mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display configured to display a first image corresponding to a first source connected to the display apparatus through a first connection interface of a plurality of connection interfaces; and a processor configured to detect a change of a power state of a second source connected to the display apparatus through a second connection interface of the plurality of connection interfaces; and characterized in that the processor is configured to in response to detecting a change of the power state of the second source, determine whether a first content is inputted from the first source through the first connection interface by analyzing the image corresponding to the first connection interface, and determine whether a second content is inputted from the second source through the second connection interface when the power state of the second source is the power-on state by analyzing an image signal and/or sound signal transmitted from the second source; in response to determining that the first content is not inputted from the first source and the second content is inputted from the second source, display an image which is provided from the second source; and in response to determining that the first content is inputted from the first source and the second content is inputted from the second source, display a user interface indicating that a change of source is available. a display configured to display a first image corresponding to a first source connected to the display apparatus through a first connection interface of a plurality of connection interfaces; and a processor configured to detect a change of a power state of a second source connected to the display apparatus through a second connection interface of the plurality of connection interfaces; and characterized in that the processor is configured to in response to detecting a change of the power state of the second source, determine whether a first content is inputted from the first source through the first connection interface by analyzing the image corresponding to the first connection interface, and determine whether a second content is inputted from the second source through the second connection interface when the power state of the second source is the power-on state by analyzing an image signal and/or sound signal transmitted from the second source; in response to determining that the first content is not inputted from the first source and the second content is inputted from the second source, display an image which is provided from the second source; and in response to determining that the first content is inputted from the first source and the second content is inputted from the second source, display a user interface indicating that a change of source is available.
An assembly comprising: resistive heating elements embedded in a shape memory polymer actuator, called an SMPA; wherein said resistive heating elements comprise carbon fiber-based resistive heater elements, and upon deformation of said SMPA, a density of π electrons of said carbon fiber-based resistive heater elements changes, and characterised in that it further comprises sensing elements associated with said resistive heating elements, said sensing elements configured to sense changes in said resistive heating elements and to correlate said changes with deformation of said SMPA.
A matter elimination catheter, comprising: a catheter body extending from a catheter proximal portion to a catheter distal portion, the catheter body including an infusion lumen; a drive shaft disposed within the infusion lumen; a rotatable cutting member secured to a distal end of the drive shaft and rotatable through rotation of the drive shaft; and characterised by a guide wire liner extending through the drive shaft to define a guide wire lumen therein, wherein the guide wire liner extends distal of the distal end of the drive shaft into a bore of the cutting member. a catheter body extending from a catheter proximal portion to a catheter distal portion, the catheter body including an infusion lumen; a drive shaft disposed within the infusion lumen; a rotatable cutting member secured to a distal end of the drive shaft and rotatable through rotation of the drive shaft; and characterised by a guide wire liner extending through the drive shaft to define a guide wire lumen therein, wherein the guide wire liner extends distal of the distal end of the drive shaft into a bore of the cutting member.
A method for operating a water electrolysis device for producing hydrogen and oxygen, in which in a water circuit, water which comes from a PEM electrolyser is fed to a first heat exchanger for cooling, subsequently to an ion exchanger, then to a second heat exchanger for heating and again to the PEM electrolyser, characterised in that the heat exchangers (10, 12) form part of a common heat transfer medium circuit at the secondary side, that the heat transfer medium circuit comprises a cooling device, through which the heat transfer medium flow is selectively led in a complete or partial manner or not at all, for the control and/or regulation of the temperature of the water which is fed to the ion exchanger and/or to the PEM electrolyser.
