mhurhangee/ep-ind-claims huggingface dataset:
Chronograph comprising - an electronic computer, - power supply means, - a non-volatile memory and a volatile memory; - control means operatively connected to said computer; - a display operatively connected to said computer; wherein: - said computer comprises electronic means, comprising a programme defined by a machine type language, configured to enable: - storing only once a set date by means of said control means in said non-volatile memory, so that said set date cannot be modified after the first setting, - saving by means of said control means a current benchmark date on the volatile memory, - calculating the time elapsed between said set date and said benchmark date, - display said time elapsed by means of said display. - an electronic computer, - power supply means, - a non-volatile memory and a volatile memory; - control means operatively connected to said computer; - a display operatively connected to said computer; - said computer comprises electronic means, comprising a programme defined by a machine type language, configured to enable: - storing only once a set date by means of said control means in said non-volatile memory, so that said set date cannot be modified after the first setting, - saving by means of said control means a current benchmark date on the volatile memory, - calculating the time elapsed between said set date and said benchmark date, - display said time elapsed by means of said display. - storing only once a set date by means of said control means in said non-volatile memory, so that said set date cannot be modified after the first setting, - saving by means of said control means a current benchmark date on the volatile memory, - calculating the time elapsed between said set date and said benchmark date, - display said time elapsed by means of said display.
A multivariable control system of a physical plant with high dimensions multiple constraints problems where trade-off primary control outputs are predetermined based on plant physics and performance requirements, comprising: an integral action control unit providing reference values for each actuator inner loop of the physical plant; a multiple-input-multiple-output (MIMO) primary decoupling controller decoupling controlled outputs from one another and shaping pseudo inputs/controlled outputs desired plant dynamics and providing control command derivatives to the integral action control unit; a multiple-input-multiple-output (MIMO) constraint decoupling controller decoupling constraint outputs from one another and from the non-traded off controlled output(s) and shaping pseudo inputs/constraint outputs desired plant dynamics and providing pseudo inputs to a selection logic section; a set of decoupled single-input-single-output (SISO) controlled output tracking controllers adapted to receive primary controlled output tracking errors and provide pseudo inputs to the selection logic section; the selection logic section adapted to compare the pseudo inputs generated by the MIMO constraint decoupling controller and the pseudo inputs generated by the SISO controlled output tracking controllers, and further adapted to select the most limiting constraint to determine the final pseudo inputs to go into the MIMO primary decoupling controller; and a set of decoupled single-input-single-output (SISO) constraint output tracking controllers adapted to receive constraint output tracking errors and provide the input to the MIMO constraint decoupling controller. an integral action control unit providing reference values for each actuator inner loop of the physical plant; a multiple-input-multiple-output (MIMO) primary decoupling controller decoupling controlled outputs from one another and shaping pseudo inputs/controlled outputs desired plant dynamics and providing control command derivatives to the integral action control unit; a multiple-input-multiple-output (MIMO) constraint decoupling controller decoupling constraint outputs from one another and from the non-traded off controlled output(s) and shaping pseudo inputs/constraint outputs desired plant dynamics and providing pseudo inputs to a selection logic section; a set of decoupled single-input-single-output (SISO) controlled output tracking controllers adapted to receive primary controlled output tracking errors and provide pseudo inputs to the selection logic section; the selection logic section adapted to compare the pseudo inputs generated by the MIMO constraint decoupling controller and the pseudo inputs generated by the SISO controlled output tracking controllers, and further adapted to select the most limiting constraint to determine the final pseudo inputs to go into the MIMO primary decoupling controller; and a set of decoupled single-input-single-output (SISO) constraint output tracking controllers adapted to receive constraint output tracking errors and provide the input to the MIMO constraint decoupling controller.
