mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a probe, configured for insertion into a body cavity of a patient and comprising a location sensor for measuring a position of a distal end of the probe inside the body cavity; and a processor configured: to capture, from an imaging system, a three-dimensional image of the body cavity, to construct, using the captured 3D image, a simulated surface of the body cavity, to map, while inserting the probe into the body cavity, multiple positions within respective regions of the body cavity, in response to multiple location measurements received from the location sensor, so as to generate respective mapped regions of the simulated surface, and characterized by the processor being further configured: to configure the simulated surface of the body cavity to indicate one or more unmapped regions of the simulated surface by subtracting the respective mapped regions from the simulated surface. a probe, configured for insertion into a body cavity of a patient and comprising a location sensor for measuring a position of a distal end of the probe inside the body cavity; and a processor configured: to capture, from an imaging system, a three-dimensional image of the body cavity, to construct, using the captured 3D image, a simulated surface of the body cavity, to map, while inserting the probe into the body cavity, multiple positions within respective regions of the body cavity, in response to multiple location measurements received from the location sensor, so as to generate respective mapped regions of the simulated surface, and characterized by the processor being further configured: to configure the simulated surface of the body cavity to indicate one or more unmapped regions of the simulated surface by subtracting the respective mapped regions from the simulated surface. to capture, from an imaging system, a three-dimensional image of the body cavity, to construct, using the captured 3D image, a simulated surface of the body cavity, to map, while inserting the probe into the body cavity, multiple positions within respective regions of the body cavity, in response to multiple location measurements received from the location sensor, so as to generate respective mapped regions of the simulated surface, and characterized by the processor being further configured: to configure the simulated surface of the body cavity to indicate one or more unmapped regions of the simulated surface by subtracting the respective mapped regions from the simulated surface.
An imaging apparatus for imaging a subject image from a lens on an imaging element through an optical filter (32, 33), the imaging apparatus comprising: the optical filter (32, 33); the imaging element; and a porous body having pores which three dimensionally communicate with each other and being disposed at a side opposite to the imaging element of the optical filter (31, 32), wherein the porous body is obtained by removing at least one phase of a phase separated glass which is phase separated into at least two phases. the optical filter (32, 33); the imaging element; and a porous body having pores which three dimensionally communicate with each other and being disposed at a side opposite to the imaging element of the optical filter (31, 32), wherein the porous body is obtained by removing at least one phase of a phase separated glass which is phase separated into at least two phases.
An in-vehicle sterilization system comprising: a sterilizer comprising one or more ultraviolet, UV, light-emitting diodes, LEDs; and one or more processors configured to: determine a time point at which the sterilizer is to be operated, and control operation of the sterilizer according to a result of the determination, wherein the sterilizer is characterized by a housing comprising a longitudinal channel provided on a front portion of the housing and having an open front portion and a UV mounting panel provided below a rear portion of the channel and having a space for accommodating the UV LEDs; a luminescent fiber disposed in the channel of the housing to project RGB light under control; the UV LEDs mounted on a lower portion of the UV mounting panel to generate UV radiation under control; and an upper garnish configured to cover an open portion of the channel such that the luminescent fiber disposed in the channel is not released outward. a sterilizer comprising one or more ultraviolet, UV, light-emitting diodes, LEDs; and one or more processors configured to: determine a time point at which the sterilizer is to be operated, and control operation of the sterilizer according to a result of the determination, determine a time point at which the sterilizer is to be operated, and control operation of the sterilizer according to a result of the determination, wherein the sterilizer is characterized by a housing comprising a longitudinal channel provided on a front portion of the housing and having an open front portion and a UV mounting panel provided below a rear portion of the channel and having a space for accommodating the UV LEDs; a luminescent fiber disposed in the channel of the housing to project RGB light under control; the UV LEDs mounted on a lower portion of the UV mounting panel to generate UV radiation under control; and an upper garnish configured to cover an open portion of the channel such that the luminescent fiber disposed in the channel is not released outward. a housing comprising a longitudinal channel provided on a front portion of the housing and having an open front portion and a UV mounting panel provided below a rear portion of the channel and having a space for accommodating the UV LEDs; a luminescent fiber disposed in the channel of the housing to project RGB light under control; the UV LEDs mounted on a lower portion of the UV mounting panel to generate UV radiation under control; and an upper garnish configured to cover an open portion of the channel such that the luminescent fiber disposed in the channel is not released outward.
