mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a dehydrogenation process during non-normal operating conditions, the method comprising: contacting a feed stream with a catalyst in a reactor portion of a reactor system to form a reactor effluent stream, wherein the temperature or the molar ratio of hydrocarbon to oxygen in the reactor portion is less than a temperature or molar ratio of hydrocarbon to oxygen needed for 50% of the oxygen to react with one or more hydrocarbons present in the reactor portion; separating at least a portion of the reactor effluent stream from the catalyst; passing the catalyst to a catalyst processing portion and processing the catalyst, wherein processing the catalyst comprises contacting the catalyst with an oxygen-containing gas; passing the catalyst from the processing portion to the reactor portion, wherein the catalyst exiting the processing portion comprises at least 0.001 wt.% oxygen; and contacting the catalyst with supplemental hydrogen, the contacting removing at least a portion of the oxygen from the catalyst by a combustion reaction, wherein the dehydrogenation process is operating in system recycle, during start-up, during shut-down, or during unit trip. contacting a feed stream with a catalyst in a reactor portion of a reactor system to form a reactor effluent stream, wherein the temperature or the molar ratio of hydrocarbon to oxygen in the reactor portion is less than a temperature or molar ratio of hydrocarbon to oxygen needed for 50% of the oxygen to react with one or more hydrocarbons present in the reactor portion; separating at least a portion of the reactor effluent stream from the catalyst; passing the catalyst to a catalyst processing portion and processing the catalyst, wherein processing the catalyst comprises contacting the catalyst with an oxygen-containing gas; passing the catalyst from the processing portion to the reactor portion, wherein the catalyst exiting the processing portion comprises at least 0.001 wt.% oxygen; and contacting the catalyst with supplemental hydrogen, the contacting removing at least a portion of the oxygen from the catalyst by a combustion reaction, wherein the dehydrogenation process is operating in system recycle, during start-up, during shut-down, or during unit trip.
Wiper blade device for connecting a wiper blade to a wiper arm of a vehicle, comprising an adapter (30; 30'; 30") configured to be connected to a wiper arm and a blade connector configured to be connected to a wiper blade, said adapter (30; 30'; 30") and blade connector being arranged pivotably with respect to each other in a rotation axis destined to be perpendicular to the longitudinal direction of the wiper blade, a fluid channel being arranged into the adapter (30; 30'; 30"), the fluid channel having an inlet destined to be plugged-in a water hose and ending by at least one spray nozzle (52a, 52b, 52c) enabling the spraying of a washing fluid, wherein the fluid channel comprises an intermediate fluid portion which extends in a direction parallel to the rotation axis, characterized in that the adapter (30; 30'; 30") is configured to cooperate with complementary connecting elements of the wiper arm device (2; 2') to connect the wiper arm device (2; 2') with the wiper blade device after two movements of the wiper blade device perpendicularly with respect to each other.
A photonic integrated circuit comprising at least one signal processing circuit, the at least one signal processing circuit comprising at least one input coupling element for coupling incident light from a predetermined incoupling direction to a waveguide mode or a surface plasmon mode of the photonic integrated circuit for being processed by the optical signal processing circuit, and at least one output coupling element for coupling light out from a waveguide mode or a surface plasmon modeof the photonic integrated circuit into an outcoupling direction, wherein the incoupling direction and the outcoupling direction being substantially opposite so that non-specular retro-reflective operation is obtained by the photonic integrated circuit and the light is sent back into the direction it originated from.
A method for performing a channel measurement by a user equipment in a wireless communication system, the method comprising: receiving, via a higher layer from a network, information about a subframe set related to a neighbor cell and indicating subframes for resource restricted measurement and configuration information about a cell-specific reference signal of the neighbor cell; performing a resource restricted channel measurement on the subframes indicated by the subframe set with mitigating an interference occurred by the cell-specific reference signal based on the configuration information about the cell-specific reference signal of the neighbor cell, wherein a resource unrestricted channel measurement on subframes which are not indicated by the subframe set is performed without mitigating any interference occurred by the cell-specific reference signal of the neighbor cell; and reporting the result of the channel measurements to the network. receiving, via a higher layer from a network, information about a subframe set related to a neighbor cell and indicating subframes for resource restricted measurement and configuration information about a cell-specific reference signal of the neighbor cell; performing a resource restricted channel measurement on the subframes indicated by the subframe set with mitigating an interference occurred by the cell-specific reference signal based on the configuration information about the cell-specific reference signal of the neighbor cell, wherein a resource unrestricted channel measurement on subframes which are not indicated by the subframe set is performed without mitigating any interference occurred by the cell-specific reference signal of the neighbor cell; and reporting the result of the channel measurements to the network.