A replacement insert for an ophthalmological medical device for the aspiration of liquid, - in particular which liquid is to be discharged within the scope of a suction flushing during an ophthalmic surgical intervention - comprising: a liquid region for receiving the liquid to be suctioned away and a negative pressure region, to which a negative pressure can be applied, wherein the liquid region and the negative pressure region are hermetically separated from one another by means of an at least partially flexible membrane, and wherein the replacement insert is designed in such a way as to suction the liquid into the liquid region by means of the negative pressure. a liquid region for receiving the liquid to be suctioned away and a negative pressure region, to which a negative pressure can be applied,
A multi-leaf collimator comprising: a leaf bank including an array of individually moveable leaves; an array of leaf drive units corresponding to the leaf bank, the leaf drive units each configured to drive the linear movement of a respective leaf a mount for the array of leaf drive units, the mount comprising a plurality of separable mounting plates (510, 520, 530), each mounting plate comprising an array of mounting holes, each mounting hole arranged to receive a respective one of the leaf drive units, a plurality of retainers attached to the mounting plates, each retainer arranged to rigidly couple a respective leaf drive unit to one of the mounting plates, wherein each leaf drive unit is received in a respective mounting hole and includes a motor characterised in that the motor comprises a casing including an engaging member, wherein at a first rotational position of the casing the engaging member engages the retainer to couple the casing to the mounting plate; and at a second rotational position of the casing the engaging member is disengaged from the retainer. a leaf bank including an array of individually moveable leaves; an array of leaf drive units corresponding to the leaf bank, the leaf drive units each configured to drive the linear movement of a respective leaf a mount for the array of leaf drive units, the mount comprising a plurality of separable mounting plates (510, 520, 530), each mounting plate comprising an array of mounting holes, each mounting hole arranged to receive a respective one of the leaf drive units, a plurality of retainers attached to the mounting plates, each retainer arranged to rigidly couple a respective leaf drive unit to one of the mounting plates, a plurality of separable mounting plates (510, 520, 530), each mounting plate comprising an array of mounting holes, each mounting hole arranged to receive a respective one of the leaf drive units, a plurality of retainers attached to the mounting plates, each retainer arranged to rigidly couple a respective leaf drive unit to one of the mounting plates, wherein each leaf drive unit is received in a respective mounting hole and includes a motor characterised in that the motor comprises a casing including an engaging member, wherein at a first rotational position of the casing the engaging member engages the retainer to couple the casing to the mounting plate; and at a second rotational position of the casing the engaging member is disengaged from the retainer. wherein at a first rotational position of the casing the engaging member engages the retainer to couple the casing to the mounting plate; and at a second rotational position of the casing the engaging member is disengaged from the retainer.
A powered surgical stapler comprising: a housing; an endoscopic portion extending distally from the housing and defining a first longitudinal axis; a drive motor disposed at least partially within the housing; a firing rod disposed in mechanical cooperation with the drive motor; and an end effector disposed adjacent a distal portion of the endoscopic portion, the end effector being in mechanical cooperation with the firing rod to fire a surgical fastener from the end effector; the surgical stapler further comprising; a current sensor configured to measure a first current draw waveform of the motor; a memory configured to store a plurality of second current draw waveforms obtained from test firing data, wherein each of the plurality of second current draw waveforms corresponds to a type of tissue being stapled; and said powered surgical stapler being characterized in that it further comprises a controller configured to compare the first current draw waveform to the plurality of second current draw waveforms and having a user input for inputting a type of tissue through which the surgical fastener is to be deployed whereby the controller determines the appropriate successful firing data to be used for that type of tissue to determine whether the surgical fastener is successfully deployed. a housing; an endoscopic portion extending distally from the housing and defining a first longitudinal axis; a drive motor disposed at least partially within the housing; a firing rod disposed in mechanical cooperation with the drive motor; and an end effector disposed adjacent a distal portion of the endoscopic portion, the end effector being in mechanical cooperation with the firing rod to fire a surgical fastener from the end effector; the surgical stapler further comprising; a current sensor configured to measure a first current draw waveform of the motor; a memory configured to store a plurality of second current draw waveforms obtained from test firing data, wherein each of the plurality of second current draw waveforms corresponds to a type of tissue being stapled; and said powered surgical stapler being characterized in that it further comprises a controller configured to compare the first current draw waveform to the plurality of second current draw waveforms and having a user input for inputting a type of tissue through which the surgical fastener is to be deployed whereby the controller determines the appropriate successful firing data to be used for that type of tissue to determine whether the surgical fastener is successfully deployed.
The in vitro use of a DNA-tissue specific transcription factor or cofactor adduct as a biomarker in a biological fluid for the detection or diagnosis of a cancer in a subject, wherein the DNA-tissue specific transcription factor or cofactor adduct is a tissue specific transcription factor or cofactor bound to DNA.
