mhurhangee/ep-ind-claims huggingface dataset:
A method for customizing a haptic boundary based on a patient-specific anatomy, comprising: obtaining a standard haptic boundary based on a geometry of a virtual implant model to be implanted on the anatomy, wherein the standard haptic boundary is defined by a plurality of vertices and edges arranged to accommodate a geometry of a cutting tool; identifying a reference feature associated with the virtual implant model; determining an intersection between the identified reference feature and a virtual model associated with an anatomy of the patient; identifying an anatomic perimeter at the intersection between the identified reference feature and the virtual model of the anatomy; determining an anatomic feature on the virtual model of the anatomy from the intersection of the reference feature and the virtual model of the anatomy; and modifying the standard haptic boundary based on at least one anatomic feature to generate a customized haptic boundary by moving one or more of the plurality of vertices subject to controls that ensure that the customized haptic boundary maintains a shape that can accommodate the cutting tool, wherein the controls designate, for each vertex of the plurality of vertices, that the vertex can stretch only in certain directions, remains fixed, or cannot stretch more than a specified amount. obtaining a standard haptic boundary based on a geometry of a virtual implant model to be implanted on the anatomy, wherein the standard haptic boundary is defined by a plurality of vertices and edges arranged to accommodate a geometry of a cutting tool; identifying a reference feature associated with the virtual implant model; determining an intersection between the identified reference feature and a virtual model associated with an anatomy of the patient; identifying an anatomic perimeter at the intersection between the identified reference feature and the virtual model of the anatomy; determining an anatomic feature on the virtual model of the anatomy from the intersection of the reference feature and the virtual model of the anatomy; and modifying the standard haptic boundary based on at least one anatomic feature to generate a customized haptic boundary by moving one or more of the plurality of vertices subject to controls that ensure that the customized haptic boundary maintains a shape that can accommodate the cutting tool, wherein the controls designate, for each vertex of the plurality of vertices, that the vertex can stretch only in certain directions, remains fixed, or cannot stretch more than a specified amount.
An apparatus comprising: an aircraft flap movable between a stowed position and a deployed position, the flap including a top panel, a notch formed in the top panel and extending into a side of the top panel near a trailing edge of the flap; a seal coupled to the flap, the seal movable to cover the notch when the flap is in the deployed position; and an actuator assembly, the actuator assembly configured to move the flap between the stowed position and the deployed position, wherein, when the flap is in the stowed position, the actuator assembly is arranged to extend through the notch in the top panel, and, when the flap is in the deployed position, the actuator assembly is arranged to extend outwardly from a bottom panel of the flap. an aircraft flap movable between a stowed position and a deployed position, the flap including a top panel, a notch formed in the top panel and extending into a side of the top panel near a trailing edge of the flap; a seal coupled to the flap, the seal movable to cover the notch when the flap is in the deployed position; and an actuator assembly, the actuator assembly configured to move the flap between the stowed position and the deployed position, wherein, when the flap is in the stowed position, the actuator assembly is arranged to extend through the notch in the top panel, and, when the flap is in the deployed position, the actuator assembly is arranged to extend outwardly from a bottom panel of the flap.
Method for masking messages in a list of messages displayed on a touch screen terminal, characterized in that it comprises, after an action by a user, the following steps: - Displaying a first masking symbol associated with a first message at a first location, and a second masking symbol associated with a second message at a second location, the first message and the second message being located on either side of a third message, - Simultaneously detecting a first contact with the screen on the masking symbol associated with the first message and a second contact with the screen on the masking symbol associated with the second message, - Continuously moving the masking symbol associated with each message on the list except the third message, in correlation with the movement of the contacts detected on the screen, and masking, for all the displayed messages except the third message, the portion located between the initial position of the masking symbol associated with each message and its current position, and - Masking, for each message on the list except the third message, the whole of the message when the masking symbol is at a second location and contact is no longer detected. - Displaying a first masking symbol associated with a first message at a first location, and a second masking symbol associated with a second message at a second location, the first message and the second message being located on either side of a third message, - Simultaneously detecting a first contact with the screen on the masking symbol associated with the first message and a second contact with the screen on the masking symbol associated with the second message, - Continuously moving the masking symbol associated with each message on the list except the third message, in correlation with the movement of the contacts detected on the screen, and masking, for all the displayed messages except the third message, the portion located between the initial position of the masking symbol associated with each message and its current position, and - Masking, for each message on the list except the third message, the whole of the message when the masking symbol is at a second location and contact is no longer detected.