A clamshell crimper for altering an implantable medical device from an uncompressed state to a compressed state, the crimper comprising: a top iris shell comprising a first plurality of crimper elements that define a top iris channel; a base iris shell coupled to the top iris shell at a pivot connection, the base iris shell comprising a second plurality of crimper elements that define a base iris channel, wherein: the top iris shell is configured to rotate about the pivot connection relative to the base shell from an open state to a closed state, when in the open state, the base iris channel is exposed for loading the expandable medical device, and when in the closed state, the top iris channel and the base iris channel define a crimper chamber; and a handle configured to operate the clamshell crimper, wherein actuation of the handle decreases a volume of the crimper chamber to transition the implantable medical device from the uncompressed state to the compressed state. a top iris shell comprising a first plurality of crimper elements that define a top iris channel; a base iris shell coupled to the top iris shell at a pivot connection, the base iris shell comprising a second plurality of crimper elements that define a base iris channel, wherein: the top iris shell is configured to rotate about the pivot connection relative to the base shell from an open state to a closed state, when in the open state, the base iris channel is exposed for loading the expandable medical device, and when in the closed state, the top iris channel and the base iris channel define a crimper chamber; and the top iris shell is configured to rotate about the pivot connection relative to the base shell from an open state to a closed state, when in the open state, the base iris channel is exposed for loading the expandable medical device, and when in the closed state, the top iris channel and the base iris channel define a crimper chamber; and a handle configured to operate the clamshell crimper, wherein actuation of the handle decreases a volume of the crimper chamber to transition the implantable medical device from the uncompressed state to the compressed state.
An intermittent communication method performed by a communication terminal, comprising: receiving, from a communication terminal accommodation apparatus, a signal to allow the communication terminal to enter an intermittent communication mode, the intermittent communication mode including an intermittent communication period, a predetermined sleeping period and a predetermined data period; after receiving the signal to allow the intermittent communication mode, transmitting data during the predetermined data period of the intermittent communication mode; and characterized by in response to receiving a negative acknowledgment, NACK, signal from the communication terminal accommodation apparatus in an automatic repeat request mode, automatically performing a retransmission of the data using the next frame after receiving the NACK signal and securing an ACK/NACK frame, for receiving an ACK/NACK signal relating to said retransmission of the data, within the intermittent communication mode. receiving, from a communication terminal accommodation apparatus, a signal to allow the communication terminal to enter an intermittent communication mode, the intermittent communication mode including an intermittent communication period, a predetermined sleeping period and a predetermined data period; after receiving the signal to allow the intermittent communication mode, transmitting data during the predetermined data period of the intermittent communication mode; and characterized by in response to receiving a negative acknowledgment, NACK, signal from the communication terminal accommodation apparatus in an automatic repeat request mode, automatically performing a retransmission of the data using the next frame after receiving the NACK signal and securing an ACK/NACK frame, for receiving an ACK/NACK signal relating to said retransmission of the data, within the intermittent communication mode.
Regulating organ for mechanical watch movement, comprising: an axis; a hairspring mounted on said axis, and arranged to oscillate about an equilibrium position; wherein said hairspring is arranged to oscillate around said equilibrium position at a frequency of 50 Hz or more; characterized in that said axis is massive, thereby determining most of the moment of inertia of the regulating member. an axis; a hairspring mounted on said axis, and arranged to oscillate about an equilibrium position;
Closing/replenishment device for the tank of a steam apparatus, advantageously but not exclusively associated with a steam iron, comprising a funnel element having an outlet mouth able to be associated with an access mouth of said tank, the device comprising closing means of the float type able to cooperate with said outlet mouth of the funnel element, characterized in that the funnel element comprises a first external surface having a shaping mating with a second surface associated with said mouth so as to be able to be disposed in a first stably balanced positioned for loading water in said tank, and an internal surface mating with an external surface of an insert of a stopper that closed said mouth so as to be able in a second covering position, upside down with respect to the first water loading position, to cover said mouth.
Method for optimizing a position of an air deflector (3, 4) guiding an airflow around a ground automotive vehicle during driving, comprising the steps of: a) moving the air deflector (3, 4) by means of an electric actuator from a first to a second position when the vehicle is moving in a forward direction, b) sensing a parameter of the electric actuator for moving the air deflector (3, 4) from the first to the second position (p1; p2), and registering a plurality of signal amplitudes of the sensed parameter, c1) in a time domain, identifying a portion of consecutive registered signal amplitudes, which portion is defined by two positive signal amplitude peaks at each end of the portion, which positive signal amplitude peaks exceed a first threshold value, and an intermediate negative signal amplitude peak between the two positive signal amplitude peaks, which negative signal amplitude peak falls below a second threshold value, and identifying a position corresponding to a signal amplitude peak within the identified portion with a largest deviation from the first or second threshold value, and/or c2) in a frequency domain, identifying center frequencies of pulses corresponding to registered signal amplitudes, and identifying a position corresponding to an identified center frequency of a pulse with a largest deviation from a frequency value, and d) moving the air deflector (3, 4) to the identified position. a) moving the air deflector (3, 4) by means of an electric actuator from a first to a second position when the vehicle is moving in a forward direction, b) sensing a parameter of the electric actuator for moving the air deflector (3, 4) from the first to the second position (p1; p2), and registering a plurality of signal amplitudes of the sensed parameter, c1) in a time domain, identifying a portion of consecutive registered signal amplitudes, which portion is defined by two positive signal amplitude peaks at each end of the portion, which positive signal amplitude peaks exceed a first threshold value, and an intermediate negative signal amplitude peak between the two positive signal amplitude peaks, which negative signal amplitude peak falls below a second threshold value, and identifying a position corresponding to a signal amplitude peak within the identified portion with a largest deviation from the first or second threshold value, and/or c2) in a frequency domain, identifying center frequencies of pulses corresponding to registered signal amplitudes, and identifying a position corresponding to an identified center frequency of a pulse with a largest deviation from a frequency value, and d) moving the air deflector (3, 4) to the identified position.