A polyurethane containing allophanate groups and comprising, as components, (a) at least one organic aliphatic, aromatic or cycloaliphatic di- or polyisocyanate, (b) at least two different compounds and having in each case at least one group reactive toward isocyanate and at least one unsaturated group capable of free radical polymerization, the unsaturated groups capable of free radical polymerization being esters of α, β-unsaturated carboxylic acids, (c) 0-30 mol%, based on groups reactive toward isocyanate, of at least one compound having exactly two groups reactive toward isocyanate, (d) optionally at least one compound having at least three groups reactive toward isocyanate and (e) optionally at least one compound having exactly one group reactive toward isocyanate, where the component has exactly one group reactive toward isocyanate and at least two unsaturated groups capable of free radical polymerization. (a) at least one organic aliphatic, aromatic or cycloaliphatic di- or polyisocyanate, (b) at least two different compounds and having in each case at least one group reactive toward isocyanate and at least one unsaturated group capable of free radical polymerization, the unsaturated groups capable of free radical polymerization being esters of α, β-unsaturated carboxylic acids, (c) 0-30 mol%, based on groups reactive toward isocyanate, of at least one compound having exactly two groups reactive toward isocyanate, (d) optionally at least one compound having at least three groups reactive toward isocyanate and (e) optionally at least one compound having exactly one group reactive toward isocyanate, where the component has exactly one group reactive toward isocyanate and at least two unsaturated groups capable of free radical polymerization.
A detector tile for a photon counting detector comprising a plurality of detector tiles, wherein the detector tile comprises: a sensor material layer; an integrated circuit; an input/output connection or flex; a high voltage electrode or foil; and an anti scatter grid; wherein, the input/output connection or flex is connected to the integrated circuit; wherein, the integrated circuit is configured to readout signals from the sensor material layer; wherein, the anti scatter grid is positioned adjacent to a surface of the sensor material layer; and wherein, the high voltage electrode or foil extends across the surface of the sensor material layer and is configured to provide a bias voltage to the surface of the sensor material layer, and wherein the high voltage electrode or foil comprises at least one tail section, characterized in that the high voltage electrode or foil is configured to make an electrical connection with the high voltage electrode or foil of an adjacent detector tile via one or more tail sections of the at least one tail section of the first detector tile. a sensor material layer; an integrated circuit; an input/output connection or flex; a high voltage electrode or foil; and an anti scatter grid; wherein, the input/output connection or flex is connected to the integrated circuit; wherein, the integrated circuit is configured to readout signals from the sensor material layer; wherein, the anti scatter grid is positioned adjacent to a surface of the sensor material layer; and wherein, the high voltage electrode or foil extends across the surface of the sensor material layer and is configured to provide a bias voltage to the surface of the sensor material layer, and wherein the high voltage electrode or foil comprises at least one tail section, characterized in that the high voltage electrode or foil is configured to make an electrical connection with the high voltage electrode or foil of an adjacent detector tile via one or more tail sections of the at least one tail section of the first detector tile.
Process for the preparation of estetrol of formula, starting from the compound of formula characterized in that (a) a compound of formula is acylated in a suitable solvent using a suitable reactant to give a compound of general formula wherein R = methyl group or hydrogen (b) removal of the benzyl protecting group in position 3 by transfer or catalytic hydrogenation to give a compound of general formula wherein R = methyl group or hydrogen (c) deprotection in an alkaline medium with an alkali metal carbonate, alkali metal hydrogen carbonate or alkali metal hydroxides in a suitable solvent. (a) a compound of formula is acylated in a suitable solvent using a suitable reactant to give a compound of general formula wherein R = methyl group or hydrogen (b) removal of the benzyl protecting group in position 3 by transfer or catalytic hydrogenation to give a compound of general formula wherein R = methyl group or hydrogen (c) deprotection in an alkaline medium with an alkali metal carbonate, alkali metal hydrogen carbonate or alkali metal hydroxides in a suitable solvent.
The tuning device for a pipe of an organ, whereupon the pipe represents a reed pipe, which features a slidable tuning wire (along the direction of readjustment) with a resulting end and an actuating end. The resulting end lies against the reed of the pipe and the actuating end protrudes from the body of the pipe, whereby the length of the free oscillatory area of the reed of the pipe can be modified through shifting of the tuning wire, characterized in that the tuning device consists of an electronic actuator, a building member, a linear converter, which is operated by the actuator and an adapter, which is placed at the actuator, whereby the position of the actuator towards the body of the reed pipe is defined by at least the building member, whereby the adapter is attached to the actuating end of the tuning wire. The actuator is being operable in order to readjust the adapter, which is attached at the actuating end of the tuning wire, including the tuning wire being parallel to the sliding direction of the tuning wire.
