mhurhangee/ep-ind-claims huggingface dataset:
A tetrapyrrolic compound characterized by having the formula: wherein B is selected from the group consisting of: wherein R 1, R 2, R 3 and R 4 are selected from the group consisting of a hydrogen, a substituted or unsubstituted alkyl group or fluoroalkyl group consisting of 1-15 carbon atoms, a phenyl ring, and a phenyl ring with one or more substituent X; wherein R 5 is selected from the group of a substituted or unsubstituted alkyl, alkenyl, alkinyl or fluoroalkyl group consisting of 1-15 carbon atoms, and a phenyl ring or a phenyl ring with one or more substituents X; wherein said substituent X of the phenyl ring is either in the ortho-, meta- or para -position; wherein said substituent X is selected from the group consisting of -OH, -COOH, -NH 2, -CF 3, -F, -COOY, -NHY, -OY, -NH-Z-COOH, and -CO-Z-NH 2; wherein the substituent Y of said substituent X is a polyethylene glycol residue containing a (CH 2 CH 2 O) n moiety with n = 1-30; wherein the substituent Z of said substituent X is selected from the group of peptides and oligopeptides. wherein B is selected from the group consisting of: wherein R 1, R 2, R 3 and R 4 are selected from the group consisting of a hydrogen, a substituted or unsubstituted alkyl group or fluoroalkyl group consisting of 1-15 carbon atoms, a phenyl ring, and a phenyl ring with one or more substituent X; wherein R 5 is selected from the group of a substituted or unsubstituted alkyl, alkenyl, alkinyl or fluoroalkyl group consisting of 1-15 carbon atoms, and a phenyl ring or a phenyl ring with one or more substituents X; wherein said substituent X of the phenyl ring is either in the ortho-, meta- or para -position; wherein said substituent X is selected from the group consisting of -OH, -COOH, -NH 2, -CF 3, -F, -COOY, -NHY, -OY, -NH-Z-COOH, and -CO-Z-NH 2; wherein the substituent Y of said substituent X is a polyethylene glycol residue containing a (CH 2 CH 2 O) n moiety with n = 1-30; wherein the substituent Z of said substituent X is selected from the group of peptides and oligopeptides.
Laser device comprising: - a multi-mode fibre comprising optically active material in its laser core, - a single-mode fibre optically coupled to an end of the multi-mode fibre, - a fibre-Bragg-grating inscribed in the single-mode fibre as a mirror for photons of at least one certain laser wave length, - a pump light source coupling pump light into the multi-mode fibre from the other end of the multi-mode fibre, and - an output window for photons of the at least one certain laser wave length, characterised in - that a diameter of the laser core of the multi-mode fibre is at least 1.5 times as big as a diameter of a core of the single-mode fibre, - wherein the core of the single-mode fibre is bluntly jointed to the laser core of the multi-mode fibre, - that the diameter of the laser core of the multi-mode fibre is selected such that, when pumping its optically active material with the pump light, a multi-mode laser beam exits the output window, - that the output window for photons of the at least one certain laser wave length is arranged at the other end of the multi-mode fibre and avoids a reflection of photons of the at least one certain laser wave length back into the multi-mode fibre that is sufficient for a laser resonator, and - that the output window is either provided by the other end of the multi-mode fibre or includes an additional optical element which is connected to the multi-mode fibre via a reflection-free transition. - a multi-mode fibre comprising optically active material in its laser core, - a single-mode fibre optically coupled to an end of the multi-mode fibre, - a fibre-Bragg-grating inscribed in the single-mode fibre as a mirror for photons of at least one certain laser wave length, - a pump light source coupling pump light into the multi-mode fibre from the other end of the multi-mode fibre, and - an output window for photons of the at least one certain laser wave length, - that a diameter of the laser core of the multi-mode fibre is at least 1.5 times as big as a diameter of a core of the single-mode fibre, - wherein the core of the single-mode fibre is bluntly jointed to the laser core of the multi-mode fibre, - that the diameter of the laser core of the multi-mode fibre is selected such that, when pumping its optically active material with the pump light, a multi-mode laser beam exits the output window, - that the output window for photons of the at least one certain laser wave length is arranged at the other end of the multi-mode fibre and avoids a reflection of photons of the at least one certain laser wave length back into the multi-mode fibre that is sufficient for a laser resonator, and - that the output window is either provided by the other end of the multi-mode fibre or includes an additional optical element which is connected to the multi-mode fibre via a reflection-free transition.
