mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: precomputing a separate three-dimensional, i.e. 3D, integration filter mask for each of x, y, and z dimensions, wherein the three-dimensional integration filter mask are pre-computed with a given operator length; receiving a portion of a 3D post-stack seismic data set of a seismic survey for processing; loading the received portion of 3D post-stack seismic data set into a generated 3D-sub-cube; applying the separate 3D integration filter masks to the loaded 3D-sub-cube to generate filtered 3D-sub-cube data; and calculating the square mean of the filtered 3D-sub-cube data to generate smoothed 3D-sub-cube data. precomputing a separate three-dimensional, i.e. 3D, integration filter mask for each of x, y, and z dimensions, wherein the three-dimensional integration filter mask are pre-computed with a given operator length; receiving a portion of a 3D post-stack seismic data set of a seismic survey for processing; loading the received portion of 3D post-stack seismic data set into a generated 3D-sub-cube; applying the separate 3D integration filter masks to the loaded 3D-sub-cube to generate filtered 3D-sub-cube data; and calculating the square mean of the filtered 3D-sub-cube data to generate smoothed 3D-sub-cube data.
Lamp, with • at least one light-emitting element unit (2, 2a, 2b) comprising a carrier (3, 3a, 3b), at least one light emitting element arranged on the carrier (3, 3a, 3b) and surrounded by an encapsulation material (4, 4a, 4b); a contact surface formed on the carrier (3, 3a, 3b) and at least one contact element (6, 6a, 6b) formed on the contact surface on the carrier (3, 3a, 3b) wherein the at least one light emitting element surrounded by the encapsulation material (4, 4a, 4b) is electrically connected with the contact element (6, 6a, 6b) via the contact area, and • at least one counter-contact element (8, 8a, 8b, 8c), wherein the counter-contact element (8, 8a, 8b, 8c) is electrically contactable with the contact element (6, 6a, 6b) via a plug connection; • wherein the contact element (6, 6a, 6b) is a socket member formed as a socket strip and the counter-contact element (8, 8a, 8b, 8c) is a connector member formed as a connector strip comprising a plurality of contact pin elements or the contact element (6, 6a, 6b) is a connector member formed as a connector strip comprising a plurality of contact pin elements and the counter-contact element (8, 8a, 8b, 8c) is a socket member formed as a socket strip characterized in that a contact element (6, 6a, 6b) of a first light-emitting element unit (2, 2a, 2b) is connected in one piece with a counter-contact element (8, 8a, 8b, 8c) that is electrically contactable with a contact element (6, 6a, 6b) of a second light-emitting element unit (2, 2a, 2b) via a connecting region. • at least one light-emitting element unit (2, 2a, 2b) comprising a carrier (3, 3a, 3b), at least one light emitting element arranged on the carrier (3, 3a, 3b) and surrounded by an encapsulation material (4, 4a, 4b); a contact surface formed on the carrier (3, 3a, 3b) and at least one contact element (6, 6a, 6b) formed on the contact surface on the carrier (3, 3a, 3b) wherein the at least one light emitting element surrounded by the encapsulation material (4, 4a, 4b) is electrically connected with the contact element (6, 6a, 6b) via the contact area, and • at least one counter-contact element (8, 8a, 8b, 8c), wherein the counter-contact element (8, 8a, 8b, 8c) is electrically contactable with the contact element (6, 6a, 6b) via a plug connection; • wherein the contact element (6, 6a, 6b) is a socket member formed as a socket strip and the counter-contact element (8, 8a, 8b, 8c) is a connector member formed as a connector strip comprising a plurality of contact pin elements or the contact element (6, 6a, 6b) is a connector member formed as a connector strip comprising a plurality of contact pin elements and the counter-contact element (8, 8a, 8b, 8c) is a socket member formed as a socket strip
A guidewire (10, 20, 30) comprising: a core shaft (11, 21, 31), an outer coil (12, 22, 32) surrounding an outer periphery of the core shaft, a first member (13a, 23a, 33a) for joining a distal end of the core shaft and a distal end of the outer coil, and a second member (13b, 23b, 33b) being provided adjacent to and on a proximal side of the first brazing member, characterized in that, the first member (13a,23a,33a) is a brazing material, the second member _(13b,23b,33b) is a brazing material, and the melting point of the first brazing member (13a, 23a, 33a) is higher than the melting point of the second brazing member (13b, 23b, 33b). a core shaft (11, 21, 31), an outer coil (12, 22, 32) surrounding an outer periphery of the core shaft, a first member (13a, 23a, 33a) for joining a distal end of the core shaft and a distal end of the outer coil, and a second member (13b, 23b, 33b) being provided adjacent to and on a proximal side of the first brazing member, characterized in that, the first member (13a,23a,33a) is a brazing material, the second member _(13b,23b,33b) is a brazing material, and the melting point of the first brazing member (13a, 23a, 33a) is higher than the melting point of the second brazing member (13b, 23b, 33b).