A display panel (95, 110, 210) comprising: a light transmitter disposed on a first pixel electrode; and a light converting unit disposed on a second pixel electrode, wherein a portion of the light converting unit extends toward the light transmitter and covers a part of the first pixel electrode which is not covered by the light transmitter a light transmitter disposed on a first pixel electrode; and a light converting unit disposed on a second pixel electrode, wherein a portion of the light converting unit extends toward the light transmitter and covers a part of the first pixel electrode which is not covered by the light transmitter
A full mold for bending glass, comprising a cellular solid material the cells (34,70) of which form cavities (C1, C2, C3) in the molding area, said cells representing more than 40% of the volume of the material, said cavities representing more than 40% of the molding area of the cellular material, the material comprising metal sheets (1, 2) assembled in a non-compact way to form the cells.
A method for providing a graphical user interface, GUI, the method comprising: providing a display area in the GUI for displaying an image, characterized in that the method further comprises: providing a first GUI tool for defining a single curvilinear border for the image based on user interaction and, without additional user interaction, generating a tunnel transition region between a foreground region and a background region about the border as a pair of deformable curves a specified width apart on either side of the border, each curve modifiable in the GUI by a user after generation of the tunnel transition region in order to define more precisely the transition region for the image, wherein a modification to one of the curves by movement of a control point on the curve automatically modifies both of the curves of the pair of deformable curves; and providing a second GUI tool, wherein a setting of the second GUI tool determines an initial width for the tunnel transition region generated by the first GUI tool and is modifiable after generation of the deformable curves in order to modify the width of the tunnel. providing a display area in the GUI for displaying an image, characterized in that the method further comprises: providing a first GUI tool for defining a single curvilinear border for the image based on user interaction and, without additional user interaction, generating a tunnel transition region between a foreground region and a background region about the border as a pair of deformable curves a specified width apart on either side of the border, each curve modifiable in the GUI by a user after generation of the tunnel transition region in order to define more precisely the transition region for the image, wherein a modification to one of the curves by movement of a control point on the curve automatically modifies both of the curves of the pair of deformable curves; and providing a second GUI tool, wherein a setting of the second GUI tool determines an initial width for the tunnel transition region generated by the first GUI tool and is modifiable after generation of the deformable curves in order to modify the width of the tunnel. providing a first GUI tool for defining a single curvilinear border for the image based on user interaction and, without additional user interaction, generating a tunnel transition region between a foreground region and a background region about the border as a pair of deformable curves a specified width apart on either side of the border, each curve modifiable in the GUI by a user after generation of the tunnel transition region in order to define more precisely the transition region for the image, wherein a modification to one of the curves by movement of a control point on the curve automatically modifies both of the curves of the pair of deformable curves; and providing a second GUI tool, wherein a setting of the second GUI tool determines an initial width for the tunnel transition region generated by the first GUI tool and is modifiable after generation of the deformable curves in order to modify the width of the tunnel.
Encoder for an electronic position measuring device, wherein the encoder has a signal generating device for generating a periodic magnetic signal and an electrical energy supply device for supplying the signal generating device with electrical energy, wherein the encoder has at least one local energy storage device and an energy converter with a receiver coil for receiving energy from an induction field, wherein the energy supply device has a rectifier for charging the local energy storage device with a direct voltage, and wherein the encoder is configured to rectify a voltage induced in the receiver coil by means of the rectifier and to charge the local energy storage device with a direct voltage generated by the rectifier, wherein the signal generating device has at least one active oscillator which, for energy supply, receives the direct voltage from the local energy storage device as input voltage and is configured to actively generate the periodic magnetic signal in the encoder.
An amplifier for amplifying a PCM audio signal, comprising: a PCM/PWM converter that generates a first PWM signal by PWM-modulating the PCM audio signal; and a ramp wave generator that generates a ramp wave which is synchronized with the first PWM signal, an integrator which receives the first PWM signal output from the PCM/PWM converter and a negative feedback signal coming from a power section, a comparator which compares an output of the integrator with the ramp wave to generate a second PWM signal and outputs the second PWM signal to the power section. a PCM/PWM converter that generates a first PWM signal by PWM-modulating the PCM audio signal; and a ramp wave generator that generates a ramp wave which is synchronized with the first PWM signal, an integrator which receives the first PWM signal output from the PCM/PWM converter and a negative feedback signal coming from a power section, a comparator which compares an output of the integrator with the ramp wave to generate a second PWM signal and outputs the second PWM signal to the power section.