A motor driving apparatus, comprising: an inverter that drives a motor; and a control unit configured to output a PWM signal for controlling operations of a switching element included in the inverter, wherein the control unit determines an inductance parameter used to calculate a speed command value for determining a duty ratio of the PWM signal, characterized in that the control unit is configured to correct a value of the determined inductance parameter, on the basis of whether the motor is being accelerated, wherein the inductance parameter is determined using a table prestored in the control unit, on the basis of measured values of electric currents of the inverter, and wherein, when the motor is being accelerated, the value of the determined inductance parameter is corrected on the basis of a change in speeds of the motor. an inverter that drives a motor; and a control unit configured to output a PWM signal for controlling operations of a switching element included in the inverter, wherein the control unit determines an inductance parameter used to calculate a speed command value for determining a duty ratio of the PWM signal, characterized in that the control unit is configured to correct a value of the determined inductance parameter, on the basis of whether the motor is being accelerated, wherein the inductance parameter is determined using a table prestored in the control unit, on the basis of measured values of electric currents of the inverter, and wherein, when the motor is being accelerated, the value of the determined inductance parameter is corrected on the basis of a change in speeds of the motor.
A circuit for preventing power off of a contactor, the circuit comprising: a battery management system which controls power supplied to a contactor, and includes a first battery management system positive electrode terminal and a second BMS positive electrode terminal connected to a positive electrode of a power supply and a first BMS negative electrode terminal and a second BMS negative electrode terminal connected to a ground or a negative electrode of the power supply; a contactor which makes a connection between a battery pack and a load be on/off and includes a first contactor positive terminal connected to the first BMS positive electrode terminal and a second contactor positive electrode terminal connected to the second BMS positive electrode terminal, and a first contactor negative electrode terminal connected to the first BMS negative electrode terminal and a second contactor negative electrode terminal connected to the second BMS negative electrode terminal, thereby making a plurality of connections between the battery management system and the contactor through a plurality of positive electrode terminals and the plurality of negative electrode terminals, characterised in that when any one connection among connections of the plurality of positive electrode terminals and the plurality of negative electrode terminals is disconnected, supplying power from the battery management system to the contactor is maintained through another connection. a battery management system which controls power supplied to a contactor, and includes a first battery management system positive electrode terminal and a second BMS positive electrode terminal connected to a positive electrode of a power supply and a first BMS negative electrode terminal and a second BMS negative electrode terminal connected to a ground or a negative electrode of the power supply; a contactor which makes a connection between a battery pack and a load be on/off and includes a first contactor positive terminal connected to the first BMS positive electrode terminal and a second contactor positive electrode terminal connected to the second BMS positive electrode terminal, and a first contactor negative electrode terminal connected to the first BMS negative electrode terminal and a second contactor negative electrode terminal connected to the second BMS negative electrode terminal, thereby making a plurality of connections between the battery management system and the contactor through a plurality of positive electrode terminals and the plurality of negative electrode terminals, characterised in that when any one connection among connections of the plurality of positive electrode terminals and the plurality of negative electrode terminals is disconnected, supplying power from the battery management system to the contactor is maintained through another connection.
Method for assembling an aircraft pylon, said aircraft pylon comprising: - a primary structure comprising upper and lower longerons (46, 48), transverse frames connecting the upper and lower longerons (46, 48), and a first and a second lateral panel (56, 58) arranged on either side of the transverse frames, - a secondary structure which encloses the primary structure, - at least one internal system that is at least partially positioned inside the primary structure, - and at least one external system that is positioned outside the primary structure, the assembly method comprising the following steps, in chronological order: - assembling the primary structure with the exception of at least one of the first and second lateral panels (56, 58) so as to obtain a primary structure having at least one lateral face left open, - installing the internal system inside the primary structure from the open lateral face of the primary structure, and - securing the first and/or second lateral panel (56, 58) in order to close each lateral face that was previously open. - a primary structure comprising upper and lower longerons (46, 48), transverse frames connecting the upper and lower longerons (46, 48), and a first and a second lateral panel (56, 58) arranged on either side of the transverse frames, - a secondary structure which encloses the primary structure, - at least one internal system that is at least partially positioned inside the primary structure, - and at least one external system that is positioned outside the primary structure, - assembling the primary structure with the exception of at least one of the first and second lateral panels (56, 58) so as to obtain a primary structure having at least one lateral face left open, - installing the internal system inside the primary structure from the open lateral face of the primary structure, and - securing the first and/or second lateral panel (56, 58) in order to close each lateral face that was previously open.