A solid pharmaceutical composition suitable for vaginal administration, wherein the pharmaceutical composition comprises a. 5 to 30 wt% Glucono-δ-lactone; and b. 10 to 40 wt% Hypromellose (HPMC). a. 5 to 30 wt% Glucono-δ-lactone; and b. 10 to 40 wt% Hypromellose (HPMC).
Electromechanical power steering system for a motor vehicle, comprising • a steering shaft, which is pivot-mounted around a steering shaft axis of rotation and can assume various rotational positions, • an electric motor with a rotor, the rotation of which is coupled into the power steering system and a rotor position sensor for measuring a rotor angle Yt of the rotor, • a steering angle sensor unit for the measurement of the absolute angle of rotation Xt1 of the rotational position of the steering shaft in comparison to a predefined output rotational position, characterized in that the power steering system furthermore comprises: • an evaluation unit for combining the rotor angle Yt with the absolute angle of rotation Xt1 to determine a highly accurate absolute angle of rotation Xt of the rotational position of the steering shaft, • wherein the evaluation unit comprises means to store at least two measurement tuples, wherein each measurement tuple comprises an angle value of a rotor angle Yk and an angle value of a related absolute angle of rotation Xk of the rotational position of the steering shaft, • wherein the evaluation unit comprises an adder to calculate the highly accurate absolute angle of rotation Xt of the rotational position of the steering shaft, which can determine the highly accurate absolute angle of rotation Xt of the rotational position of the steering shaft based on a stored measurement tuple (Xk, Yk) by means of adding or subtracting the measured rotor angle Yt. • a steering shaft, which is pivot-mounted around a steering shaft axis of rotation and can assume various rotational positions, • an electric motor with a rotor, the rotation of which is coupled into the power steering system and a rotor position sensor for measuring a rotor angle Yt of the rotor, • a steering angle sensor unit for the measurement of the absolute angle of rotation Xt1 of the rotational position of the steering shaft in comparison to a predefined output rotational position, • an evaluation unit for combining the rotor angle Yt with the absolute angle of rotation Xt1 to determine a highly accurate absolute angle of rotation Xt of the rotational position of the steering shaft, • wherein the evaluation unit comprises means to store at least two measurement tuples, wherein each measurement tuple comprises an angle value of a rotor angle Yk and an angle value of a related absolute angle of rotation Xk of the rotational position of the steering shaft, • wherein the evaluation unit comprises an adder to calculate the highly accurate absolute angle of rotation Xt of the rotational position of the steering shaft, which can determine the highly accurate absolute angle of rotation Xt of the rotational position of the steering shaft based on a stored measurement tuple (Xk, Yk) by means of adding or subtracting the measured rotor angle Yt.
A fisheye camera having infrared lamps, comprising: a camera body, a fisheye lens and a plurality of infrared lamps; wherein, the fisheye lens is disposed at a front end of the camera body, and the plurality of infrared lamps are spaced from each other at equal angle and are disposed at outside of the fisheye lens; and each of the plurality of infrared lamps comprises an infrared light emitting diode and a transparent housing for enclosing the infrared light emitting diode, characterized in that: - the transparent housing is at a certain distance from the infrared light emitting diode and provides a condensing lens at one side; - the front end of the camera body is provided with a cone, the fisheye lens is disposed at a top end of the cone, and the plurality of infrared lamps are spaced from each other at equal angle and are disposed on a conical surface of the cone; - there is an angle (α) between a central line of the fisheye lens and a central line of each of the plurality of infrared lamps; and - said angle is adjustable. - the transparent housing is at a certain distance from the infrared light emitting diode and provides a condensing lens at one side; - the front end of the camera body is provided with a cone, the fisheye lens is disposed at a top end of the cone, and the plurality of infrared lamps are spaced from each other at equal angle and are disposed on a conical surface of the cone; - there is an angle (α) between a central line of the fisheye lens and a central line of each of the plurality of infrared lamps; and - said angle is adjustable.
