and/or any other regulatory sequence that is functional in a thraustochytrid cell; and b. growing the transformed thraustochytrid cell in a culture medium comprising xylose as a carbon source.
A continuous process for the production of choline hydroxide comprising: • reacting ethylene oxide, trimethylamine, and water in a reaction zone to form a reaction mixture; • extracting heat from the reaction mixture; • subsequently, inducing phase separation of the reaction mixture to obtain a choline hydroxide phase and an organic liquid phase comprising trimethylamine; and • obtaining a choline hydroxide solution from the choline hydroxide phase. • reacting ethylene oxide, trimethylamine, and water in a reaction zone to form a reaction mixture; • extracting heat from the reaction mixture; • subsequently, inducing phase separation of the reaction mixture to obtain a choline hydroxide phase and an organic liquid phase comprising trimethylamine; and • obtaining a choline hydroxide solution from the choline hydroxide phase.
A bracket device, comprising: a bracket having a longitudinal wall and an end wall substantially perpendicularly connected to the longitudinal wall, the end wall being connected with at least one mounting member; and an engagement member operatively arranged on the longitudinal wall of the bracket so that, when operated, the engagement member is transversely movable relative to the longitudinal wall from a first position to a second position, characterized in that the bracket device is adapted to mount an object arranged on a slide rail assembly to a post of a rack; the bracket is connectable to the slide rail assembly; the end wall of the bracket is mountable to the post via the at least one mounting member; and the engagement member is releasably engaged with a portion of the object, and in that the bracket device further comprises a hook member movably connected to the longitudinal wall of the bracket, the hook member including a body portion and a hook portion substantially transversely connected to the body portion, the hook portion corresponding to the post of the rack. and in that the engagement member includes a space and the hook portion of the hook member passes through the space of the engagement member. a bracket having a longitudinal wall and an end wall substantially perpendicularly connected to the longitudinal wall, the end wall being connected with at least one mounting member; and an engagement member operatively arranged on the longitudinal wall of the bracket so that, when operated, the engagement member is transversely movable relative to the longitudinal wall from a first position to a second position, characterized in that the bracket device is adapted to mount an object arranged on a slide rail assembly to a post of a rack; the bracket is connectable to the slide rail assembly; the end wall of the bracket is mountable to the post via the at least one mounting member; and the engagement member is releasably engaged with a portion of the object, and in that the bracket device further comprises a hook member movably connected to the longitudinal wall of the bracket, the hook member including a body portion and a hook portion substantially transversely connected to the body portion, the hook portion corresponding to the post of the rack. and in that the engagement member includes a space and the hook portion of the hook member passes through the space of the engagement member.
A document, comprising sensor means, at least one antenna, a first processor, a second processor, storage means, and a switch, • the first processor being designed to communicate with a reading device via the antenna; • the switch being designed to switch the antenna between a stable first state, in which communication between the first processor and the external reading device is prevented, and an unstable second state, in which communication between the first processor and the external reading device is possible; • the sensor means being designed to detect a first identification feature of a user of the document; and • the second processor being designed to compare the first identification feature to a second identification feature, the second processor furthermore being designed to switch the switch to the second state when the first identification feature matches the second identification feature, characterized in that the second identification feature is stored in the storage means, and the document comprises a second storage means including a protected memory area for storing at least one attribute, the first processor only transmitting the at least one attribute to the reading device, via the antenna, after a successful check of a cryptographic access condition. • the first processor being designed to communicate with a reading device via the antenna; • the switch being designed to switch the antenna between a stable first state, in which communication between the first processor and the external reading device is prevented, and an unstable second state, in which communication between the first processor and the external reading device is possible; • the sensor means being designed to detect a first identification feature of a user of the document; and • the second processor being designed to compare the first identification feature to a second identification feature, the second processor furthermore being designed to switch the switch to the second state when the first identification feature matches the second identification feature,
A method for invoking a constituent service in a telecommunication network, said constituent service being associated to a composite service, the method comprising the steps of - determining a first group of parameters associated with the composite service, wherein the first group of parameters is determined based on a profile of a user; - determining a second group of parameters associated with the constituent service, the second group of parameters relating to execution properties of the constituent service, - comparing the first and the second group of parameters and in case there are matching parameters in the first and the second group - determining input parameters for the constituent service based on the matching parameters in the first and the second group, and - invoking the constituent service according to the input parameters. - determining a first group of parameters associated with the composite service, wherein the first group of parameters is determined based on a profile of a user; - determining a second group of parameters associated with the constituent service, the second group of parameters relating to execution properties of the constituent service, - comparing the first and the second group of parameters and in case there are matching parameters in the first and the second group - determining input parameters for the constituent service based on the matching parameters in the first and the second group, and - invoking the constituent service according to the input parameters.
A control system for a vehicle operable to implement a speed control function, the control system comprising: means (173, 174, 175)for receiving an input of a target speed at which the vehicle is intended to travel; target speed torque determining means for determining an instantaneous value of a target speed torque parameter corresponding to an amount of torque that should be developed at a given position in a powertrain in order to control the vehicle to travel at the target speed; modifier means operable to receive the instantaneous value of target speed torque parameter generated by the target speed torque determining means and to output to filter means a value of a filter torque parameter, the value of the filter torque parameter being determined in dependence on the value of the target speed torque parameter, a current speed of the vehicle and the target speed of the vehicle, the filter means being operable to filter the value of filter torque parameter to generate a value of a filtered torque parameter, the system being operable to command the powertrain to develop an amount of torque corresponding to the value of the filtered torque parameter. means (173, 174, 175)for receiving an input of a target speed at which the vehicle is intended to travel; target speed torque determining means for determining an instantaneous value of a target speed torque parameter corresponding to an amount of torque that should be developed at a given position in a powertrain in order to control the vehicle to travel at the target speed; modifier means operable to receive the instantaneous value of target speed torque parameter generated by the target speed torque determining means and to output to filter means a value of a filter torque parameter, the value of the filter torque parameter being determined in dependence on the value of the target speed torque parameter, a current speed of the vehicle and the target speed of the vehicle, the filter means being operable to filter the value of filter torque parameter to generate a value of a filtered torque parameter, the system being operable to command the powertrain to develop an amount of torque corresponding to the value of the filtered torque parameter.