Compressed air processing device for a utility vehicle with an electrically controlled valve which both controls a compressor as well as a deaerating valve used for a regeneration and/or a pressure control, wherein the deaerating valve is controlled both by the electrically controlled valve which controls the compressor as well as by another electrically controlled valve.
A backwash filter, in particular for highly viscous media, comprising a filter body provided in a casing and forming a cylinder jacket, wherein the casing and the filter body are rotatable about the axis of the filter body relative to one another and wherein the filter body separates a medium inflow space from a medium outflow space, and comprising a flushing agent discharge channel extending along a generatrix of the filter body, which flushing agent discharge channel is movable relative to the filter body and can be brought into flow connection with the filter body across the entire length thereof and across the entire circumference thereof, with the formation of a stream of flushing agent flowing into the flushing agent discharge channel, wherein the flow connection always occurs only across a portion of the longitudinal extension of a generatrix of the filter body, characterized in that the flushing agent discharge channel is sealed off with gaskets against the filter body on both sides of the generatrix along which the flushing agent discharge channel contacts the filter body, the filter body has a pressure plate and a support plate as well as a filter material arranged therebetween, and that the filter body is rotatably mounted relative to the stationary casing, wherein a feed inlet for medium to be filtered is provided in the casing in the direction of rotation of the filter body, immediately adjacent to the flushing agent discharge channel.
A piezoelectric device (20A, 20B, 20C, 50) comprising: a polymer substrate; a piezoelectric layer formed on a first surface of the substrate; and a pair of electrodes including an upper electrode and a lower electrode, the upper electrode being provided on an upper side of the piezoelectric layer, and the lower electrode being provided on a lower side of the piezoelectric layer in a layered direction, characterised in that a surface roughness of the first surface of the substrate is 3 nm or less in arithmetic mean roughness (Ra). a polymer substrate; a piezoelectric layer formed on a first surface of the substrate; and a pair of electrodes including an upper electrode and a lower electrode, the upper electrode being provided on an upper side of the piezoelectric layer, and the lower electrode being provided on a lower side of the piezoelectric layer in a layered direction, characterised in that a surface roughness of the first surface of the substrate is 3 nm or less in arithmetic mean roughness (Ra).
A method of non-destructive testing of an article having a first surface, wherein the article comprises a set of passageways (100, 200), including a first passageway, and wherein respective sets of flaws are associated with respective passageways (100, 200) of the set of passageways, including at least a first flaw associated with the first passageway, wherein the method comprises: phased array ultrasonic scanning of the article using a phased array probe communicatively coupled thereto through the first surface; and detecting the first flaw, wherein the phased array ultrasonic scanning of the first surface using the phased array probe comprises translating the phased array probe in a set of directions, including a first direction, across the first surface; a second direction orthogonal to the first direction; and a third direction (Y') angularly displaced from the first direction; and wherein a longitudinal axis of the first passageway is transverse to the first surface, and intersects with the first surface. phased array ultrasonic scanning of the article using a phased array probe communicatively coupled thereto through the first surface; and detecting the first flaw, wherein the phased array ultrasonic scanning of the first surface using the phased array probe comprises translating the phased array probe in a set of directions, including a first direction, across the first surface; a second direction orthogonal to the first direction; and a third direction (Y') angularly displaced from the first direction; and a first direction, across the first surface; a second direction orthogonal to the first direction; and a third direction (Y') angularly displaced from the first direction; and wherein a longitudinal axis of the first passageway is transverse to the first surface, and intersects with the first surface.
