mhurhangee/ep-ind-claims huggingface dataset:
An ophthalmic surgical system for treating an eye of a patient, the system comprising: a body; a cutting element extending distally from the body including: a sleeve piece comprising a port at an end; and an inner piece disposed within the sleeve piece, the inner piece being moveable axially with respect to the sleeve piece to open and close the port; a first electromagnetic coil disposed within the body and configured to generate a first magnetic field; a second electromagnetic coil disposed within the body and configured to generate a second magnetic field; a first magnetic ring moveable by the first magnetic field when the first electromagnetic coil generates the first magnetic field; and a second magnetic ring moveable by the second magnetic field when the second electromagnetic coil generates the second magnetic field, the first and second magnetic rings being fixedly secured relative to the inner piece such that movement of the first and second magnetic rings moves the inner piece and opens and closes the port. a body; a cutting element extending distally from the body including: a sleeve piece comprising a port at an end; and an inner piece disposed within the sleeve piece, the inner piece being moveable axially with respect to the sleeve piece to open and close the port; a sleeve piece comprising a port at an end; and an inner piece disposed within the sleeve piece, the inner piece being moveable axially with respect to the sleeve piece to open and close the port; a first electromagnetic coil disposed within the body and configured to generate a first magnetic field; a second electromagnetic coil disposed within the body and configured to generate a second magnetic field; a first magnetic ring moveable by the first magnetic field when the first electromagnetic coil generates the first magnetic field; and a second magnetic ring moveable by the second magnetic field when the second electromagnetic coil generates the second magnetic field, the first and second magnetic rings being fixedly secured relative to the inner piece such that movement of the first and second magnetic rings moves the inner piece and opens and closes the port.
A pair of cutoff knives (108; 160) configured for mounting on counter-rotating drums (104A, 104B), wherein each knife (108; 160) has a serrated edge (144; 192) that is defined by a plurality of teeth (148; 196) separated by a plurality of valleys (152; 200), wherein the plurality of teeth (148; 196) and the plurality of valleys (152; 200) of the serrated edges (144; 192) of the pair of knives (108; 160) are configured such that, in a cutting position of the knives (108; 160), the serrated edge (144; 192) of one knife (108; 160) of the pair intermeshes with the serrated edge (144; 192) of the other knife (108; 160) of the pair, characterized in that a sinusoidal-shaped gap (224; 226; 228) is created between the intermeshed serrated edges (144; 192), wherein the sinusoidal-shaped gap (224; 226; 228) has a uniform width.
A communication device for non-electric communication between devices fluidically connected to one another, characterized in that the communication device is adapted to be arranged in a position in a total fluidic system formed by the devices fluidically connected to one another and to receive and/or transmit non-electric signals, in the form of pressure signals, with the non-electric signals being transmitted over a line fluidically connecting the devices to one another and with the communication device being portable and adapted for online operation.
A system for detecting luminescence from a sample, comprising: an excitation radiation source of a first frequency; and a detector for detecting light of a second frequency collected from an analysis region of the sample resulting from the excitation, wherein the detector is for generating first and second detector signals, which are responsive to incident light absorbed within the detector over different depths, and wherein the system further comprises: means for processing the first and second detector signals to discriminate between incident light of the first and second frequencies and thereby determine the intensity of the light of the second frequency, wherein the detector comprises a p-n junction and biasing means for setting different operating conditions for the p-n junction to change the absorption depth to which the detector responds. an excitation radiation source of a first frequency; and a detector for detecting light of a second frequency collected from an analysis region of the sample resulting from the excitation, wherein the detector is for generating first and second detector signals, which are responsive to incident light absorbed within the detector over different depths, and wherein the system further comprises: means for processing the first and second detector signals to discriminate between incident light of the first and second frequencies and thereby determine the intensity of the light of the second frequency, wherein the detector comprises a p-n junction and biasing means for setting different operating conditions for the p-n junction to change the absorption depth to which the detector responds. means for processing the first and second detector signals to discriminate between incident light of the first and second frequencies and thereby determine the intensity of the light of the second frequency, wherein the detector comprises a p-n junction and biasing means for setting different operating conditions for the p-n junction to change the absorption depth to which the detector responds.
