mhurhangee/ep-ind-claims huggingface dataset:
A method of purifying Factor VIII protein or fragment thereof from a sample, said method consisting of subjecting the sample to monolith based pseudo-bioaffinity purification to obtain said purified Factor VIII protein or fragment thereof, wherein the monolith based pseudo-bioaffinity purification comprises act of a) coupling or immobilizing a monolith column with a ligand selected from a group consisting of L-histidine and chelated transition divalent metal ion selected from a group comprising copper, nickel, cobalt, zinc and iron to obtain an immobilized monolith column; b) equilibrating the immobilized monolith column obtained in step (a) and loading the sample into the column; c) optionally carrying out a wash step; and d) eluting the sample to obtain the Factor VIII protein or fragment thereof. a) coupling or immobilizing a monolith column with a ligand selected from a group consisting of L-histidine and chelated transition divalent metal ion selected from a group comprising copper, nickel, cobalt, zinc and iron to obtain an immobilized monolith column; b) equilibrating the immobilized monolith column obtained in step (a) and loading the sample into the column; c) optionally carrying out a wash step; and d) eluting the sample to obtain the Factor VIII protein or fragment thereof.
Method for detecting the curvature of elongated metal elements, comprising the steps of a. providing a straightening assembly along a feeding line in a feeding direction for said element, a detection assembly of the residual curvature or of the straightness degree of said element downstream of said straightening assembly and a cutting assembly downstream of said detection assembly; b. feeding said element along said feeding line, through at least one guiding assembly (7, 7') and said detection assembly; said at least one guiding assembly (7, 7') being arranged along said feeding line upstream and/or downstream of said detection assembly, said at least one guiding assembly (7, 7') being made by means of at least one sleeve or a pair of overlapping wheels, on opposite sides with respect to the feeding line, to guide and limit at the same time the element; c. guiding by tightening said element along said feeding line by means of said at least one guiding assembly (7, 7'), thereby removing any deformations and/or deviations imposed on said element by said straightening assembly; d. detecting by means of said detection assembly at least one datum concerning instantaneous position of at least a portion of said element when passing through at least one detection plane transversal to said feeding direction along said feeding line; e. sending said at least one datum to a processing unit so as to process said residual curvature or said degree of straightness of said element. a. providing a straightening assembly along a feeding line in a feeding direction for said element, a detection assembly of the residual curvature or of the straightness degree of said element downstream of said straightening assembly and a cutting assembly downstream of said detection assembly; b. feeding said element along said feeding line, through at least one guiding assembly (7, 7') and said detection assembly; said at least one guiding assembly (7, 7') being arranged along said feeding line upstream and/or downstream of said detection assembly, said at least one guiding assembly (7, 7') being made by means of at least one sleeve or a pair of overlapping wheels, on opposite sides with respect to the feeding line, to guide and limit at the same time the element; c. guiding by tightening said element along said feeding line by means of said at least one guiding assembly (7, 7'), thereby removing any deformations and/or deviations imposed on said element by said straightening assembly; d. detecting by means of said detection assembly at least one datum concerning instantaneous position of at least a portion of said element when passing through at least one detection plane transversal to said feeding direction along said feeding line; e. sending said at least one datum to a processing unit so as to process said residual curvature or said degree of straightness of said element.
A radio frequency power component (100, 200, 300), comprising a first section, a second section, and a first bonding wire group, wherein the first section and the second section are separately welded to a same side of a substrate body, and wherein the first bonding wire group comprises at least three first bonding wire units (11, 210), wherein there is a spacing between every two adjacent first bonding wire units (11, 210), each first bonding wire unit (11, 210) comprises one or multiple arc-shaped bonding wires, a vertex of an arc height of each bonding wire is away from the substrate body, one end of each first bonding wire unit (11, 210) is electrically connected to an electrode of the first section, and the other end of each first bonding wire unit (11, 210) is electrically connected to an electrode of the second section, so as to perform radio frequency signal transmission between the first section and the second section, characterized in that arc heights of first bonding wire units (11, 210) located at two sides of the first bonding wire group are higher than an arc height of a first bonding wire unit at another position in the first bonding wire group, and an arc height of a first bonding wire unit located in a central area of the first bonding wire group is lower than an arc height of a first bonding wire unit (11, 210) at another position in the first bonding wire group, the arc height of each first bonding wire unit is determined so that current passing through each first bonding wire unit in the first bonding wire group is the same, or a phase difference between currents passing through any two first bonding wire units (11, 210) in the first bonding wire group is less than a preset threshold.