A threaded fastening device, with locking in the screwed state, comprising: - a body having a threaded cylindrical surface intended to threadingly engage a complementary thread; - at least one jaw connected at least indirectly to the body and having a locking surface on its side turned in use towards the complementary thread, configured and positioned to come into locking abutment against the complementary thread, the at least one jaw extending in a direction that is substantially circumferential with respect to the axis of the cylindrical surface, between an attachment end connected to the body and an end which is floating in a substantially radial direction; and - an actuation element that can be moved between a locking and a release position, to selectively place the jaw in a locking state in which the locking surface exerts a locking pressure onto the complementary thread, and respectively in a release state of the relative screwing and unscrewing movement; characterized in that the actuation element is an actuation ring mounted in rotation with respect to the body about the axis of the threaded cylindrical surface. - a body having a threaded cylindrical surface intended to threadingly engage a complementary thread; - at least one jaw connected at least indirectly to the body and having a locking surface on its side turned in use towards the complementary thread, configured and positioned to come into locking abutment against the complementary thread, the at least one jaw extending in a direction that is substantially circumferential with respect to the axis of the cylindrical surface, between an attachment end connected to the body and an end which is floating in a substantially radial direction; and - an actuation element that can be moved between a locking and a release position, to selectively place the jaw in a locking state in which the locking surface exerts a locking pressure onto the complementary thread, and respectively in a release state of the relative screwing and unscrewing movement; characterized in that the actuation element is an actuation ring mounted in rotation with respect to the body about the axis of the threaded cylindrical surface.
A head for an oral care implement, the head having a mounting surface comprising at least one tuft of a first type and at least one tuft of a second type, the at least one tuft of the first type and the at least one tuft of the second type each having a cross-sectional area extending in a plane substantially perpendicular to a longitudinal axis, characterised in that the cross-sectional area of the tuft of the first type being smaller than the cross-sectional area of the tuft of the second type, whereby the at least one tuft of the first type comprises filaments having a substantially circular cross-sectional area extending in a plane perpendicular to the longitudinal axis and having an end-rounded free end, and the at least one tuft of the second type comprises flagged filaments having split free ends.
A device for ablating tissue, comprising: first and second electrodes that position a tissue zone to be treated therebetween; a voltage generator means that applies a voltage between the first and second electrodes in a manner which provides a predetermined electric field around the tissue zone for a time sufficient to perform irreversible electroporation to kill substantially all of the cells in the identified tissue zone, wherein the generator means generates pulses at a voltage gradient of about 600V/cm ± 10%. first and second electrodes that position a tissue zone to be treated therebetween; a voltage generator means that applies a voltage between the first and second electrodes in a manner which provides a predetermined electric field around the tissue zone for a time sufficient to perform irreversible electroporation to kill substantially all of the cells in the identified tissue zone, wherein the generator means generates pulses at a voltage gradient of about 600V/cm ± 10%.
System for supporting, inducing and monitoring a nap of a person, comprising a shielding device for at least partially shielding the person from his environment, and comprising a relaxation device for relaxing and inducing the person to fall asleep, the system being configured to monitor a nap of a person and comprising a sleep detection device for determining whether the person has fallen asleep, characterized in that the system comprises a wake-up device for waking the person before entry into a deep sleep phase.
A computer-implemented method of using an environment model to simulate state transitions of a real-world environment being interacted with by a mechanical or electronic agent that is controlled using a policy neural network, wherein the policy neural network is configured to receive an observation characterizing a state of the environment, update a belief representation of the state of the environment, generate a latent representation from the belief representation, and generate an output specifying an action to be performed by the agent from the latent representation, and wherein the method comprises: initializing an internal representation of a state of the environment at a current time point; repeatedly performing the following operations: receiving an action to be performed by the agent; generating, based on the internal representation, a predicted latent representation that is a prediction of a latent representation that would have been generated by the policy neural network by processing an observation characterizing the state of the environment corresponding to the internal representation; and updating the internal representation to simulate a state transition caused by the agent performing the received action by processing the predicted latent representation and the received action using the environment model; selecting, based on a result of repeatedly performing the operations, the action to be performed by the agent in the environment at the current time point and causing the agent to perform the action. initializing an internal representation of a state of the environment at a current time point; repeatedly performing the following operations: receiving an action to be performed by the agent; generating, based on the internal representation, a predicted latent representation that is a prediction of a latent representation that would have been generated by the policy neural network by processing an observation characterizing the state of the environment corresponding to the internal representation; and updating the internal representation to simulate a state transition caused by the agent performing the received action by processing the predicted latent representation and the received action using the environment model; receiving an action to be performed by the agent; generating, based on the internal representation, a predicted latent representation that is a prediction of a latent representation that would have been generated by the policy neural network by processing an observation characterizing the state of the environment corresponding to the internal representation; and updating the internal representation to simulate a state transition caused by the agent performing the received action by processing the predicted latent representation and the received action using the environment model; selecting, based on a result of repeatedly performing the operations, the action to be performed by the agent in the environment at the current time point and causing the agent to perform the action.