A compound of formula or a pharmaceutically acceptable salt thereof, wherein R 1 is H, R 2 is CF 3 and R 3 is 3-pyridylmethoxy, 3-chlorobenzyloxy or H; R 1 is Cl, R 2 is F and R 3 is 3-pyridylmethoxy; or R 1 is H, R 2 is H and R 3 is 3-pyridylmethoxy. R 1 is H, R 2 is CF 3 and R 3 is 3-pyridylmethoxy, 3-chlorobenzyloxy or H; R 1 is Cl, R 2 is F and R 3 is 3-pyridylmethoxy; or R 1 is H, R 2 is H and R 3 is 3-pyridylmethoxy.
Cooking system with at least one contact module (12a-e), which is provided for arrangement on at least one item of cookware (14a-e) and with at least one positioning detection unit (16a-e) which is provided to check a correct positioning of the contact module (12a-e) on the item of cookware (14a-e), characterised in that the positioning detection unit (16a-e) is provided to introduce at least one safety measure in the case that a variation in the position of the contact module (12a-e) from a target position is detected.
Sealing mask or sealing frame for a sealing station of a packaging machine, characterized in that the sealing frame and/or the sealing mask is a 3D-printed component.
An image display device for optically displaying an image, comprising: a light source;and an imaging-light generator configured to convert light emitted from the light source, into imaging light representative of the image to be displayed, to thereby generate the imaging light; a relay optical system configured to focus the imaging light emitted from the imaging-light generator, on an image plane which is located at an optically conjugate position to the imaging-light generator, the relay optical system defining a pupil through which the imaging light passes, within the relay optical system; a variable-focus lens disposed at a position generally coincident with the pupil, the variable-focus lens being variable in focal length; and a wavefront-curvature adjuster (52, 70) configured to vary the focal length of the variable-focus lens by operating the variable-focus lens, to thereby adjust a wavefront curvature of the imaging light emitted from the relay optical system; characterized in that: the relay optical system is configured to include a front-stage relay lens and a rear-stage relay lens; the pupil is located at a back focus point of the front-stage relay lens or at a front focus point of the rear-stage relay lens; and the variable-focus lens is disposed at a position generally coincident with the pupil. a light source;and an imaging-light generator configured to convert light emitted from the light source, into imaging light representative of the image to be displayed, to thereby generate the imaging light; a relay optical system configured to focus the imaging light emitted from the imaging-light generator, on an image plane which is located at an optically conjugate position to the imaging-light generator, the relay optical system defining a pupil through which the imaging light passes, within the relay optical system; a variable-focus lens disposed at a position generally coincident with the pupil, the variable-focus lens being variable in focal length; and a wavefront-curvature adjuster (52, 70) configured to vary the focal length of the variable-focus lens by operating the variable-focus lens, to thereby adjust a wavefront curvature of the imaging light emitted from the relay optical system; characterized in that: the relay optical system is configured to include a front-stage relay lens and a rear-stage relay lens; the pupil is located at a back focus point of the front-stage relay lens or at a front focus point of the rear-stage relay lens; and the variable-focus lens is disposed at a position generally coincident with the pupil. the relay optical system is configured to include a front-stage relay lens and a rear-stage relay lens; the pupil is located at a back focus point of the front-stage relay lens or at a front focus point of the rear-stage relay lens; and the variable-focus lens is disposed at a position generally coincident with the pupil.
