mhurhangee/ep-ind-claims huggingface dataset:
A method for assembling an execution profile of an event, the method comprising: monitoring the event for a branch instruction; generating a callback to a security module upon execution of the branch instruction; filtering the callback according to filtering criteria that are dependent on a plurality of event identifiers and include whether the event involves a manipulation of return addresses already present in the call stack; and validating, by the security module in response to the filtering criteria being met, a code segment associated with the branch instruction, the code segment including code executed before the branch instruction and code executed after the branch instruction. monitoring the event for a branch instruction; generating a callback to a security module upon execution of the branch instruction; filtering the callback according to filtering criteria that are dependent on a plurality of event identifiers and include whether the event involves a manipulation of return addresses already present in the call stack; and validating, by the security module in response to the filtering criteria being met, a code segment associated with the branch instruction, the code segment including code executed before the branch instruction and code executed after the branch instruction.
A method of testing a cryogenic metal tank prior to being put into service, in which said tank is filled with water and appropriate measurements are performed where necessary, said reservoir being constituted essentially by special steel of the bare "9% nickel steel" type, the method being characterized in that the following steps are performed: • filling said metal cryogenic tank with sea water; and • providing temporary cathodic protection for the metal bottom and side walls (2, 3) of said tank by disposing an array of anodes within said tank and by injecting an electric current into the array of anodes once they become immersed, said array of anodes comprising a first anode array (5 1) in the immediate vicinity of the bottom wall of the tank, said anodes being sufficient in number and being capable of delivering current density that enables the electrochemical potential for protecting said steel in said bottom wall to be reached almost instantaneously as soon as said first anodes are put into action after being immersed in water. • filling said metal cryogenic tank with sea water; and • providing temporary cathodic protection for the metal bottom and side walls (2, 3) of said tank by disposing an array of anodes within said tank and by injecting an electric current into the array of anodes once they become immersed, said array of anodes comprising a first anode array (5 1) in the immediate vicinity of the bottom wall of the tank, said anodes being sufficient in number and being capable of delivering current density that enables the electrochemical potential for protecting said steel in said bottom wall to be reached almost instantaneously as soon as said first anodes are put into action after being immersed in water.
A stimulation apparatus for the clitoris, wherein the stimulation apparatus is designed as a portable hand-held device and comprises: - a pressure field generation device having a drive unit and having a hollow space, wherein a pressure field made of temporally alternating negative and positive pressures can be generated in the hollow space by means of the drive unit by a change in volume of the hollow space, wherein the hollow space has an opening for placing over the clitoris; - a control device, which is configured to control the drive unit; - a sensor device, which is configured to detect a proximity of the stimulation apparatus to the clitoris and to emit an activation signal to the control device if a proximity is detected; wherein - the control device is configured to activate the drive unit when an activation signal is present; and - the pressure field generation device, the control device, and the sensor device are arranged in a housing of the stimulation apparatus. - a pressure field generation device having a drive unit and having a hollow space, wherein a pressure field made of temporally alternating negative and positive pressures can be generated in the hollow space by means of the drive unit by a change in volume of the hollow space, wherein the hollow space has an opening for placing over the clitoris; - a control device, which is configured to control the drive unit; - a sensor device, which is configured to detect a proximity of the stimulation apparatus to the clitoris and to emit an activation signal to the control device if a proximity is detected; - the control device is configured to activate the drive unit when an activation signal is present; and - the pressure field generation device, the control device, and the sensor device are arranged in a housing of the stimulation apparatus.
An inkjet recording method comprising: an image forming step of forming an image by imparting an actinic ray curable ink composition containing a pigment, a polyfunctional polymerizable compound in which a content ratio to a total polymerization component is 80% by mass or more and a sensitizer in which a molecular weight is 1,000 or more onto a recording substrate which is an aggregate of a nonabsorbable or a low absorbable fiber material from an inkjet head under the conditions in which an amount of ink droplets is from 25 pl to 200 pl and a distance between the recording substrate and the inkjet head is from 5 mm to 20mm; and a curing step of curing the image by irradiating the formed image with an actinic ray under the conditions in which an oxygen partial pressure is 1.5×10 -2 MPa or less. an image forming step of forming an image by imparting an actinic ray curable ink composition containing a pigment, a polyfunctional polymerizable compound in which a content ratio to a total polymerization component is 80% by mass or more and a sensitizer in which a molecular weight is 1,000 or more onto a recording substrate which is an aggregate of a nonabsorbable or a low absorbable fiber material from an inkjet head under the conditions in which an amount of ink droplets is from 25 pl to 200 pl and a distance between the recording substrate and the inkjet head is from 5 mm to 20mm; and a curing step of curing the image by irradiating the formed image with an actinic ray under the conditions in which an oxygen partial pressure is 1.5×10 -2 MPa or less.