Method for forming a workpiece by extrusion, in particular cold extrusion, during which a forming tool and a workpiece to be formed are moved towards one another by a forming stroke over a forming length so as to form the workpiece, the forming tool and the workpiece being applied to one another with a feed force in order to form the workpiece, and it being possible for the forming tool and the workpiece to be moved away from one another by a return stroke over a return stroke length, following a portion of the forming stroke, referred to as a forming partial stroke, that is carried out over a portion of the forming length, referred to as a forming partial length, and, following a return stroke, the forming tool and the workpiece being moved towards one another by a further forming partial stroke over a further forming partial length, characterised - in that the magnitude of the feed force with which the forming tool and the workpiece are applied to one another so as to form the workpiece is measured, - in that a threshold is defined for the magnitude of the feed force with which the forming tool and the workpiece are applied to one another so as to form the workpiece, and - in that a return stroke is carried out, provided that the measured magnitude of the feed force with which the forming tool and the workpiece are applied to one another so as to form the workpiece reaches or exceeds the defined threshold during a forming partial stroke. - in that the magnitude of the feed force with which the forming tool and the workpiece are applied to one another so as to form the workpiece is measured, - in that a threshold is defined for the magnitude of the feed force with which the forming tool and the workpiece are applied to one another so as to form the workpiece, and - in that a return stroke is carried out, provided that the measured magnitude of the feed force with which the forming tool and the workpiece are applied to one another so as to form the workpiece reaches or exceeds the defined threshold during a forming partial stroke.
Separator having a separator housing, a separator wheel which is arranged in the separator housing and which has a rotation axis, and a guide vane ring which is arranged in the separator housing, wherein an annular space is provided in a radial direction perpendicular to the rotation axis between the guide vane ring and the separator housing, characterised in that a peripheral annular gap is provided between the guide vane ring and a cover (24, 36) in a vertical direction.
Method for operating an ultrasonic sensor device of a motor vehicle, in which, by means of at least one ultrasonic sensor (4, 5, 6) of a plurality of ultrasonic sensors (4, 5, 6) of the ultrasonic sensor device, a transmitted signal is emitted in at least one measuring cycle to detect an object in a surrounding region of the motor vehicle and at least one echo of the transmitted signal is received and, by means of a control device, a region for the arrangement of a towing device of the motor vehicle is masked out during the detection of the object, wherein the ultrasonic sensor device is operated for a predetermined time interval in a detection mode, in which a presence of the towing device on the motor vehicle is detected by using the at least one received echo, and the region is adapted depending on the presence of the towing device, characterized in that at the start of the detection mode, a predetermined reference region is assumed for the region for the arrangement of the towing device.
A method of producing a light guide plate characterised by: applying a transparent ink comprising one or more transparent light scattering features to a first surface of a first layer of light guiding material, wherein an additive printing method is used to apply the one or more light scattering features; curing the ink; mounting a second layer of light guiding material on the first surface of the first layer of light guiding material such that said one or more light scattering features are located at the interface between the first and second layers of light guiding material; wherein the refractive index of the transparent ink is equal to or substantially equal to the refractive indices of the first and second layers of light guiding material; and wherein the refractive index of the one or more transparent light scattering features is greater than the refractive indices of the first and second layers of light guiding material. applying a transparent ink comprising one or more transparent light scattering features to a first surface of a first layer of light guiding material, wherein an additive printing method is used to apply the one or more light scattering features; curing the ink; mounting a second layer of light guiding material on the first surface of the first layer of light guiding material such that said one or more light scattering features are located at the interface between the first and second layers of light guiding material; wherein the refractive index of the transparent ink is equal to or substantially equal to the refractive indices of the first and second layers of light guiding material; and wherein the refractive index of the one or more transparent light scattering features is greater than the refractive indices of the first and second layers of light guiding material.