A protective metal netting of the type comprising an array of straight extended elements (10, 20) predominantly in a main direction and bent or folded with alternating loops in a direction transverse to the main direction in order to be interwoven one with the other in interweave portions comprising only two interwoven extended elements, to thus create the meshes of the metal netting, wherein the array of extended elements is made up of a first group of extended elements comprising a plurality of extended elements having a first strength, and of a second group of extended elements comprising at least one extended stiffening element having a second strength, greater than the first strength, wherein said interweave portions are defined by the lines of respective extended elements which are twisted one around the other in a unidirectional twist direction and the at least one extended stiffening element of the second group of extended elements is interwoven with two adjacent extended elements, characterized in that the at least one extended stiffening element of the second group of extended elements is bent or folded with alternating loops substantially less pronounced in the transverse direction compared with the alternating loops with which the extended elements of the first group of extended elements are bent.
A method for providing dynamic charging in a network, the method comprising a dynamic charging handler function: receiving an indication of a dynamic change to charging; and, instructing an end-device to adjust traffic-generating behaviour in accordance with the received dynamic change to charging, based on a customer-defined configuration option, characterized in that the customer-defined configuration option includes parameters based upon a Service Level Agreement. receiving an indication of a dynamic change to charging; and, instructing an end-device to adjust traffic-generating behaviour in accordance with the received dynamic change to charging, based on a customer-defined configuration option, characterized in that the customer-defined configuration option includes parameters based upon a Service Level Agreement.
A control device for a rotary air compressor of an air system of a vehicle, wherein the rotary air compressor is arranged to be driven by an electric motor, ch a r act e r i zed in that the control device comprises a control unit configured to: - determine a duty cycle of the rotary air compressor, wherein the duty cycle is indicative of a total time the rotary air compressor is active during a vehicle running time period of the vehicle, divided by the vehicle running time period; - determine speed control data of the rotary air compressor based on the determined duty cycle according to a predetermined rule, wherein the predetermined rule comprises a lower limit for the duty cycle, and the control unit is configured to determine whether the duty cycle is less than the limit, and upon determining that the duty cycle is less than the limit, the control unit is configured to determine speed control data indicating a speed of the rotary air compressor that is lower than a preset regular operating speed of the rotary air compressor; and - control the speed of the rotary air compressor based on the determined speed control data. - determine a duty cycle of the rotary air compressor, wherein the duty cycle is indicative of a total time the rotary air compressor is active during a vehicle running time period of the vehicle, divided by the vehicle running time period; - determine speed control data of the rotary air compressor based on the determined duty cycle according to a predetermined rule, wherein the predetermined rule comprises a lower limit for the duty cycle, and the control unit is configured to determine whether the duty cycle is less than the limit, and upon determining that the duty cycle is less than the limit, the control unit is configured to determine speed control data indicating a speed of the rotary air compressor that is lower than a preset regular operating speed of the rotary air compressor; and - control the speed of the rotary air compressor based on the determined speed control data.
An absorbent article comprising: one or more complexed or encapsulated compounds selected from: 3-(3-propan-2-ylphenyl)butanal, 2-methyl-3-[4-(2-methylpropyl)phenyl]propanal, and 3-(4-ethylphenyl)-2,2-dimethylpropanal.
A transformable aerial vehicle (100, 200), the vehicle comprising: a central body and a camera; the central body being coupled to the camera; at least two crossbars; at least two transformable frame assemblies respectively disposed on the central body, each of the at least two transformable frame assemblies having a proximal portion pivotally coupled to the central body and a distal portion coupled to one of the crossbars; an actuation assembly mounted on the central body, and configured to pivot the at least two transformable frame assemblies to a plurality of different vertical angles relative to the central body including a first configuration in which a field of view of the camera is at least partially obstructed by the at least two transformable frame assemblies, and a second configuration in which the field of view of the camera is unobstructed by the at least two transformable frame assemblies; and a plurality of propulsion units supported on each crossbar and operable to move the transformable aerial vehicle. a central body and a camera; the central body being coupled to the camera; at least two crossbars; at least two transformable frame assemblies respectively disposed on the central body, each of the at least two transformable frame assemblies having a proximal portion pivotally coupled to the central body and a distal portion coupled to one of the crossbars; an actuation assembly mounted on the central body, and configured to pivot the at least two transformable frame assemblies to a plurality of different vertical angles relative to the central body including a first configuration in which a field of view of the camera is at least partially obstructed by the at least two transformable frame assemblies, and a second configuration in which the field of view of the camera is unobstructed by the at least two transformable frame assemblies; and a plurality of propulsion units supported on each crossbar and operable to move the transformable aerial vehicle.