Heat exchanger comprising a heat exchange body, at least one cover and a manifold connecting the cover to the heat exchange body, said heat exchange body being delimited by at least one blanking plate (6, 6a, 6b), the manifold comprising a base plate surrounded by an edge for fixing the cover, characterized in that the fixing edge is formed by a double-thickness wall, one end of which is at least partially fixed to the blanking plate (6, 6a, 6b).
A wind turbine nacelle configured for mounting on a wind turbine tower and housing a rotor-supporting assembly defining a rotational axis and comprising a power conversion assembly, the nacelle comprising: - a main unit arranged to be connected to a wind turbine tower and housing the rotor-supporting assembly, - a first auxiliary unit, and - a second auxiliary unit; wherein: - the main unit, the first auxiliary unit, and the second auxiliary unit are separate units, - the first auxiliary unit is assembled to the main unit in a first interface, - the second auxiliary unit is assembled to the main unit in a second interface, and the first auxiliary unit accommodates a first operative component forming part of the power conversion assembly and having a function being identical to a function of a corresponding second operative component accommodated in the second auxiliary unit, the first and second operative components being configured to be controlled by an electronic control structure which is not accommodated in any of the first auxiliary unit and the second auxiliary unit. - a main unit arranged to be connected to a wind turbine tower and housing the rotor-supporting assembly, - a first auxiliary unit, and - a second auxiliary unit; - the main unit, the first auxiliary unit, and the second auxiliary unit are separate units, - the first auxiliary unit is assembled to the main unit in a first interface, - the second auxiliary unit is assembled to the main unit in a second interface, and
A device for the underwater repair of a hole of a nuclear reactor part by remachining the hole, the repair device being adapted to be submerged to repair a centering hole of a nuclear fuel assembly upper nozzle, a centering hole of a nuclear fuel assembly lower nozzle, a mistake-proofing hole of a nuclear fuel assembly upper nozzle, a hole of a lower core plate or a hole of an upper core plate, the repair device comprising a holder, a cutting tool held by the holder and having at least one cutting tooth for remachining an inner surface of the hole, the cutting tool having a suction channel extending into the cutting tool between at least one inlet opening, formed along an undercut face of the cutting tooth, and at least one outlet opening, a drive shaft for rotating the cutting tool, the drive shaft being held by the holder, and a suction tube connected to the holder and fluidly connected to the outlet opening of the suction channel.
A process for preparing the hydrated crystalline form of Olaparib, characterized by: - IR spectrum comprising absorption peaks at 3513, 3163, 1681, 1651, 1438, 1222, 1012, 810, 773, 587 ± 1.5 cm-1; - DSC curve comprising an exothermic peak at 141.5°C and an endothermic peak at 210.5°C. - XRPD pattern comprising the following peaks 2θ (% intensity): 6.36, 6.80, 8.26, 12.61, 13.64, 15.00, 15.81, 16.38, 16.64, 17.90, 18.61, 18.85, 19.64, 20.00, 21.96, 22.93, 26.07, 26.78. - Karl Fisher value ranging from 3% to 7% wherein the process comprises the steps of: - dissolving crystalline Olaparib in acetic acid, at a temperature ranging between 20°C and 100°C; - adding the obtained solution of Olaparib to a polar protic anti-solvent, at a temperature ranging between -10°C and 50°C; or alternatively - adding a polar protic anti-solvent to the obtained Olaparib solution at a temperature ranging between -10°C and 50°C; - stirring the resulting suspension for a time ranging between 1 and 48 hours at a temperature ranging between 0° and 50°; - filtering the resulting suspension and washing with an anti-solvent; and - drying the resulting solid at low pressure at a temperature ranging between 0°C and 70°C. - IR spectrum comprising absorption peaks at 3513, 3163, 1681, 1651, 1438, 1222, 1012, 810, 773, 587 ± 1.5 cm-1; - DSC curve comprising an exothermic peak at 141.5°C and an endothermic peak at 210.5°C. - XRPD pattern comprising the following peaks 2θ (% intensity): 6.36, 6.80, 8.26, 12.61, 13.64, 15.00, 15.81, 16.38, 16.64, 17.90, 18.61, 18.85, 19.64, 20.00, 21.96, 22.93, 26.07, 26.78. - Karl Fisher value ranging from 3% to 7% - dissolving crystalline Olaparib in acetic acid, at a temperature ranging between 20°C and 100°C; - adding the obtained solution of Olaparib to a polar protic anti-solvent, at a temperature ranging between -10°C and 50°C; or alternatively - adding a polar protic anti-solvent to the obtained Olaparib solution at a temperature ranging between -10°C and 50°C; - stirring the resulting suspension for a time ranging between 1 and 48 hours at a temperature ranging between 0° and 50°; - filtering the resulting suspension and washing with an anti-solvent; and - drying the resulting solid at low pressure at a temperature ranging between 0°C and 70°C.