A method for routing a service on a service overlay network, comprising: step A: receiving, by a current service routing entity, a service request, and selecting, by the current service routing entity, according to the routing code of a home service routing entity of a service, from its own service routing table, a second service routing entity whose routing code is the most adjacent to the routing code of the home service routing entity; if the second service routing entity is not the current service routing entity itself, forwarding, by the current service routing entity, the service request to the second service routing entity, wherein the service request carries the routing code of the home service routing entity; setting the second service routing entity as the current service routing entity, and performing step A until the second service routing entity selected by the current service routing entity is the current service routing entity itself; and if the second service routing entity is the current service routing entity itself, setting the current service routing entity as a first most adjacent service routing entity, obtaining, by the first most adjacent service routing entity, service registration information of the service from service registration entity corresponding to the first most adjacent service routing entity, and the first most adjacent service routing entity sends the service request to a service provider according to an endpoint address of the service provider in the service registration information. step A: receiving, by a current service routing entity, a service request, and selecting, by the current service routing entity, according to the routing code of a home service routing entity of a service, from its own service routing table, a second service routing entity whose routing code is the most adjacent to the routing code of the home service routing entity; if the second service routing entity is not the current service routing entity itself, forwarding, by the current service routing entity, the service request to the second service routing entity, wherein the service request carries the routing code of the home service routing entity; setting the second service routing entity as the current service routing entity, and performing step A until the second service routing entity selected by the current service routing entity is the current service routing entity itself; and if the second service routing entity is the current service routing entity itself, setting the current service routing entity as a first most adjacent service routing entity, obtaining, by the first most adjacent service routing entity, service registration information of the service from service registration entity corresponding to the first most adjacent service routing entity, and the first most adjacent service routing entity sends the service request to a service provider according to an endpoint address of the service provider in the service registration information.
A method for charging for services in a communication system comprising a charging entity and at least a first and a second connection support entity (21, 23) for providing resources to support a connection in the communication system, the method comprising: receiving at the charging entity a first charging message from the first connection support entity specifying a first stored tariff and including a charging identity identifying a connection supported by the at least first and second connection support entity (21, 23); receiving at the charging entity a second charging message from the second connection support entity specifying a second stored tariff and including the charging identity; and periodically estimating, at the charging entity, total charges for the connection on the basis of the first and second stored tariffs specified by the first and second charging messages if the first and said second charging messages have the same charging identity and terminating the connection if a pre-paid account balance is insufficient for the estimated total charges for that prepaid account. receiving at the charging entity a first charging message from the first connection support entity specifying a first stored tariff and including a charging identity identifying a connection supported by the at least first and second connection support entity (21, 23); receiving at the charging entity a second charging message from the second connection support entity specifying a second stored tariff and including the charging identity; and periodically estimating, at the charging entity, total charges for the connection on the basis of the first and second stored tariffs specified by the first and second charging messages if the first and said second charging messages have the same charging identity and terminating the connection if a pre-paid account balance is insufficient for the estimated total charges for that prepaid account.
A push-button switch for vehicle dashboards, the push-button switch comprising: - a substrate, on which an electric circuit is provided; - a cursor mobile along an actuation direction with a stroke between a rest position and a pressed position; - a pad made of an elastic polymeric material and applied to the substrate; - a pre-loading device configured to provide a pre-loading force to the cursor along the actuation direction toward the rest position; wherein the cursor has a base coupled to the pre-loading device and provided with an actuator member extending from the base toward the substrate, the actuator member being cylindrical in shape and having an actuator base and a lateral surface; the actuator member being configured to actuate the snap of the switch member when the cursor is in the pressed position; the actuator member being aligned to the switch member and misaligned with respect to the pre-loading device; characterised by a metallic switch member that is dome-shaped configured to reversibly collapse with a snap action and housed between the pad and the substrate (2; and wherein the push-button switch comprises moreover a first damping member (39, 42) arranged at least partially around the lateral surface of the actuator member. - a substrate, on which an electric circuit is provided; - a cursor mobile along an actuation direction with a stroke between a rest position and a pressed position; - a pad made of an elastic polymeric material and applied to the substrate; - a pre-loading device configured to provide a pre-loading force to the cursor along the actuation direction toward the rest position;
A logging tool for determining properties of a fluid surrounding the tool arranged downhole in a casing comprising a wall and having a longitudinal extension, the logging tool having a longitudinal, cylindrical shape with a longitudinal axis and, when seen in cross-section, a periphery, characterised in that the logging tool comprises: - a plurality of electrodes arranged spaced apart around the longitudinal axis in the periphery of the tool so that the fluid flows between the electrodes and the casing wall, and - a measuring means adapted to measure the capacitance of the fluid between two electrodes in all combinations giving n ∗ (n-1)/2 capacitance measurements for n electrodes, wherein the logging tool has a space between every two electrodes, which space is filled up with a non-conductive means. - a plurality of electrodes arranged spaced apart around the longitudinal axis in the periphery of the tool so that the fluid flows between the electrodes and the casing wall, and - a measuring means adapted to measure the capacitance of the fluid between two electrodes in all combinations giving n ∗ (n-1)/2 capacitance measurements for n electrodes, wherein the logging tool has a space between every two electrodes, which space is filled up with a non-conductive means.