mhurhangee/ep-ind-claims huggingface dataset:
Process of conversion of any form of imatinib mesylate to imatinib mesylate form α, comprising the steps of: (i) combining imatinib mesylate with water and/or a mixture of water with alcohols C1-C4, optionally 0.01-10 %, preferably 0.01-5% molar excess of methanesulfonic acid with respect to imatinib salt can be added, (ii) stirring the reaction mixture at low temperatures of 5°C to 70°C, more preferably at 5°C to 50°C, most preferably at 10°C to 30°C until clear solution is obtained, optionally the obtained solution is filtered before further use, (iii) crystallizing imatinib mesylate by addition of or combining with organic solvent inoculated with imatinib mesylate α crystals and stirring the reaction mixture until crystallization of imatinib mesylate form α is completed, (iv) isolating the polymorphic form α of imatinib mesylate and drying the product at temperatures between 30°C and 100°C, preferably between 50°C and 70°C. (i) combining imatinib mesylate with water and/or a mixture of water with alcohols C1-C4, optionally 0.01-10 %, preferably 0.01-5% molar excess of methanesulfonic acid with respect to imatinib salt can be added, (ii) stirring the reaction mixture at low temperatures of 5°C to 70°C, more preferably at 5°C to 50°C, most preferably at 10°C to 30°C until clear solution is obtained, optionally the obtained solution is filtered before further use, (iii) crystallizing imatinib mesylate by addition of or combining with organic solvent inoculated with imatinib mesylate α crystals and stirring the reaction mixture until crystallization of imatinib mesylate form α is completed, (iv) isolating the polymorphic form α of imatinib mesylate and drying the product at temperatures between 30°C and 100°C, preferably between 50°C and 70°C.
A method comprising: fabricating a septum of a cell of an acoustic panel, by: heating a material into a molten material; depositing the molten material to form a lower chamber of the septum that extends vertically upwards and includes an entry; iteratively depositing a stack of layers of the molten material atop the entry, each layer comprising a filament that includes overhangs with respect to vertically adjacent layers; depositing layers being performed such that each of the filaments is deposited as a multi-pointed star shape having vertices comprising recesses and protrusions, wherein recesses in each of the layers align with protrusions of vertically adjacent layers to form the openings at locations of the overhangs. heating a material into a molten material; depositing the molten material to form a lower chamber of the septum that extends vertically upwards and includes an entry; iteratively depositing a stack of layers of the molten material atop the entry, each layer comprising a filament that includes overhangs with respect to vertically adjacent layers; depositing layers being performed such that each of the filaments is deposited as a multi-pointed star shape having vertices comprising recesses and protrusions, wherein recesses in each of the layers align with protrusions of vertically adjacent layers to form the openings at locations of the overhangs.
A hemocompatible adsorber for the separation of protein-bound uremic toxins contained in the blood or blood plasma of a patient and having a molecular mass of < 500 g/mol, preferably p-cresol, indoxyl sulfate, phenol, phenol derivatives, homocysteine, urofuranic acids, in particular 3-carboxy-4-methyl-5-propyl-2-furanopropionic acid, hippuric acid and p-hydroxyhippuric acid regarding their carrier proteins, preferably human albumin, characterized in that said hemocompatible adsorber comprises a polymer based on a cyclic oligosaccharide disposed on a solid carrier component in at least one layer, and the polymer based on a cyclic oligosaccharide is selected from the group consisting of: poly(carboxymethyl-β-cyclodextrin) and poly(trimethylammonium-β-cyclodextrin) and cyclodextrins fused with epichlorohydrin, and the solid carrier component is a porous material based on polyether sulfone, polysulfone, polyether ether ketones [PEEK], polyphenylsulfone [PPSU], polyoxymethylene, polyphenol, polyamides, in particular nylon, polystyrene, polycarbonate or polymers containing acrylonitrile or a methylallylsulfonate salt or copolymers thereof.
A milking system comprising a milking stall for housing an animal during milking thereof, and an arrangement (24, 25) provided for determining the position of the animal in the milking stall, the milking system further comprising a robot for attaching teat cups to the teats of the animal, said robot being operatively connected to the arrangement for determining the position of the animal and adapted to move the teat cups towards the udder of the animal based on the determined position of the animal characterized in that said arrangement comprises: - a three-dimensional camera, located above the animal and directed downwards towards the animal and provided to record a three-dimensional image of the animal; and - image processing means provided for detecting the animal and determining its position in at least one spatial dimension based on said three-dimensional image of the animal, wherein - said image processing means is provided to form a three-dimensional surface representation of a portion of the animal from the three-dimensional image of the animal; to analyze the surface of the three-dimensional surface representation; and to determine the position of the animal based on the analysis of the surface of the three-dimensional surface representation. - a three-dimensional camera, located above the animal and directed downwards towards the animal and provided to record a three-dimensional image of the animal; and - image processing means provided for detecting the animal and determining its position in at least one spatial dimension based on said three-dimensional image of the animal, wherein - said image processing means is provided to form a three-dimensional surface representation of a portion of the animal from the three-dimensional image of the animal; to analyze the surface of the three-dimensional surface representation; and to determine the position of the animal based on the analysis of the surface of the three-dimensional surface representation.