An ambisonic encoder for a sound wave having a plurality of reflections, comprising: - a logic for frequency transformation of the sound wave; - a logic for calculating spherical harmonics of the sound wave and of the plurality of reflections on the basis of a position of a source of the sound wave and of positions of obstacles to propagation of the sound wave; - a plurality of filtering logics in the frequency domain receiving, as input, spherical harmonics of the plurality of reflections, each filtering logic consisting of an attenuation and a delay of a reflection, and being parameterized by an acoustic coefficient and a delay of said reflection; - a logic of adding spherical harmonics of the sound wave and outputs from the filtering logics into a set of spherical harmonics representative of both the sound wave and the plurality of reflections in the frequency domain; - a multiplication logic of said set of spherical harmonics representative of both the sound wave and the plurality of reflections in the frequency domain by sound intensity values of the wave at the output of the frequency transformation to obtain a set of ambisonic coefficients ( B 00, B 1-1, B 10, B 11,..., B MM) representative of both the sound wave and the plurality of reflections. - a logic for frequency transformation of the sound wave; - a logic for calculating spherical harmonics of the sound wave and of the plurality of reflections on the basis of a position of a source of the sound wave and of positions of obstacles to propagation of the sound wave; - a plurality of filtering logics in the frequency domain receiving, as input, spherical harmonics of the plurality of reflections, each filtering logic consisting of an attenuation and a delay of a reflection, and being parameterized by an acoustic coefficient and a delay of said reflection; - a logic of adding spherical harmonics of the sound wave and outputs from the filtering logics into a set of spherical harmonics representative of both the sound wave and the plurality of reflections in the frequency domain; - a multiplication logic of said set of spherical harmonics representative of both the sound wave and the plurality of reflections in the frequency domain by sound intensity values of the wave at the output of the frequency transformation to obtain a set of ambisonic coefficients ( B 00, B 1-1, B 10, B 11,..., B MM) representative of both the sound wave and the plurality of reflections.
An absorbent article having a longitudinal direction and a transverse direction, side edges (8,9) extending in the longitudinal direction and end edges (11,12) extending in the transverse direction and comprising a fluid permeable topsheet, a fluid impermeable backsheet and an absorbent core enclosed between said topsheet and said backsheet, said absorbent core comprising a first absorbent layer having an opening extending therethrough, characterized in that a fluid flow control structure is arranged between said first absorbent layer and said backsheet, said fluid flow control structure being a layered structure comprising a non-perforated fibrous polymeric layer and a first perforated polymeric layer wherein the polymers In the first perforated polymeric layer are selected from polyolefins, polyesters, polyamides and blends and combinations thereof, said first perforated polymeric layer having a basis weight of from 50 g/m 2 to150 g/m 2,
A method for evaluating a link between a first network node and a second network node, wherein the link is configured to carry data packets between the first and second network nodes (110, 120) via at least one third network node, wherein the link comprises at least a first segment configured to carry data packets between the first and third network nodes (110, 130) and a second segment configured to carry data packets between the second and third network nodes (120, 130), the method being characterized by: obtaining an indication of a measurement tool to be used in a measurement session for evaluation of the link; selecting a mathematical model based on the indication of the measurement tool; generating a set of measurement values by executing the measurement session while using the measurement tool according to the indication of the measurement tool; determining a first and a second value relating to lost data packets of the first and second segments, respectively, based on the set of measurement values and the selected mathematical model; and identifying at least one of the first and second segments based the first and second values. obtaining an indication of a measurement tool to be used in a measurement session for evaluation of the link; selecting a mathematical model based on the indication of the measurement tool; generating a set of measurement values by executing the measurement session while using the measurement tool according to the indication of the measurement tool; determining a first and a second value relating to lost data packets of the first and second segments, respectively, based on the set of measurement values and the selected mathematical model; and identifying at least one of the first and second segments based the first and second values.