A screw pump formed from at least two parts (3, 5) for pumping conveyed media such as lubricating fluids, water, suspensions or suchlike, wherein - the first part comprises a housing and at least one spindle system, which spindle system is arranged in the housing and can be driven in rotation, a pressure region located downstream of the spindle system and at least one outlet opening, which outlet opening is connected to the pressure region in a manner that removes the conveyed medium from the pressure region and wherein - the second part comprises at least one low-pressure chamber located upstream of the spindle system and at least one inlet opening for the entry of the conveyed medium into the low-pressure chamber, wherein the first part and the second part are preferably rotatably coupled to one another so as to occupy at least two different relative positions, the screw pump characterised in that the screw pump comprises one or more means, which comprise one or more pressure relief valves and which are brought into an operative connection with the low-pressure chamber and the pressure region, in such a way that, when a predefined pressure level in the pressure region is exceeded, a predefined maximum pressure level in the pressure region can be adjusted by the one or more means. - the first part comprises a housing and at least one spindle system, which spindle system is arranged in the housing and can be driven in rotation, a pressure region located downstream of the spindle system and at least one outlet opening, which outlet opening is connected to the pressure region in a manner that removes the conveyed medium from the pressure region and wherein - the second part comprises at least one low-pressure chamber located upstream of the spindle system and at least one inlet opening for the entry of the conveyed medium into the low-pressure chamber, wherein the first part and the second part are preferably rotatably coupled to one another so as to occupy at least two different relative positions, the screw pump characterised in that the screw pump comprises one or more means, which comprise one or more pressure relief valves and which are brought into an operative connection with the low-pressure chamber and the pressure region, in such a way that, when a predefined pressure level in the pressure region is exceeded, a predefined maximum pressure level in the pressure region can be adjusted by the one or more means.
A method for producing an L-amino acid, the method comprising: culturing a bacterium having an L-amino acid-producing ability in a medium containing fructose to accumulate an L-amino acid in the medium and/or cells of the bacterium; and collecting the L-amino acid from the medium and/or the cells, wherein the bacterium has been modified so that the activity of a non-PTS fructose-uptake carrier and the activity of fructokinase are increased as compared with a non-modified strain, wherein the non-PTS fructose-uptake carrier is a protein encoded by fucP gene. culturing a bacterium having an L-amino acid-producing ability in a medium containing fructose to accumulate an L-amino acid in the medium and/or cells of the bacterium; and collecting the L-amino acid from the medium and/or the cells, wherein the bacterium has been modified so that the activity of a non-PTS fructose-uptake carrier and the activity of fructokinase are increased as compared with a non-modified strain, wherein the non-PTS fructose-uptake carrier is a protein encoded by fucP gene.
The use of a particulate, solid composition comprising: a) a particulate source of stannous chloride; b) and silica; wherein the ratio of silica to stannous chloride is in the range from 0.5: 99.5 to 10.0: 90.0; in the manufacture of an oral composition. a) a particulate source of stannous chloride; b) and silica;
A method of manufacturing an element, the method comprising: positioning a strand between a first layer and a second layer; locating the strand, the first layer, and the second layer between a first surface and a second surface of a press, the first surface and the second surface each being a substantially flat surface prior to compression of the press, the first surface including a first material, and the second surface including a second material, the first material having lesser compressibility than the second material; compressing the strand, the first layer, and the second layer between the first surface and the second surface, and heating the strand, the first layer, and the second layer to bond the first layer to the second layer; and wherein upon compressing the strand, the first layer, and the second layer, the first surface is placed in contact with the first layer and the second surface is placed in contact with the second layer such that (a) the first layer remains planar, and (b) portions of the second layer protrude into the second material in the area of the strand so that the second layer protrudes outward in the area of the strand, and wherein the depth to which the first layer protrudes into the first material is less than the depth to which the second layer protrudes into the second material. positioning a strand between a first layer and a second layer; locating the strand, the first layer, and the second layer between a first surface and a second surface of a press, the first surface and the second surface each being a substantially flat surface prior to compression of the press, the first surface including a first material, and the second surface including a second material, the first material having lesser compressibility than the second material; compressing the strand, the first layer, and the second layer between the first surface and the second surface, and heating the strand, the first layer, and the second layer to bond the first layer to the second layer; and wherein upon compressing the strand, the first layer, and the second layer, the first surface is placed in contact with the first layer and the second surface is placed in contact with the second layer such that (a) the first layer remains planar, and (b) portions of the second layer protrude into the second material in the area of the strand so that the second layer protrudes outward in the area of the strand, and wherein the depth to which the first layer protrudes into the first material is less than the depth to which the second layer protrudes into the second material.