Method for sealing insulating glass blanks using at least one filling nozzle, from which sealing compound is introduced into the edge joint of the insulating glass blank, wherein the relative movements between the at least one filling nozzle and the insulating glass blank are brought about by moving the filling nozzle and the insulating glass blank, wherein the insulating glass blank is moved in the conveying direction (arrow 17) while sealing compound is being introduced into the edge joint from the at least one filling nozzle, and wherein, as sealing compound is being introduced into sections (11, 13) of the edge joint of the insulating glass blank which are oriented parallel to the conveying direction (arrow 17), the at least one filling nozzle is at a standstill in the conveying direction (arrow 17) or is moved at a speed V 2 that is different from the speed V 1 of movement of the insulating glass blank, characterized in that, as sealing compound is being introduced into sections (3, 9) of the edge joint which are oriented transversely to the conveying direction (arrow 17), the at least one filling nozzle is moved at the same speed V 2 as the insulating glass blank in the conveying direction and additionally transversely (arrow 42) to the conveying direction (arrow 17).
A substrate processing apparatus comprising: a process chamber configured to be capable of processing a substrate; a main controller configured to be capable of controlling the processing of the substrate; a storage configured to be capable of storing start-up condition execution status information used to determine whether or not a start-up condition is executed when the main controller is started, start-up condition management information for managing the start-up condition, and a state of the start-up condition management information; and a start-up condition controller configured to be capable of validating the start-up condition execution status information when the start-up condition management information satisfies a predetermined condition. a process chamber configured to be capable of processing a substrate; a main controller configured to be capable of controlling the processing of the substrate; a storage configured to be capable of storing start-up condition execution status information used to determine whether or not a start-up condition is executed when the main controller is started, start-up condition management information for managing the start-up condition, and a state of the start-up condition management information; and a start-up condition controller configured to be capable of validating the start-up condition execution status information when the start-up condition management information satisfies a predetermined condition.
A method for handling touch events at a multi-touch device (200; 210), comprising: displaying a user interface including a plurality of views, each view corresponding to a respective portion of the user interface, the plurality of views including a first view and a second view; executing one or more software elements, each software element being associated with a particular view; receiving (400, 404) two or more concurrent touches in the first view, wherein the first view is a multi-touch view; wherein the method is characterised in that it further comprises: in response to receiving the two or more concurrent touches in the first view, sending (402, 408) two or more touch events, each touch event describing a received touch, to a software element associated with the first view; receiving (400, 404) two or more concurrent touches in the second view; and in response to receiving the two or more concurrent touches in the second view, and a determination that the second view is a single-touch view in the sense that the second view is not capable of receiving multiple simultaneous touches, sending (400, 410) only one touch event, the one touch event describing one of the two or more touches received in the second view, to a software element associated with the second view. displaying a user interface including a plurality of views, each view corresponding to a respective portion of the user interface, the plurality of views including a first view and a second view; executing one or more software elements, each software element being associated with a particular view; receiving (400, 404) two or more concurrent touches in the first view, wherein the first view is a multi-touch view; in response to receiving the two or more concurrent touches in the first view, sending (402, 408) two or more touch events, each touch event describing a received touch, to a software element associated with the first view; receiving (400, 404) two or more concurrent touches in the second view; and in response to receiving the two or more concurrent touches in the second view, and a determination that the second view is a single-touch view in the sense that the second view is not capable of receiving multiple simultaneous touches, sending (400, 410) only one touch event, the one touch event describing one of the two or more touches received in the second view, to a software element associated with the second view.
A method for wireless communications by an apparatus, comprising: obtaining, via at least one receive antenna, a signal transmitted from another apparatus; determining one or more values indicative of an orientation of the apparatus relative to the other apparatus, based on at least one parameter of the signal as received at the at least one receive antenna; generating at least one frame comprising an indication of a degree of accuracy in the determined one or more values indicative of the relative orientation, the indication of the degree of accuracy comprising an indication of an ambiguity in the determined one or more values indicative of the relative orientation; and outputting the at least one frame for transmission to the other apparatus. obtaining, via at least one receive antenna, a signal transmitted from another apparatus; determining one or more values indicative of an orientation of the apparatus relative to the other apparatus, based on at least one parameter of the signal as received at the at least one receive antenna; generating at least one frame comprising an indication of a degree of accuracy in the determined one or more values indicative of the relative orientation, the indication of the degree of accuracy comprising an indication of an ambiguity in the determined one or more values indicative of the relative orientation; and outputting the at least one frame for transmission to the other apparatus.