Adapter for connecting a transmission cable (23a, 23b, 23c) to a field device, with - a sleeve that can be inserted in an opening in a housing wall of a housing of the field device, wherein - when inserted - said sleeve has an interior area that is open in the direction of an interior area of the housing and sealed towards the outside by a front wall of the sleeve, and wherein said sleeve has a potting that fills a cavity remaining in the sleeve; characterized in that the adapter has - and insert inserted into the sleeve, said insert comprising a basic element arranged in the sleeve as well as an extension projecting out of the sleeve through an opening in the front wall of the sleeve, and wherein said basic element has a base area that is greater than a base area of the opening in the front wall of the sleeve, - a connection element (19a, 19b, 19c) provided on an end of the extension projecting out of the sleeve, wherein the transmission cable (23a, 23b, 23c) can be connected to said connection element, - at least one conductor (27a, 27b, 55) connected to a connection (25a, 25b, 25c) of the connection element (19a, 19b, 19c) through a bore in the extension, wherein said conductor extends through a recess in the basic element that is open in the direction of the interior area of the housing and is adjacent to the bore in the extension. - a sleeve that can be inserted in an opening in a housing wall of a housing of the field device, wherein - when inserted - said sleeve has an interior area that is open in the direction of an interior area of the housing and sealed towards the outside by a front wall of the sleeve, and wherein said sleeve has a potting that fills a cavity remaining in the sleeve; - and insert inserted into the sleeve, said insert comprising a basic element arranged in the sleeve as well as an extension projecting out of the sleeve through an opening in the front wall of the sleeve, and wherein said basic element has a base area that is greater than a base area of the opening in the front wall of the sleeve, - a connection element (19a, 19b, 19c) provided on an end of the extension projecting out of the sleeve, wherein the transmission cable (23a, 23b, 23c) can be connected to said connection element, - at least one conductor (27a, 27b, 55) connected to a connection (25a, 25b, 25c) of the connection element (19a, 19b, 19c) through a bore in the extension, wherein said conductor extends through a recess in the basic element that is open in the direction of the interior area of the housing and is adjacent to the bore in the extension.
An apparatus comprising: a monitoring data store to store monitoring data indicative of a plurality of regions of a memory address space to be monitored for changes, wherein the monitoring data store is capable of storing monitoring data indicative of at least two non-contiguous regions of the memory address space; processing circuitry responsive to an update monitor instruction to update the monitoring data stored by the monitoring data store; and monitoring circuitry to monitor accesses to a memory system and to provide a notification to the processing circuitry in response to detecting that data associated with at least one region of said plurality of regions indicated by the monitoring data has changed, wherein in response to a report monitoring result instruction, the processing circuitry is configured to request the monitoring circuitry to return an indication identifying at least one corresponding address of said at least one region for which said data has changed. a monitoring data store to store monitoring data indicative of a plurality of regions of a memory address space to be monitored for changes, wherein the monitoring data store is capable of storing monitoring data indicative of at least two non-contiguous regions of the memory address space; processing circuitry responsive to an update monitor instruction to update the monitoring data stored by the monitoring data store; and monitoring circuitry to monitor accesses to a memory system and to provide a notification to the processing circuitry in response to detecting that data associated with at least one region of said plurality of regions indicated by the monitoring data has changed, wherein in response to a report monitoring result instruction, the processing circuitry is configured to request the monitoring circuitry to return an indication identifying at least one corresponding address of said at least one region for which said data has changed.