An imaging apparatus comprising: a conversion unit having a plurality of pixels arranged in a matrix, each pixel including a conversion element (Sm-n) for converting a radiation or a light into an electric charge; and a control unit for conducting a first read out operation and a plurality of second read out operations, in each of which electric signals based on the electric charge of the conversion elements of each pixel in a row of the matrix are read out row by row, wherein the first read out operation is conducted for reading out a first electric signal group, comprising electric signals from each pixel of the matrix, from the conversion unit when the conversion unit is irradiated with the radiation or the light, and wherein each of the plurality of second read out operations is conducted for reading out a second electric signal group, comprising electric signals from each pixel of the matrix, from the conversion unit when the conversion unit is not irradiated with the radiation or the light, characterized by a signal processing unit for generating a third electric signal group, comprising electric signals for each pixel of the matrix, by deriving, for each pixel, an electric signal from one of the plurality of the second electric signal groups, and arranging the derived electric signals such that, in each row of the matrix, electric signals from at least two of the plurality of the second electric signal groups are used in a respective row of the matrix, and for subtracting the third electric signal group from the first electric signal group. a conversion unit having a plurality of pixels arranged in a matrix, each pixel including a conversion element (Sm-n) for converting a radiation or a light into an electric charge; and a control unit for conducting a first read out operation and a plurality of second read out operations, in each of which electric signals based on the electric charge of the conversion elements of each pixel in a row of the matrix are read out row by row, wherein the first read out operation is conducted for reading out a first electric signal group, comprising electric signals from each pixel of the matrix, from the conversion unit when the conversion unit is irradiated with the radiation or the light, and wherein each of the plurality of second read out operations is conducted for reading out a second electric signal group, comprising electric signals from each pixel of the matrix, from the conversion unit when the conversion unit is not irradiated with the radiation or the light, characterized by a signal processing unit for generating a third electric signal group, comprising electric signals for each pixel of the matrix, by deriving, for each pixel, an electric signal from one of the plurality of the second electric signal groups, and arranging the derived electric signals such that, in each row of the matrix, electric signals from at least two of the plurality of the second electric signal groups are used in a respective row of the matrix, and for subtracting the third electric signal group from the first electric signal group.
A pouch with phase-change material, wherein the pouch is intended for placing against a wall to be heated or cooled, and wherein the pouch comprises a preformed first wall and a second wall, wherein the first wall comprises a bowl-shaped part, in which the phase-change material is accommodated, and a peripheral part, wherein the second wall is attached to the peripheral part of the first wall, characterised in that the pouch is filled with phase-change material and that a high vacuum between 1×10 -1 Pa and 1×10 -7 Pa prevails in the pouch.
A method for regulating transmit power of a small cell, comprising: determining a value of at least one mobility metric indicative of at least one access terminal mobility at the cell; determining whether the value of the at least one mobility metric is acceptable; when the value of the at least one mobility metric is unacceptable, increasing the transmit power of the cell; characterized in that the method further comrpises: determining that the value of the at least one mobility metric is acceptable after increasing the transmit power of the cell; determining a value of at least one interference metric indicative of interference experienced by at least one access terminal at the cell; determining whether the value of the at least one interference metric is acceptable; and in response to determining that the value of the at least one mobility metric is acceptable after increasing the transmit power of the cell and that the value of the at least one interference metric is unacceptable, decreasing the transmit power of the cell while the value of the at least one mobility metric remains acceptable. determining a value of at least one mobility metric indicative of at least one access terminal mobility at the cell; determining whether the value of the at least one mobility metric is acceptable; when the value of the at least one mobility metric is unacceptable, increasing the transmit power of the cell; characterized in that the method further comrpises: determining that the value of the at least one mobility metric is acceptable after increasing the transmit power of the cell; determining a value of at least one interference metric indicative of interference experienced by at least one access terminal at the cell; determining whether the value of the at least one interference metric is acceptable; and in response to determining that the value of the at least one mobility metric is acceptable after increasing the transmit power of the cell and that the value of the at least one interference metric is unacceptable, decreasing the transmit power of the cell while the value of the at least one mobility metric remains acceptable. determining that the value of the at least one mobility metric is acceptable after increasing the transmit power of the cell; determining a value of at least one interference metric indicative of interference experienced by at least one access terminal at the cell; determining whether the value of the at least one interference metric is acceptable; and in response to determining that the value of the at least one mobility metric is acceptable after increasing the transmit power of the cell and that the value of the at least one interference metric is unacceptable, decreasing the transmit power of the cell while the value of the at least one mobility metric remains acceptable.