Valve device, in particular three-way valve device, having at least one valve element (12a; 12b), which is provided to influence at least a first fluid stream (14a; 14b), and having at least one mechanical actuator unit (16a; 16b), which is operatively connected to the valve element (12a; 12b) and is provided to alter a position of the valve element (12a; 12b), wherein, in at least one operating state, the actuator unit (16a; 16b) is arranged at least to some extent in a flow region (18a; 18b) of a second fluid stream (20a; 20b) and is provided to alter the position of the valve element (12a; 12b) in dependence on the second fluid stream (20a; 20b), characterized by at least one reduction gear unit, which is arranged for operation between the actuator unit (16a; 16b) and the valve element (12a; 12b), so that a rotary movement of the actuator unit (16a; 16b) is converted into a rotary movement of the valve element (12a; 12b), the latter rotary movement having a reduced rotational speed in relation to the rotary movement of the actuator unit (16a; 16b).
Method for recirculation of exhaust gas from a combustion chamber (11; 25, 25', 27, 34) of a combustor (10, 10', 10") of a gas turbine (22, 30, 31, 32) back to the supply side of said combustor (10, 10', 10"), wherein: a partial flow of the exhaust gas in said combustion chamber (11; 25, 25', 27, 34) is directly extracted from said combustion chamber (11; 25, 25', 27, 34) and internally fed back to an entrance of the combustor (10, 10', 10") through an internal channel of said combustor (10, 10', 10"); said partial flow of the exhaust gas is extracted by means of a Venturi arrangement (14, 14'), which is provided at said combustion chamber (11; 25, 25', 27, 34), and which is operated by a pressurized fluid; said pressurized fluid is compressed air, said internal channel is a cooling air channel, and said exhaust gas is recirculated as part of a mixed exhaust gas/air recirculation flow; said combustion chamber (11; 25, 25', 27, 34) is confined by a combustor liner wall, said Venturi arrangement is integrated into said combustor liner wall, and said partial flow of the exhaust gas is extracted through a suction hole in said combustor liner wall; characterized in that said Venturi arrangement comprises a separate nozzle and a separate diffusor, and the nozzle is arranged within the combustion chamber (11; 25, 25', 27, 34) and ejects compressed air through said suction hole into said diffusor, which is arranged outside said combustor liner wall. a partial flow of the exhaust gas in said combustion chamber (11; 25, 25', 27, 34) is directly extracted from said combustion chamber (11; 25, 25', 27, 34) and internally fed back to an entrance of the combustor (10, 10', 10") through an internal channel of said combustor (10, 10', 10"); said partial flow of the exhaust gas is extracted by means of a Venturi arrangement (14, 14'), which is provided at said combustion chamber (11; 25, 25', 27, 34), and which is operated by a pressurized fluid; said pressurized fluid is compressed air, said internal channel is a cooling air channel, and said exhaust gas is recirculated as part of a mixed exhaust gas/air recirculation flow; said combustion chamber (11; 25, 25', 27, 34) is confined by a combustor liner wall, said Venturi arrangement is integrated into said combustor liner wall, and said partial flow of the exhaust gas is extracted through a suction hole in said combustor liner wall; characterized in that said Venturi arrangement comprises a separate nozzle and a separate diffusor, and the nozzle is arranged within the combustion chamber (11; 25, 25', 27, 34) and ejects compressed air through said suction hole into said diffusor, which is arranged outside said combustor liner wall.
Welding assembly suitable for being placed in line between first infeed rollers and second outfeed rollers of a plant for welding steel beams with an H profile starting from a first flange, a web and a second flange to be welded together, the welding assembly comprising a base and two welding systems located on the base and lying opposite to each other with respect to the directions of movements of the steel beams with an H profile, the welding systems being configured to complete welding, characterized in that, the welding assembly is suitable to rotate about itself 180°, about its vertical axis, in a way to receive the web of said steel beams, the first flange of said steel beams and/or the second flange of said steel beams, either when coming from the first infeed rollers, or when coming from the second outfeed rollers, so that said welding assembly can weld completely together the web of said steel beams, the first flange of said steel beams and/or the second flange of said steel beams both when coming from the first infeed rollers and when coming from the second outfeed rollers.