Device for singularizing needles, in particular for populating a needle board of a needling machine for the production of non-woven material or needle felt, having a receptacle for a needle pile, and having a singularizing installation, wherein the receptacle has at least one passage opening, characterized in that the singularizing installation has an expelling means which is guidable through the passage opening of the receptacle, and which has a contact region which communicates at least with one needle, wherein the expelling means when singularizing the needles penetrates the remaining needle pile and herein displaces those needles that are not acquired by the contact region.
A network control apparatus for controlling a communication network which includes information processing resources and network resources, by comprising: first means for deploying a virtual appliance in an information processing resource, wherein the virtual appliance is used to execute a function of a corresponding to a dedicated appliance; and second means for instructing a network resource to identify communication data to be processed by the virtual appliance and to transfer the identified communication data to the information processing resource in which the virtual appliance is deployed. first means for deploying a virtual appliance in an information processing resource, wherein the virtual appliance is used to execute a function of a corresponding to a dedicated appliance; and second means for instructing a network resource to identify communication data to be processed by the virtual appliance and to transfer the identified communication data to the information processing resource in which the virtual appliance is deployed.
A breastmilk expression system comprising: a movable pressure system member disposed in the system, the movable pressure system member configured for movement between a first position and a second position,, a pressure generating chamber, an aperture in the pressure generating chamber, and a sensor, a valve configured to minimize a pressure differential between the pressure generating chamber and a volume outside the pressure generating chamber through the aperture, the valve actuable to an open position upon the movable pressure system member reaching the second position and the valve configured to indicate a position to the sensor (32, 60) in the system; characterized in that the movable pressure system member is a piston configured to generate a vacuum within the pressure generating chamber; and that the valve includes a post extending through the aperture, the post being selectively engaged by the piston, actuation of the valve from a first, sealed position sealing the aperture and a second, open position unsealing the aperture initiated by the piston coming into contact with the post. a movable pressure system member disposed in the system, the movable pressure system member configured for movement between a first position and a second position,, a pressure generating chamber, an aperture in the pressure generating chamber, and a sensor, a valve configured to minimize a pressure differential between the pressure generating chamber and a volume outside the pressure generating chamber through the aperture, the valve actuable to an open position upon the movable pressure system member reaching the second position and the valve configured to indicate a position to the sensor (32, 60) in the system; characterized in that the movable pressure system member is a piston configured to generate a vacuum within the pressure generating chamber; and that the valve includes a post extending through the aperture, the post being selectively engaged by the piston, actuation of the valve from a first, sealed position sealing the aperture and a second, open position unsealing the aperture initiated by the piston coming into contact with the post.
An implantable probe comprising a sleeve adapted to be wound around an elongated cylindrical organ such as a nerve, this sleeve comprising a sheet of elastically deformable material carrying at least one detection/ stimulation electrode, the sheet being pre-stressed so as to allow its self-rolling from an initial position in which the sheet is held under tension in the deployed state to a final position in which the sheet is freely rolled up in a spiral, forming a sleeve around the member, the sheet being delimited by an outer lateral edge of the sleeve after rolling up an inner side edge of the sleeve after winding, and a first transverse edge joining first homologous ends of the first side edge and the second side edge, and a second opposite transverse edge joining second homologous ends of the first side edge and the second side edge, characterised in that in the final position of the sleeve, the sheet comprises at least one area having a stress near the first and/or second transverse edge on the longitudinal edges less than the stress of an area in a medial region of the sheet so as to create at least one flared end of the sheet.