A method of controlling a recovery wheel in a ventilation system, the method comprising: controlling at least one parameter of the recovery wheel as a function of at least one of a pressure, a pressure differential, a flow rate, or a fan speed, within the ventilation system, characterized by the step of controlling the at-least one parameter of the recovery wheel including automatically changing the at-least one parameter to provide appropriate purge flow through the recovery wheel to maintain purge effectiveness and limit carry-over of contaminants from a return/exhaust airstream to an outside/supply airstream in a variable air-volume ventilation system. controlling at least one parameter of the recovery wheel as a function of at least one of a pressure, a pressure differential, a flow rate, or a fan speed, within the ventilation system, characterized by the step of controlling the at-least one parameter of the recovery wheel including automatically changing the at-least one parameter to provide appropriate purge flow through the recovery wheel to maintain purge effectiveness and limit carry-over of contaminants from a return/exhaust airstream to an outside/supply airstream in a variable air-volume ventilation system.
A drive circuit, comprising: a plurality of shift registers; a first switch circuit connected with the shift registers; and a second switch circuit connected with the shift registers; wherein the first switch circuit is configured to selectively output output signals of the shift registers or a first voltage to a first display region based on a first control signal and a second control signal; and the second switch circuit is configured to selectively output the output signals of the shift registers or the first voltage to a second display region based on a third control signal and a fourth control signal, and wherein the first display region and the second display region are separated from each other physically, and the drive circuit is provided between the first display region and the second display region. a plurality of shift registers; a first switch circuit connected with the shift registers; and a second switch circuit connected with the shift registers; wherein the first switch circuit is configured to selectively output output signals of the shift registers or a first voltage to a first display region based on a first control signal and a second control signal; and the second switch circuit is configured to selectively output the output signals of the shift registers or the first voltage to a second display region based on a third control signal and a fourth control signal, and wherein the first display region and the second display region are separated from each other physically, and the drive circuit is provided between the first display region and the second display region.
Method for controlling an industrial truck with at least one control device which effects the control functions through software and in which the software is loaded and/or started when operation of the industrial truck is started, wherein the start of operation is initiated by a start procedure, in particular a key switch, a PIN code authentication, a start button and/or an authentication magnetic/transponder card, characterized in that the software is loaded and/or started before the start procedure as soon as a driver detection sensor detects the presence of a driver.
A combustor assembly for a turbine, comprising: a generally cylindrical flow sleeve; a generally cylindrical combustor liner that is concentrically mounted inside the flow sleeve, wherein compressed air flows through a space formed between an exterior of the combustor liner and an interior of the flow sleeve; a generally cylindrical combustor casing attached to an end of the flow sleeve; a cap mounted in the combustor casing, the cap including a generally cylindrical outer sleeve and a generally cylindrical inner sleeve that is concentrically mounted inside the outer sleeve, wherein an end of the combustor liner is coupled to an aft end of the inner sleeve such that compressed air flowing between the flow sleeve and the combustor liner flows into a space between the inner and outer sleeves (64, 62) of the cap, and wherein the diameter of at least one of the inner sleeve and/or the outer sleeve gradually changes from the aft end of the cap to the forward end of the cap, characterized in that the aft end of the inner sleeve has a step that includes a small diameter portion and a large diameter portion, wherein the end of the combustor liner that is coupled to the inner sleeve surrounds the small diameter portion and wherein an outside diameter of the end of the combustor liner that is coupled to the inner sleeve is substantially the same as the outside diameter of the large diameter portion of the step. a generally cylindrical flow sleeve; a generally cylindrical combustor liner that is concentrically mounted inside the flow sleeve, wherein compressed air flows through a space formed between an exterior of the combustor liner and an interior of the flow sleeve; a generally cylindrical combustor casing attached to an end of the flow sleeve; a cap mounted in the combustor casing, the cap including a generally cylindrical outer sleeve and a generally cylindrical inner sleeve that is concentrically mounted inside the outer sleeve, wherein an end of the combustor liner is coupled to an aft end of the inner sleeve such that compressed air flowing between the flow sleeve and the combustor liner flows into a space between the inner and outer sleeves (64, 62) of the cap, and wherein the diameter of at least one of the inner sleeve and/or the outer sleeve gradually changes from the aft end of the cap to the forward end of the cap, characterized in that the aft end of the inner sleeve has a step that includes a small diameter portion and a large diameter portion, wherein the end of the combustor liner that is coupled to the inner sleeve surrounds the small diameter portion and wherein an outside diameter of the end of the combustor liner that is coupled to the inner sleeve is substantially the same as the outside diameter of the large diameter portion of the step.