An automatic winder comprising: a bobbin transporting device that transports a plurality of trays; a winding unit that unwinds yarns from the yarn-wound bobbins mounted on the trays being transported by the bobbin transporting device to form a package; a bobbin supplying device that supplies yarn-wound bobbins to empty trays that are being transported by the bobbin transporting device so that the bobbin transporting device transports yarn-wound bobbin mounted trays to the winding unit; a bobbin removing device that removes yarn-unwound bobbins, which have become empty due to unwinding of yarn by the winding unit, from the trays that are being transported by the bobbin transporting device; and a collection box into which the yarn-unwound bobbins removed by the bobbin removing device are collected, characterized in that the bobbin supplying device includes a box mounting member on which the collection box is mounted. a bobbin transporting device that transports a plurality of trays; a winding unit that unwinds yarns from the yarn-wound bobbins mounted on the trays being transported by the bobbin transporting device to form a package; a bobbin supplying device that supplies yarn-wound bobbins to empty trays that are being transported by the bobbin transporting device so that the bobbin transporting device transports yarn-wound bobbin mounted trays to the winding unit; a bobbin removing device that removes yarn-unwound bobbins, which have become empty due to unwinding of yarn by the winding unit, from the trays that are being transported by the bobbin transporting device; and a collection box into which the yarn-unwound bobbins removed by the bobbin removing device are collected, characterized in that the bobbin supplying device includes a box mounting member on which the collection box is mounted.
A conveyor region border for an agricultural harvester, in particular a forage harvester, comprising a conveyor surface, characterised in that wear protection elements are arranged on the conveyor surface in a mutually spaced manner, and the wear protection elements comprise a support part connected to the conveyor surface and a hard-material element directly or indirectly connected to the support part, in that the support part is welded to a base part on the conveyor surface, In that the transition region between the base part and the conveyor surface is covered, at least in regions, by a bead -shaped welding region, and in that a flat welding connection is provided between the bottom of the wear protection element and the top of the conveyor surface.
Medical apparatus comprising an insulin pump, with an operating element to trigger an action of the medical apparatus, wherein the action is the delivery of a bolus by infusion, and wherein the insulin pump can be carried in a trouser pocket or under the clothing of a user, characterized in that the medical apparatus comprises a security system, wherein the security system includes a fingerprint sensor and can determine whether a person is activating the operating element and otherwise prevents the action from being triggered.
A fluid machine disposed in a refrigerant circuit operating in a refrigeration cycle by circulating refrigerant therethrough, the fluid machine comprising: a casing; a compression mechanism contained in the casing and configured to compress the refrigerant; an expansion mechanism contained in the casing and configured to expand the refrigerant; a rotary shaft disposed in the casing and connecting the compression mechanism and the expansion mechanism; and a mounting plate fixing one of the compression mechanism and the expansion mechanism to the casing, wherein the casing has the shape of a cylindrical container, characterized in that the mounting plate is shaped in a ring and includes: mechanism-side mounting parts which are formed at the inner periphery of the mounting plate and to which one of the compression mechanism and the expansion mechanism is fixed; and casing-side mounting parts formed at the outer periphery of the mounting plate and fixed to the casing, the casing-side mounting parts radially outwardly extend to provide a plate outside clearance of given width from the inside surface of the casing between each pair of the adjacent casing-side mounting parts, and the mechanism-side mounting parts are circumferentially offset from the casing-side mounting parts. a casing; a compression mechanism contained in the casing and configured to compress the refrigerant; an expansion mechanism contained in the casing and configured to expand the refrigerant; a rotary shaft disposed in the casing and connecting the compression mechanism and the expansion mechanism; and a mounting plate fixing one of the compression mechanism and the expansion mechanism to the casing, wherein the casing has the shape of a cylindrical container, characterized in that the mounting plate is shaped in a ring and includes: mechanism-side mounting parts which are formed at the inner periphery of the mounting plate and to which one of the compression mechanism and the expansion mechanism is fixed; and casing-side mounting parts formed at the outer periphery of the mounting plate and fixed to the casing, the casing-side mounting parts radially outwardly extend to provide a plate outside clearance of given width from the inside surface of the casing between each pair of the adjacent casing-side mounting parts, and the mechanism-side mounting parts are circumferentially offset from the casing-side mounting parts.