A shaft-like component supply device having a form in which a component supply pipe that transfers a shaft-like component made of magnetic material and an outer cylinder that houses a supply rod of an advancing and retracting movement type are intersected at an acute angle and coupled, the supply rod holds and advances the shaft-like component at a distal end of the supply rod and releases the hold of the shaft-like component at a target location, and meanwhile, the component supply pipe has an outlet hole opened in a vicinity of the distal end of the supply rod and component transfer from the outlet hole to the distal end of the supply rod is performed by attraction force of a magnet, wherein the component supply pipe is arranged with a holding piece that opens and closes the outlet hole in an advanceable and retractable state, the supply rod includes an inner shaft whose distal end is mounted with a magnet configured to attract the shaft-like component, and a hollow shaft having the inner shaft inserted so as to be able to slidably retract in the hollow shaft, and the shaft-like component supply device comprises first drive means configured to advance and retract the holding piece and second drive means configured to pull back the magnet of the inner shaft in a direction away from the distal end of the supply rod, characterized in that the first drive means and the second drive means are coupled to a single holding member mounted in a vicinity of a distal end part of the outer cylinder. the component supply pipe is arranged with a holding piece that opens and closes the outlet hole in an advanceable and retractable state, the supply rod includes an inner shaft whose distal end is mounted with a magnet configured to attract the shaft-like component, and a hollow shaft having the inner shaft inserted so as to be able to slidably retract in the hollow shaft, and the shaft-like component supply device comprises first drive means configured to advance and retract the holding piece and second drive means configured to pull back the magnet of the inner shaft in a direction away from the distal end of the supply rod, characterized in that the first drive means and the second drive means are coupled to a single holding member mounted in a vicinity of a distal end part of the outer cylinder.
A quality control inspection system, comprising: a first image capturing device (203, 205; 503) configured to capture a first set of images of a part; and a computer operably associated with the first image capturing device (203, 205; 503), the computer being configured to receive and analyze the first set of images and configured to identify a part flaw by comparing a corrected image with an image of the same type of part devoid of flaws, and to remap the first set of images to model of the part; wherein the part is pretreated with a magnetic particle and fluorescent penetrant; and wherein the corrected image is formed from an image of the first set of images by: suppressing a background image from the image; and correcting an angle orientation of the image by detecting an edge of the part. a first image capturing device (203, 205; 503) configured to capture a first set of images of a part; and a computer operably associated with the first image capturing device (203, 205; 503), the computer being configured to receive and analyze the first set of images and configured to identify a part flaw by comparing a corrected image with an image of the same type of part devoid of flaws, and to remap the first set of images to model of the part; wherein the part is pretreated with a magnetic particle and fluorescent penetrant; and wherein the corrected image is formed from an image of the first set of images by: suppressing a background image from the image; and correcting an angle orientation of the image by detecting an edge of the part. suppressing a background image from the image; and correcting an angle orientation of the image by detecting an edge of the part.
Transverse flux machine having at least one external rotor pole unit and at least one internal stator pole unit arranged on a stator shaft and comprising a coil that is arranged coaxially to the longitudinal axis of the machine as well as a stator core that is composed of a flux tube arranged in the coil and of toothed disks arranged at both ends of the flux tube and having circumferentially arranged, radially oriented teeth, wherein means (8, 9, 10, 35, 36) are provided for positively locking the angular positions of the toothed disks relative to each other and/or those of the toothed disks relative to the stator shaft, characterised in that the flux tube is transversely divided, in that each toothed disk is rigidly connected to a respective part of the flux tube, and in that the means for positively locking the angular positions of the toothed disks relative to each other are in the form of positive locking elements (35, 36) acting between the two parts of the flux tube.
A method of compacting an uncured composite member against a mandrel surface having a contour, comprising: adhering the uncured composite member to a compactor; using the compactor to align the uncured composite member with the contour of the mandrel surface; using the compactor to bring the uncured composite member initially into contact with the mandrel surface at an apex of the contour; forming the uncured composite member over the contour of the mandrel surface outwardly from the apex; and using the compactor to compact the uncured composite member against the mandrel surface, wherein forming the uncured composite member is performed by drape forming the uncured composite member onto the mandrel surface; and the drape forming includes maintaining a substantially constant relationship between ends of the uncured composite member and the mandrel surface as the uncured composite member is being formed onto the mandrel surface. adhering the uncured composite member to a compactor; using the compactor to align the uncured composite member with the contour of the mandrel surface; using the compactor to bring the uncured composite member initially into contact with the mandrel surface at an apex of the contour; forming the uncured composite member over the contour of the mandrel surface outwardly from the apex; and using the compactor to compact the uncured composite member against the mandrel surface, wherein forming the uncured composite member is performed by drape forming the uncured composite member onto the mandrel surface; and the drape forming includes maintaining a substantially constant relationship between ends of the uncured composite member and the mandrel surface as the uncured composite member is being formed onto the mandrel surface.