A n articulated hand prosthesis having a metacarpus which extends substantially along a metacarpal plane (M-M), and at least one thumb finger having a proximal phalanx rotatably connected to the metacarpus and an index finger having a proximal phalanx rotatably connected to the metacarpus, comprising: - flexion means of the index finger suitable for making the index finger rotate around a flexion axis substantially parallel to the metacarpal plane (M-M); - adduction means of the thumb finger suitable for making the thumb finger rotate around an adduction axis substantially parallel to the metacarpal plane (M-M), and inclined with respect to the flexion axis of the index finger; - an electric motor integrated in the prosthesis; - motion transmission means between the electric motor and the flexion means and adduction means, said motion transmission means being of the mechanical means; - a main rotating element driven by the electric motor; - said motion transmission means are arranged in order to drive in a substantially selective manner said flexion means and said adduction means; characterized in that: - said motion transmission means are configured so that a first angular movement of the main rotating element between a first angular position and a second angular position, causes a flexion rotation of the proximal phalanx of the index finger between a closed position and an open position, wherein the adduction means of the thumb finger remain blocked during said first angular movement of the main rotating element between the first angular position and the second angular position - flexion means of the index finger suitable for making the index finger rotate around a flexion axis substantially parallel to the metacarpal plane (M-M); - adduction means of the thumb finger suitable for making the thumb finger rotate around an adduction axis substantially parallel to the metacarpal plane (M-M), and inclined with respect to the flexion axis of the index finger; - an electric motor integrated in the prosthesis; - motion transmission means between the electric motor and the flexion means and adduction means, said motion transmission means being of the mechanical means; - a main rotating element driven by the electric motor; - said motion transmission means are arranged in order to drive in a substantially selective manner said flexion means and said adduction means; - said motion transmission means are configured so that a first angular movement of the main rotating element between a first angular position and a second angular position, causes a flexion rotation of the proximal phalanx of the index finger between a closed position and an open position, wherein the adduction means of the thumb finger remain blocked during said first angular movement of the main rotating element between the first angular position and the second angular position
A printing apparatus for printing on a recording medium, the printing apparatus comprising: a carriage which reciprocates in a predetermined direction with respect to the recording medium and comprises a recording head (38, 40) ejecting ink to the recording medium; an ink tank (18, 20, 22, 24) which is arranged outside the carriage and is configured to contain ink; an ink tube (44, 46, 48, 50) which connects the ink tank (18, 20, 22, 24) and the recording head (38, 40) to each other to supply the ink contained in the ink tank (18, 20, 22, 24) to the recording head (38, 40), wherein the ink tube (44, 46, 48, 50) undergoes follow-up deformation along with reciprocating movement of the carriage; and a first tube holder which is rotatably supported with respect to the carriage and holds the ink tube (44, 46, 48, 50), wherein the printing apparatus is characterized in that: the first tube holder is rotatable with respect to the carriage on a rotation axis parallel to an ejection direction of the ink from the recording head (38, 40). a carriage which reciprocates in a predetermined direction with respect to the recording medium and comprises a recording head (38, 40) ejecting ink to the recording medium; an ink tank (18, 20, 22, 24) which is arranged outside the carriage and is configured to contain ink; an ink tube (44, 46, 48, 50) which connects the ink tank (18, 20, 22, 24) and the recording head (38, 40) to each other to supply the ink contained in the ink tank (18, 20, 22, 24) to the recording head (38, 40), wherein the ink tube (44, 46, 48, 50) undergoes follow-up deformation along with reciprocating movement of the carriage; and a first tube holder which is rotatably supported with respect to the carriage and holds the ink tube (44, 46, 48, 50), wherein the printing apparatus is characterized in that: the first tube holder is rotatable with respect to the carriage on a rotation axis parallel to an ejection direction of the ink from the recording head (38, 40).
System which comprises a computer unit and a vibration analysis device with an attachment apparatus, wherein the attachment apparatus has at least one means in order to be detachably fastened to a housing of a vibration machine, in particular a vibrating conveyor or a vibrating screen, - wherein the vibration analysis device is coupled to the computer unit and - the computer unit has at least one sensor designed for detecting movement and/or for detecting acceleration, - wherein there is an optical display device, which is set up to output the data processed further by the computer unit, characterized in that - the sensor is provided for automatically calculating a horizontal reference plane and - for representing vibrations of the vibration machine in relation to the horizontal reference plane and/or in relation to the plane in which the sensor is attached. - wherein the vibration analysis device is coupled to the computer unit and - the computer unit has at least one sensor designed for detecting movement and/or for detecting acceleration, - wherein there is an optical display device, which is set up to output the data processed further by the computer unit, characterized in that - the sensor is provided for automatically calculating a horizontal reference plane and - for representing vibrations of the vibration machine in relation to the horizontal reference plane and/or in relation to the plane in which the sensor is attached.