A diversion apparatus comprising a diversion element, wherein said diversion element comprises: a frame; a follower link pivotally mounted to said frame, for diverting a product, the follower link having a camming surface; a cam; a coupler engaged with said follower link by the cam, wherein the camming surface provides mobile location for the transfer of force from the cam to the follower link; and an extensible and retractable input link which, in use, provides movement to the coupler and is pivotally engaged with the coupler at a first connection; wherein said input link is pivotably mounted to the frame; and wherein said coupler is pivotally mounted to said frame between said cam and said first connection. a frame; a follower link pivotally mounted to said frame, for diverting a product, the follower link having a camming surface; a cam; a coupler engaged with said follower link by the cam, wherein the camming surface provides mobile location for the transfer of force from the cam to the follower link; and an extensible and retractable input link which, in use, provides movement to the coupler and is pivotally engaged with the coupler at a first connection; wherein said input link is pivotably mounted to the frame; and wherein said coupler is pivotally mounted to said frame between said cam and said first connection.
Porous granules of hollow polysulphone fibres or derivatives thereof having a mean length ranging from 0.1 to 5 mm in which said granules are provided with an outer surface provided with pores having mean diameter ranging from 5 μm to 15 μm and an inner surface provided with pores having mean diameter ranging from 5 nm to 80 nm.
A rotation activated orientation system for a ground drill comprising: a magnetically operated orientator having a free state where the orientator provides a substantially instantaneous indication of a position of a reference bearing or location in or of a hole being drilled by the ground drill, and a locked state where the orientator maintains the indication; and a magnetic actuator operatively associated with the magnetically operated orientator wherein when the rotational speed of the ground drill is greater than a threshold speed the magnetic actuator supplies a magnetic field effective to place the orientator in the free state, and when the rotational speed of the drill is less than the threshold speed the magnetic actuator does not supply a magnetic field effective to operate the orientator so that the orientator reverts to or remains in the locked state; characterised in that the magnetic actuator comprises an electric generator and an electro-magnet which are together configured to produce a magnetic field, wherein when the rotational speed of the ground drill is greater than the threshold speed, the electric generator generates a current sufficient for the electromagnet to produce a magnetic field effective to place the orientator in the free state, and when the rotational speed of the ground drill is less than the threshold speed, the electric generator does not generate a current sufficient for the electromagnet to produce a magnetic field effective to operate the orientator so that the orientator reverts to or remains in the locked state. a magnetically operated orientator having a free state where the orientator provides a substantially instantaneous indication of a position of a reference bearing or location in or of a hole being drilled by the ground drill, and a locked state where the orientator maintains the indication; and a magnetic actuator operatively associated with the magnetically operated orientator wherein when the rotational speed of the ground drill is greater than a threshold speed the magnetic actuator supplies a magnetic field effective to place the orientator in the free state, and when the rotational speed of the drill is less than the threshold speed the magnetic actuator does not supply a magnetic field effective to operate the orientator so that the orientator reverts to or remains in the locked state; characterised in that the magnetic actuator comprises an electric generator and an electro-magnet which are together configured to produce a magnetic field, wherein when the rotational speed of the ground drill is greater than the threshold speed, the electric generator generates a current sufficient for the electromagnet to produce a magnetic field effective to place the orientator in the free state, and when the rotational speed of the ground drill is less than the threshold speed, the electric generator does not generate a current sufficient for the electromagnet to produce a magnetic field effective to operate the orientator so that the orientator reverts to or remains in the locked state.