A cartridge, containing one or more beverage ingredients, and comprising: a cup-shaped body having a base, a peripheral side wall and an open top; a lid attached to the cup-shaped body to close the open top to define a container volume, the lid being pierceable to accommodate an inflow of an aqueous medium into the container volume; a filter located within the container volume to divide the container volume into an ingredient chamber volume containing the one or more beverage ingredients and a filtrate volume; the base being pierceable to accommodate an outflow from the filtrate volume of a beverage formed from the aqueous medium and the one or more beverage ingredients; the peripheral side wall comprising a plurality of flutes that define a plurality of filtrate channels configured to direct beverage flow downwards towards the base of the cup-shaped body; wherein the cup-shaped body is configured to be laterally expandable in use when aqueous medium at a temperature of at least 85°C and a pressure of at least 20 KPa is introduced into the container volume; wherein the cup-shaped body is configured to be laterally expandable by distortion of the flutes of the peripheral side wall; and the peripheral side wall has a generally frustoconical shape prior to use and, after lateral expansion during use, has a generally barrel shape; characterised in that the peripheral side wall has a thickness of 0.15 to 0.35mm and/or the base has a thickness of 0.35 to 0.55mm. a cup-shaped body having a base, a peripheral side wall and an open top; a lid attached to the cup-shaped body to close the open top to define a container volume, the lid being pierceable to accommodate an inflow of an aqueous medium into the container volume; a filter located within the container volume to divide the container volume into an ingredient chamber volume containing the one or more beverage ingredients and a filtrate volume; the base being pierceable to accommodate an outflow from the filtrate volume of a beverage formed from the aqueous medium and the one or more beverage ingredients; the peripheral side wall comprising a plurality of flutes that define a plurality of filtrate channels configured to direct beverage flow downwards towards the base of the cup-shaped body; wherein the cup-shaped body is configured to be laterally expandable in use when aqueous medium at a temperature of at least 85°C and a pressure of at least 20 KPa is introduced into the container volume; wherein the cup-shaped body is configured to be laterally expandable by distortion of the flutes of the peripheral side wall; and the peripheral side wall has a generally frustoconical shape prior to use and, after lateral expansion during use, has a generally barrel shape;
Measurement system for determining a polarization parameter of an optical system, comprising: - an illumination system for providing optical radiation, - a measurement mask, which is arranged between the illumination system and the optical system and comprises measurement structures arranged at a plurality of field points of the measurement mask, - a polarization variation device, which is arranged in a beam path of the optical radiation and is configured to vary a polarization state of the optical radiation in a field-point-dependent manner, such that at the same point in time one of the field points is irradiated with the optical radiation in a first polarization state and another of the field points is irradiated with the optical radiation in a second polarization state, and - a detection module, which is configured to detect the optical radiation after interaction with the optical system, characterized in that the measurement structures are arranged in a plurality of measurement fields and the polarization variation device is configured to vary the polarization state of the optical radiation within each of the measurement fields with the same variation pattern in a field-point-dependent manner. - an illumination system for providing optical radiation, - a measurement mask, which is arranged between the illumination system and the optical system and comprises measurement structures arranged at a plurality of field points of the measurement mask, - a polarization variation device, which is arranged in a beam path of the optical radiation and is configured to vary a polarization state of the optical radiation in a field-point-dependent manner, such that at the same point in time one of the field points is irradiated with the optical radiation in a first polarization state and another of the field points is irradiated with the optical radiation in a second polarization state, and - a detection module, which is configured to detect the optical radiation after interaction with the optical system, characterized in that the measurement structures are arranged in a plurality of measurement fields and the polarization variation device is configured to vary the polarization state of the optical radiation within each of the measurement fields with the same variation pattern in a field-point-dependent manner.
A pipe end machining device capable of machining an end of a pipe, comprising: - an outer housing; - a spindle mounted within the outer housing and carrying tool supports and cutting tools, the spindle being rotatable relative to the outer housing, characterized by - a hub assembly mounted within the spindle, the hub assembly including - a mounting assembly including an upper plate, a lower plate, and three shafts extending between the upper and lower plates (56, 52), the lower plate capable of being attached to the pipe; - a stem extending from the upper plate and connected to the spindle by an interengagement of the stem and spindle, the interengagement configured to allow the spindle to move linearly relative to the stem, but preventing rotational movement of the spindle relative to the stem, and - a hub mounted on the three shafts and between the upper and lower plates (56, 52), the hub being moveable relative to the three shafts, the hub being connected to the spindle by an interengagement between the hub and the spindle, the interengagement configured to allow the spindle to rotate relative to the hub and move linearly with the hub. - an outer housing; - a spindle mounted within the outer housing and carrying tool supports and cutting tools, the spindle being rotatable relative to the outer housing, - a hub assembly mounted within the spindle, the hub assembly including - a mounting assembly including an upper plate, a lower plate, and three shafts extending between the upper and lower plates (56, 52), the lower plate capable of being attached to the pipe; - a stem extending from the upper plate and connected to the spindle by an interengagement of the stem and spindle, the interengagement configured to allow the spindle to move linearly relative to the stem, but preventing rotational movement of the spindle relative to the stem, and - a hub mounted on the three shafts and between the upper and lower plates (56, 52), the hub being moveable relative to the three shafts, the hub being connected to the spindle by an interengagement between the hub and the spindle, the interengagement configured to allow the spindle to rotate relative to the hub and move linearly with the hub.