An electrosurgical unit comprising: a power source configured to produce direct current; a radiofrequency waveform generator configured to convert the direct current into an RF signal; a voltage sensor configured to measure a DC input voltage to the RF waveform generator; a current sensor configured to measure an output current feedback; and a processor configured to: estimate an output voltage feedback based at least upon the measured DC input voltage and the measured output current feedback; and output a control signal to control the DC input voltage to the RF waveform generator, the control signal based at least upon the estimated output voltage and the output current feedback characterized in that the estimated output voltage feedback is not based upon a measured output voltage feedback. a power source configured to produce direct current; a radiofrequency waveform generator configured to convert the direct current into an RF signal; a voltage sensor configured to measure a DC input voltage to the RF waveform generator; a current sensor configured to measure an output current feedback; and a processor configured to: estimate an output voltage feedback based at least upon the measured DC input voltage and the measured output current feedback; and output a control signal to control the DC input voltage to the RF waveform generator, the control signal based at least upon the estimated output voltage and the output current feedback estimate an output voltage feedback based at least upon the measured DC input voltage and the measured output current feedback; and output a control signal to control the DC input voltage to the RF waveform generator, the control signal based at least upon the estimated output voltage and the output current feedback characterized in that the estimated output voltage feedback is not based upon a measured output voltage feedback.
A flexible stent (40B, 40C) comprising: a helical portion comprising a plurality of side-by-side, individual helical elements helically wound about an axis of said stent, said helical portion being expandable radially upon deployment and compressible, expandable and bendable in a deployed state; and a helical strut member wound about the axis of the stent, the helical strut member comprising axially aligned strut elements or helically aligned strut elements having a first end connected to said helical elements of said helical portion, said helical strut member and said helical portion being radially expandable upon deployment; wherein the strut elements of the helical strut member form a wave pattern.
A method for optimizing the operation of a petrol engine of a motor vehicle that makes it possible to obtain a sufficient vacuum in this engine, which vacuum is applied to an assistance of the brake system at low rotational speeds of the engine so that emergency braking can be obtained, characterized in that, once a critical vacuum threshold (S1, S2) has been detected in the assistance booster, the method applies an action to optimize the operation of the engine by influencing one or more adjustable factors (30, 32, 34, 36) that make it possible to generate a greater vacuum, for a time that is regulated by a time period calibrated according to a vacuum recovery duration.
A flexible thin stone product with an external stone layer having a median thickness in a range from 2 to 600 μm and an adjacent polymer layer, wherein the surface roughness Rz of the stone layer surface is in a range from 2 to 2000 μm when measured according to DIN EN ISO 4287, wherein the stone is slate in which the cleavage and the bedding form a definite angle, slate in which the cleavage and the bedding are orientated parallel, mica schist, quartzite, sandstone or marble.
A coaxial hose, in particular for electrostatic oiling systems, having: a flexible external tube; an internal tube, which is flexible, for the circulation of a second fluid inside thereof, forming, together with the external tube, an annular space for the circulation of a first fluid; said hose, characterised by the fact that the internal tube comprises: an internal layer made of PTFE intended to contain the second fluid; internal braiding intended to provide the internal tube with pressure resistance; an external layer made of polyamide material intended to prevent the passage of the first fluid through the braiding. a flexible external tube; an internal tube, which is flexible, for the circulation of a second fluid inside thereof, forming, together with the external tube, an annular space for the circulation of a first fluid; said hose, characterised by the fact that the internal tube comprises: an internal layer made of PTFE intended to contain the second fluid; internal braiding intended to provide the internal tube with pressure resistance; an external layer made of polyamide material intended to prevent the passage of the first fluid through the braiding. an internal layer made of PTFE intended to contain the second fluid; internal braiding intended to provide the internal tube with pressure resistance; an external layer made of polyamide material intended to prevent the passage of the first fluid through the braiding.