System comprising a force sensor, the force sensor comprising a frame as well as an oscillation structure, which has multiple arms (3a-d) and can oscillate freely in the frame, wherein the arms (3a-d) are fixed in place on suspension regions (6a-d) of the frame and run transverse to one another, at least in certain sections, wherein the force sensor is designed in such a manner that the suspension regions (6a-d) are displaced spatially relative to one another, at least in part, when the frame has a force applied to it, that the magnitude of the spatial displacement of the suspension regions (6a-d) depends on the magnitude of the force, that the spatial displacement of the suspension regions (6a-d) brings about detuning of a resonance frequency of at least one oscillation mode of the oscillation structure, and that the magnitude of the detuning depends on the magnitude of the spatial displacement of the suspension regions (6a-d), characterized in that at least one conducting means (5a-d) is provided, which extends along at least two arms (3a-b; 3b-c; 3c-d; 3d-a), so as to allow a flow of current (i) in the form of moving charge carriers at least between two suspension regions (6a-b; 6b-c; 6c-d; 6d-a), wherein the at least one conducting means (5a-d) can have an alternating voltage applied to it, so as to excite the at least one oscillation mode of the oscillation structure with the resonance frequency, particularly in an unstressed state of the force sensor, making use of the Lorentz force (F L), when the oscillation structure is situated in a magnetic field, that the system further comprises read-out means for determination of the resonance frequency, that a control unit is provided, using which an alternating voltage can be applied to the at least one conducting means (5a-d), so as to excite the oscillation structure to cause it to oscillate, and wherein the control unit is connected with the read-out means for determination of the resonance frequency, that control unit is designed for applying at least one pulse of alternating voltages to the at least one conducting means (5a-d), so as to excite the oscillation structure to cause it to oscillate, wherein the at least one pulse has a bandwidth of frequencies, which bandwidth comprises the resonance frequency of at least one oscillation mode of the oscillation structure, preferably in an unstressed state of the force sensor, and that the system comprises means for generation of the magnetic field.
A reinforcement for a vehicle structural member, wherein the reinforcement is disposed in an interior space of the vehicle structural member having a closed cross section and is joined by welding to the vehicle structural member, the reinforcement comprising a curved section formed in at least a part of a length of the reinforcement; a top wall having opposite edges; and a pair of lateral walls extending from the edges of the top wall forming ridge lines, wherein the top wall and the lateral walls form a U-shaped cross section, the lateral wall includes: a base surface; a plurality of welding projections at intervals along the length, each welding projection having a raised surface for welding, wherein each welding projection is raised from the base surface of the lateral wall toward the vehicle structural member; and a bead between the welding projections within the curved section the bead is configured to prevent or suppress a wrinkle from forming during press forming, and the bead is raised from the base surface of the lateral wall toward the vehicle structural member. a curved section formed in at least a part of a length of the reinforcement; a top wall having opposite edges; and a pair of lateral walls extending from the edges of the top wall forming ridge lines, wherein the top wall and the lateral walls form a U-shaped cross section, the lateral wall includes: a base surface; a plurality of welding projections at intervals along the length, each welding projection having a raised surface for welding, wherein each welding projection is raised from the base surface of the lateral wall toward the vehicle structural member; and a bead between the welding projections within the curved section the bead is configured to prevent or suppress a wrinkle from forming during press forming, and the bead is raised from the base surface of the lateral wall toward the vehicle structural member. a base surface; a plurality of welding projections at intervals along the length, each welding projection having a raised surface for welding, wherein each welding projection is raised from the base surface of the lateral wall toward the vehicle structural member; and a bead between the welding projections within the curved section the bead is configured to prevent or suppress a wrinkle from forming during press forming, and the bead is raised from the base surface of the lateral wall toward the vehicle structural member.
Method for treating broad acre crop with at least prohexadione and ethephon, wherein a water based spraying liquid is sprayed on plants, wherein the liquid comprises water and suitable amounts of prohexadione and ethephon, - wherein the amount of prohexadione is between 20 and 200 g/ha, and - wherein the amount of ethephon is between 100 and 325 g/ha. - wherein the amount of prohexadione is between 20 and 200 g/ha, and - wherein the amount of ethephon is between 100 and 325 g/ha.