Auxiliary power unit compartment of an aircraft that comprises: - an auxiliary power unit placed in the auxiliary power unit compartment and comprising a turbine, - an intake duct for providing external air to the turbine, - an exhaust for expelling combustion gases, - an aperture providing a passage between the auxiliary power unit compartment and the inside of the exhaust, and - a fire detection system for detecting a fire within the auxiliary power unit compartment, the auxiliary power unit compartment is constructed as an air tight compartment, and it further comprises: - a conduit for providing external air to the space contained in the auxiliary power unit compartment and outside of the auxiliary power unit, - a door for closing the conduit inlet, characterized in that - a control unit is configured to close the door when a fire is detected by the fire detection system, such that when the door is closed and the auxiliary power unit is in operation, the air contained in the auxiliary power unit compartment is sucked through the aperture to be expelled out of the auxiliary power unit compartment to extinguish the fire. - an auxiliary power unit placed in the auxiliary power unit compartment and comprising a turbine, - an intake duct for providing external air to the turbine, - an exhaust for expelling combustion gases, - an aperture providing a passage between the auxiliary power unit compartment and the inside of the exhaust, and - a fire detection system for detecting a fire within the auxiliary power unit compartment, - a conduit for providing external air to the space contained in the auxiliary power unit compartment and outside of the auxiliary power unit, - a door for closing the conduit inlet, - a control unit is configured to close the door when a fire is detected by the fire detection system, such that when the door is closed and the auxiliary power unit is in operation, the air contained in the auxiliary power unit compartment is sucked through the aperture to be expelled out of the auxiliary power unit compartment to extinguish the fire.
A method comprising: contacting a feedstock comprising purified used oil with an extraction solvent to perform continuous liquid-liquid solvent extraction, to produce an extract stream comprising the extraction solvent and an extract dissolved in the extraction solvent, wherein the feedstock and the extraction solvent are agitated by a variable speed agitator during the solvent extraction at a selected agitation speed; separating the extract from the extraction solvent; and subjecting the extract to a continuous flow liquid phase hydrogenation treatment to produce an oil product having a viscosity index of at least 80, wherein purified used oil refers to any used oil that has been subjected to one or more purification treatment(s) to remove impurities either completely or partially. contacting a feedstock comprising purified used oil with an extraction solvent to perform continuous liquid-liquid solvent extraction, to produce an extract stream comprising the extraction solvent and an extract dissolved in the extraction solvent, wherein the feedstock and the extraction solvent are agitated by a variable speed agitator during the solvent extraction at a selected agitation speed; separating the extract from the extraction solvent; and subjecting the extract to a continuous flow liquid phase hydrogenation treatment to produce an oil product having a viscosity index of at least 80, wherein purified used oil refers to any used oil that has been subjected to one or more purification treatment(s) to remove impurities either completely or partially.
A projectile for a ranged weapon, the projectile comprising a fuse system located substantially within the projectile, the fuse system comprising: a pressure sensor system (10, 30) for sensing an air pressure of an environment in which the fuse system is present; a control system arranged to receive a signal from the pressure sensor system, and to at least initiate arming of the fuse system conditional on the received signal, wherein the pressure sensor system (10, 30) is arranged to sense a difference between a static air pressure, and a dynamic air pressure, of an environment in which the fuse system and projectile are present, wherein the pressure sensor system (10, 30) comprises a pitot-static system wherein the pressure sensor system (10, 30) comprises one or more ports and/or conduits for facilitating fluid communication between an environment external to the system and the projectile, and an environment internal to the projectile, characterized in that the ports and/or conduits are positioned and generally arranged such that a dynamic pressure environment is established for sensing internal to the projectile, and a static pressure environment is established for sensing internal to the projectile, a component of the pressure sensor system being located at an interface between the dynamic and static environments, internal to the projectile, and the pressure sensor system being arranged to perform a differential pressure measurement using the component at the interface. a pressure sensor system (10, 30) for sensing an air pressure of an environment in which the fuse system is present; a control system arranged to receive a signal from the pressure sensor system, and to at least initiate arming of the fuse system conditional on the received signal, wherein the pressure sensor system (10, 30) is arranged to sense a difference between a static air pressure, and a dynamic air pressure, of an environment in which the fuse system and projectile are present, wherein the pressure sensor system (10, 30) comprises a pitot-static system wherein the pressure sensor system (10, 30) comprises one or more ports and/or conduits for facilitating fluid communication between an environment external to the system and the projectile, and an environment internal to the projectile, characterized in that the ports and/or conduits are positioned and generally arranged such that a dynamic pressure environment is established for sensing internal to the projectile, and a static pressure environment is established for sensing internal to the projectile, a component of the pressure sensor system being located at an interface between the dynamic and static environments, internal to the projectile, and the pressure sensor system being arranged to perform a differential pressure measurement using the component at the interface.