An apparatus for controlling flight of an unmanned aerial vehicle, UAV (100, 1000), said apparatus comprising: multiple image capture devices (120a, 120b, 120c, 120d) being arranged so that the multiple image capture devices (120a, 120b, 120c, 120d) have different fields of view (130a, 130b, 130c, 130d) relative to one another such that the different fields of view (130a, 130b, 130c, 130d) span a 360° panoramic view around the UAV (100, 1000), wherein the multiple image capture devices (120a, 120b, 120c, 120d) are configured to: collect a first set of images corresponding to the different fields of view (130a, 130b, 130c, 130d) of an environment around the UAV (100, 1000) while traversing a flight path (430, 930), and collect a second set of images corresponding to the different fields of view (130a, 130b, 130c, 130d) while traversing a return path, wherein the return path substantially follows the flight path in reverse; and one or more processors, individually or collectively configured to: extract a first set of feature points from the first set of images while traversing the flight path (430, 930), and generate a signal that causes the UAV (100, 1000) to traverse the return path by comparing the first set of feature points extracted while traversing the flight path (430, 930) with a second set of feature points extracted from the second set of images while traversing the return path. multiple image capture devices (120a, 120b, 120c, 120d) being arranged so that the multiple image capture devices (120a, 120b, 120c, 120d) have different fields of view (130a, 130b, 130c, 130d) relative to one another such that the different fields of view (130a, 130b, 130c, 130d) span a 360° panoramic view around the UAV (100, 1000), wherein the multiple image capture devices (120a, 120b, 120c, 120d) are configured to: collect a first set of images corresponding to the different fields of view (130a, 130b, 130c, 130d) of an environment around the UAV (100, 1000) while traversing a flight path (430, 930), and collect a second set of images corresponding to the different fields of view (130a, 130b, 130c, 130d) while traversing a return path, wherein the return path substantially follows the flight path in reverse; and one or more processors, individually or collectively configured to: extract a first set of feature points from the first set of images while traversing the flight path (430, 930), and generate a signal that causes the UAV (100, 1000) to traverse the return path by comparing the first set of feature points extracted while traversing the flight path (430, 930) with a second set of feature points extracted from the second set of images while traversing the return path.
A sample analyzer comprising: a measurement unit including a reagent storage capable of holding a plurality of kinds of reagents, the measurement unit configured to measure a sample by use of a plurality of kinds of reagents held in the reagent storage in combination; a memory in which a calibration curve is stored in association with a reagent set used in creation of the calibration curve; and comprising a controlling means, characterized by that the controlling means is adapted to perform operations, comprising; in a case where no calibration curve corresponding to a reagent set which has been used in measurement of the sample has been stored, stores, in the memory, information indicating that the reagent set which has been used in the measurement of the sample has been used in measurement, and when creating a calibration curve, automatically extracts the reagent set for which no calibration curve has been stored and for which the information has been stored. a measurement unit including a reagent storage capable of holding a plurality of kinds of reagents, the measurement unit configured to measure a sample by use of a plurality of kinds of reagents held in the reagent storage in combination; a memory in which a calibration curve is stored in association with a reagent set used in creation of the calibration curve; and comprising a controlling means, characterized by that the controlling means is adapted to perform operations, comprising; in a case where no calibration curve corresponding to a reagent set which has been used in measurement of the sample has been stored, stores, in the memory, information indicating that the reagent set which has been used in the measurement of the sample has been used in measurement, and when creating a calibration curve, automatically extracts the reagent set for which no calibration curve has been stored and for which the information has been stored. in a case where no calibration curve corresponding to a reagent set which has been used in measurement of the sample has been stored, stores, in the memory, information indicating that the reagent set which has been used in the measurement of the sample has been used in measurement, and when creating a calibration curve, automatically extracts the reagent set for which no calibration curve has been stored and for which the information has been stored.