A method, performed in a Network Functions Virtualisation Management and Orchestration system, NFV-MANO, for managing resources in a Network Function Virtualisation Infrastructure, NFVI, to provide network services, the NFV-MANO having elements (NFVO, VNFM) for orchestrating and managing virtual resources to provide a network service and having an allocation element for managing an allocation of physical resources for the virtual resources, the method having steps, performed by a Network Functions Virtualisation Orchestrator (NFVO), of: obtaining information about which of the virtual resources could be affected by a planned adjustment of the allocation, determining performance degradation of a network service caused by the planned adjustment, based on the information about which of the virtual resources could be affected, and sending to the allocation element, an indication based on the determined performance degradation of the network service, wherein the indication comprises a request to proceed with the planned allocation adjustment after a requested delay. obtaining information about which of the virtual resources could be affected by a planned adjustment of the allocation, determining performance degradation of a network service caused by the planned adjustment, based on the information about which of the virtual resources could be affected, and sending to the allocation element, an indication based on the determined performance degradation of the network service, wherein the indication comprises a request to proceed with the planned allocation adjustment after a requested delay.
A one-way clutch structure to be disposed in use between an output shaft contained in a speed-up gear which increases a rotation speed of a main shaft rotated by an external force and supported by a rolling bearing, and a drive shaft of a power generator, said one-way clutch structure comprising: a first clutch portion which rotates in use integrally with the output shaft and a second clutch portion which rotates in use integrally with the drive shaft, the first and second clutch portions being disposed in use between the output shaft and the drive shaft so as to oppose each other in an axial direction; and an engagement element interposed between the pair of clutch portions (23, 24), wherein when the main shaft rotates in a normal direction and a rotation speed of the output shaft exceeds a rotation speed of the drive shaft, the engagement element engages with the pair of clutch portions to connect the output shaft and the drive shaft so as to be integrally rotatable, and when the rotation speed of the output shaft becomes lower than the rotation speed of the drive shaft, the engagement of the engagement element is released to cut off connection between the output shaft and the drive shaft, characterized by comprising an adjustment member (52, 62) which adjusts at least one of an axial distance between the output shaft and the first clutch portion and an axial distance between the drive shaft and the second clutch portion. a first clutch portion which rotates in use integrally with the output shaft and a second clutch portion which rotates in use integrally with the drive shaft, the first and second clutch portions being disposed in use between the output shaft and the drive shaft so as to oppose each other in an axial direction; and an engagement element interposed between the pair of clutch portions (23, 24), wherein when the main shaft rotates in a normal direction and a rotation speed of the output shaft exceeds a rotation speed of the drive shaft, the engagement element engages with the pair of clutch portions to connect the output shaft and the drive shaft so as to be integrally rotatable, and when the rotation speed of the output shaft becomes lower than the rotation speed of the drive shaft, the engagement of the engagement element is released to cut off connection between the output shaft and the drive shaft, characterized by comprising an adjustment member (52, 62) which adjusts at least one of an axial distance between the output shaft and the first clutch portion and an axial distance between the drive shaft and the second clutch portion.
A mounting/demounting tool unit for mounting a tyre to or demounting a tyre from a rim of a vehicle wheel and for being adapted to be attached to a tyre mounting/demounting machine, including: a tool carrier arm having a center line and a first as well as a second end (10a, 10b), a pivot axis extending through the second end of the tool carrier arm, and vertically to the center line of the tool carrier arm, characterized in that the mounting/demounting tool unit further includes a mounting/demounting tool having a tool body, a first as well as a second end (42a, 42b) and a hook arranged in the region of the second end, and being pivotally mounted to the tool carrier arm in the region of its first end, with the tool body being rotatably attached to the pivot axis, wherein means for reversibly urging the mounting/demounting tool in a resting/operating position and for positioning the mounting/demounting tool in said resting/operating position are provided, including at least one tensioning element with a first and a second end (72a, 72b) wherein the first end is attached to the tool carrier arm and the second end is attached to the mounting/demounting tool. a tool carrier arm having a center line and a first as well as a second end (10a, 10b), a pivot axis extending through the second end of the tool carrier arm, and vertically to the center line of the tool carrier arm, characterized in that the mounting/demounting tool unit further includes a mounting/demounting tool having a tool body, a first as well as a second end (42a, 42b) and a hook arranged in the region of the second end, and being pivotally mounted to the tool carrier arm in the region of its first end, with the tool body being rotatably attached to the pivot axis, wherein means for reversibly urging the mounting/demounting tool in a resting/operating position and for positioning the mounting/demounting tool in said resting/operating position are provided, including at least one tensioning element with a first and a second end (72a, 72b) wherein the first end is attached to the tool carrier arm and the second end is attached to the mounting/demounting tool.