A method for winding a material web onto a winding core into a winding roll in roll slitting machines following the longitudinal slitting of a material web unwound from a mother roll, wherein the mother roll and the winding roll are driven and a web tension between mother roll and winding roll is measured, characterized in that depending on operating state the drive of the mother roll or the drive (9, 10) of the winding roll takes place so that the web tension lies within a predetermined interval.
A method of modifying a personal security device, comprising: presenting the personal security device to a reader/writer coupled to an access module; the access module determining if the personal security device includes a factory security mechanism; if the personal security device includes a factory security mechanism, determining if it is a first time that the personal security device has been presented to the access module; if the personal security device includes a factory security mechanism and it is determined that it is not a first time that the personal security device has been presented to the access module, denying access to a user; and if the personal security device includes a factory security mechanism and it is determined that it is a first time that the personal security device has been presented to the access module, using the reader/writer and the access module to replace the factory security mechanism with another security mechanism. presenting the personal security device to a reader/writer coupled to an access module; the access module determining if the personal security device includes a factory security mechanism; if the personal security device includes a factory security mechanism, determining if it is a first time that the personal security device has been presented to the access module; if the personal security device includes a factory security mechanism and it is determined that it is not a first time that the personal security device has been presented to the access module, denying access to a user; and if the personal security device includes a factory security mechanism and it is determined that it is a first time that the personal security device has been presented to the access module, using the reader/writer and the access module to replace the factory security mechanism with another security mechanism.
A method for estimating temperature of a rotor of a motor, comprising: calculating, by a controller, an energy loss of the motor using driving conditions of the motor, using an energy loss model; calculating, by the controller, a temperature variation of the rotor at a predetermined coolant temperature of the motor using the calculated energy loss and thermal resistance of the rotor and a stator of the motor based on ΔT = P̂xR th_total; wherein said P̂ is the calculated energy loss and R th-total is the total thermal resistance of the rotor and stator; and estimating, by the controller, a rotor temperature based on using the temperature variation of the rotor, wherein the driving conditions of the motor include a torque instruction, a motor speed, a motor reference voltage, and a motor switching frequency. calculating, by a controller, an energy loss of the motor using driving conditions of the motor, using an energy loss model; calculating, by the controller, a temperature variation of the rotor at a predetermined coolant temperature of the motor using the calculated energy loss and thermal resistance of the rotor and a stator of the motor based on ΔT = P̂xR th_total; wherein said P̂ is the calculated energy loss and R th-total is the total thermal resistance of the rotor and stator; and estimating, by the controller, a rotor temperature based on using the temperature variation of the rotor, wherein the driving conditions of the motor include a torque instruction, a motor speed, a motor reference voltage, and a motor switching frequency.
A scanner of an optical detection system comprising: a housing; an optical surface coupled to the housing, the optical surface being movable to direct light into an area being scanned and to receive a reflected light pulse from the area being scanned; an electromechanical actuator having an output shaft operably coupled to the optical surface, wherein during normal operation the electromechanical actuator is operable to rotate the optical surface about an axis; and a solid state flexible actuator coupled to the output shaft, wherein the solid state flexible actuator is operable at higher frequencies than the electromechanical actuator and is operable to control rotation of the output shaft during cleaning operations. a housing; an optical surface coupled to the housing, the optical surface being movable to direct light into an area being scanned and to receive a reflected light pulse from the area being scanned; an electromechanical actuator having an output shaft operably coupled to the optical surface, wherein during normal operation the electromechanical actuator is operable to rotate the optical surface about an axis; and a solid state flexible actuator coupled to the output shaft, wherein the solid state flexible actuator is operable at higher frequencies than the electromechanical actuator and is operable to control rotation of the output shaft during cleaning operations.
A method for identifying reticulocytes in a blood sample deposited on a substrate, the method comprising: illuminating the sample with incident light at two different wavelengths, obtaining a two-dimensional image of the sample corresponding to a first one of the wavelengths, and obtaining a two-dimensional image of the sample corresponding to a second one of the wavelengths; analyzing the images to identify a set of representative red blood cells; determining an area of each of the red blood cells in the set; determining a color value of each of the red blood cells in the set; and for each one of the red blood cells in the set, identifying the red blood cell as a reticulocyte if the area of the red blood cell exceeds an area cutoff value and the color value of the red blood cell is less than a color cutoff value, wherein the color value of each one of the red blood cells comprises a difference between optical density values of the red blood cell at the two illumination wavelengths. illuminating the sample with incident light at two different wavelengths, obtaining a two-dimensional image of the sample corresponding to a first one of the wavelengths, and obtaining a two-dimensional image of the sample corresponding to a second one of the wavelengths; analyzing the images to identify a set of representative red blood cells; determining an area of each of the red blood cells in the set; determining a color value of each of the red blood cells in the set; and for each one of the red blood cells in the set, identifying the red blood cell as a reticulocyte if the area of the red blood cell exceeds an area cutoff value and the color value of the red blood cell is less than a color cutoff value, wherein the color value of each one of the red blood cells comprises a difference between optical density values of the red blood cell at the two illumination wavelengths.
A suspension profile (10,100,200) for suspending an article, for example a curtain, the suspension profile extending in a longitudinal direction and comprising: - a suspension portion having a tubular shape and extending in the longitudinal direction, said suspension portion having a bulb shape, considered in a plane perpendicular to the longitudinal direction; - a fixing portion extending parallel to the suspension portion, the suspension portion and the fixing portion, considered in the plane perpendicular to the longitudinal direction, having a convex shape; - a connecting portion connecting the suspension portion to the fixing portion, the connecting portion extending parallel to the suspension portion and forming a neck for the suspension profile. - a suspension portion having a tubular shape and extending in the longitudinal direction, said suspension portion having a bulb shape, considered in a plane perpendicular to the longitudinal direction; - a fixing portion extending parallel to the suspension portion, the suspension portion and the fixing portion, considered in the plane perpendicular to the longitudinal direction, having a convex shape; - a connecting portion connecting the suspension portion to the fixing portion, the connecting portion extending parallel to the suspension portion and forming a neck for the suspension profile.
A switch comprising: a flexible element fixedly attached within a housing, which extends from a fixedly attached portion to an unattached end and is in electrical communication with a first terminal, said flexible element having an elongated opening formed therein, the opening defined by a first end and a second end; a contact in electrical communication with a second terminal; an actuator having a bearing surface and which is configured to move between a first position and a second position and to bias the flexible element such that the unattached end flexes toward the contact when the actuator is moved from the second position to the first position; a switch handle having a handle bearing surface in contact with the actuator and configured to move the actuator between the second position and the first position; and, a return assist formed in the elongated opening in said flexible element, said return assist having first and second ends defining a length, the first end of said return assist affixed to said flexible element, the return assist interacting with a projection to bias the unattached end of the flexible element away from the contact; characterised in that said bearing surface contacting a lateral surface of said flexible element at a location between the first and second ends of said return assist. a flexible element fixedly attached within a housing, which extends from a fixedly attached portion to an unattached end and is in electrical communication with a first terminal, said flexible element having an elongated opening formed therein, the opening defined by a first end and a second end; a contact in electrical communication with a second terminal; an actuator having a bearing surface and which is configured to move between a first position and a second position and to bias the flexible element such that the unattached end flexes toward the contact when the actuator is moved from the second position to the first position; a switch handle having a handle bearing surface in contact with the actuator and configured to move the actuator between the second position and the first position; and, a return assist formed in the elongated opening in said flexible element, said return assist having first and second ends defining a length, the first end of said return assist affixed to said flexible element, the return assist interacting with a projection to bias the unattached end of the flexible element away from the contact; characterised in that said bearing surface contacting a lateral surface of said flexible element at a location between the first and second ends of said return assist.
A torque-transmission assembly designed to equip a motor-vehicle transmission, comprising: a clutch housing; and, a torque-transmission module including a cover plate, a wet double-clutch mechanism, which can move rotationally around an axis, and a clutch casing containing all or part of an oil-distribution device designed to supply the wet double-clutch with oil, wherein the cover plate and the clutch casing being assembled in such a way as to form a box defining a housing in which the wet double-clutch mechanism is received at least partly, and characterized in that the clutch casing is received completely or partly in the clutch housing and the cover plate has a first bracing surface capable of being braced directly on an internal combustion engine crankcase. a clutch housing; and, a torque-transmission module including a cover plate, a wet double-clutch mechanism, which can move rotationally around an axis, and a clutch casing containing all or part of an oil-distribution device designed to supply the wet double-clutch with oil, wherein the cover plate and the clutch casing being assembled in such a way as to form a box defining a housing in which the wet double-clutch mechanism is received at least partly, and characterized in that the clutch casing is received completely or partly in the clutch housing and the cover plate has a first bracing surface capable of being braced directly on an internal combustion engine crankcase.