mhurhangee/ep-ind-claims huggingface dataset:
An end effector for a surgical instrument, the end effector comprising: a support member comprising: a slot; and a lockout notch adjacent to said slot and wherein said end effector further comprises: a firing member movable between an inoperable configuration and an operable configuration, wherein said firing member is aligned with said slot and is structured to translate in said slot when in said operable configuration, and wherein said firing member is engaged with said lockout notch and misaligned with said slot when in said inoperable configuration, wherein said support member comprises: a first jaw, wherein said first jaw comprises said slot and said lockout notch; and a second jaw, wherein said second jaw obstructs the translation of said firing member in said slot when said firing member is in said inoperable configuration. a slot; and a lockout notch adjacent to said slot and wherein said end effector further comprises: a firing member movable between an inoperable configuration and an operable configuration, wherein said firing member is aligned with said slot and is structured to translate in said slot when in said operable configuration, and wherein said firing member is engaged with said lockout notch and misaligned with said slot when in said inoperable configuration, wherein said support member comprises: a first jaw, wherein said first jaw comprises said slot and said lockout notch; and a second jaw, wherein said second jaw obstructs the translation of said firing member in said slot when said firing member is in said inoperable configuration. a firing member movable between an inoperable configuration and an operable configuration, wherein said firing member is aligned with said slot and is structured to translate in said slot when in said operable configuration, and wherein said firing member is engaged with said lockout notch and misaligned with said slot when in said inoperable configuration, wherein said support member comprises: a first jaw, wherein said first jaw comprises said slot and said lockout notch; and a second jaw, wherein said second jaw obstructs the translation of said firing member in said slot when said firing member is in said inoperable configuration. a first jaw, wherein said first jaw comprises said slot and said lockout notch; and a second jaw, wherein said second jaw obstructs the translation of said firing member in said slot when said firing member is in said inoperable configuration.
A powder developer holding apparatus including: a housing that holds powder developer therein, said housing including a discharging opening through which the powder developer is discharged; a shutter mounted to said housing, said shutter being rotatable relative to said housing to an opening position where the shutter opens the discharging opening or to a closing position where the shutter closes the discharging opening, the shutter including a recess therein; a locking member slidably received in the recess and configured to linearly move in the recess by gravity between a first position and a second position so that when the discharging opening faces upward, the locking member is at the first position, and when the discharging opening faces downward, the locking member is at the second position; and a stopper formed on the housing so that when the locking member is at the first position and the shutter rotates from the closing position toward the opening position, the locking member moves into abutting engagement with the stopper, preventing the shutter from rotating to the opening position, and when the locking member is at the second position, the locking member is out of engagement with the stopper, allowing the shutter to rotate between the closing position and the opening position. a housing that holds powder developer therein, said housing including a discharging opening through which the powder developer is discharged; a shutter mounted to said housing, said shutter being rotatable relative to said housing to an opening position where the shutter opens the discharging opening or to a closing position where the shutter closes the discharging opening, the shutter including a recess therein; a locking member slidably received in the recess and configured to linearly move in the recess by gravity between a first position and a second position so that when the discharging opening faces upward, the locking member is at the first position, and when the discharging opening faces downward, the locking member is at the second position; and a stopper formed on the housing so that when the locking member is at the first position and the shutter rotates from the closing position toward the opening position, the locking member moves into abutting engagement with the stopper, preventing the shutter from rotating to the opening position, and when the locking member is at the second position, the locking member is out of engagement with the stopper, allowing the shutter to rotate between the closing position and the opening position.
Computer-implemented method for prediction of the targeting efficiency of guides comprising guide RNA (gRNA) targeting a gene of interest, said guides locating a respective gene of interest as a target in a gene sequence, by evaluating data provided by screens, the screens providing levels of targeting characteristics efficiency of guides comprising the level of targeting efficiency confounded with gene-specific effects, the method characterized by the steps of a) Selecting a set of guides along with a first set of gene intrinsic features related to their respective gene of interest, and a second set of guide features; b) Inputting the selected first set of gene intrinsic features and the selected second set of guide features into an automated machine learning algorithm and c) Calculating an estimate of targeting efficiency of said selected guides by use of the automated machine learning algorithm, characterised in that the automated machine learning algorithm comprising two models being separately trained from each other, wherein the first of the two models using the selected first set of gene intrinsic features and the second of the two models using the selected second set of guide features, and wherein the automated learning algorithm combines the two models with the result of a prediction of the depletion of the guides targeting the gene of interest. a) Selecting a set of guides along with a first set of gene intrinsic features related to their respective gene of interest, and a second set of guide features; b) Inputting the selected first set of gene intrinsic features and the selected second set of guide features into an automated machine learning algorithm and c) Calculating an estimate of targeting efficiency of said selected guides by use of the automated machine learning algorithm,
A two-split outer ring having a raceway surface for receiving rollers on an inner peripheral surface, the outer ring being split into two split parts (302, 303) in a circumferential direction and formed in a cylindrical shape by assembling the split parts (302, 303) with each other, wherein the split parts (302, 303) are formed by splitting a cylinder material, which constitutes the two-split outer ring, along a splitting line that is meandering or inflected with a predetermined vibration width with respect to an axial direction, and front end portions (302p, 303p) of splitting surfaces formed at both ends in the circumferential direction are formed such that the split parts (302, 303) form circular arcs having a central angle greater than 180 degrees as viewed from an axial direction, wherein in the inner peripheral surfaces of the split parts (302, 303), a minimum gap of the opposing inner peripheral surfaces extending from both ends of a certain circular arc portion having a central angle of 180 degrees as viewed from the axial direction to the respective front ends is equal to or greater than the inner diameter of the split parts (302, 303), wherein a center protruding portion which protrudes in the circumferential direction at a center of one of the ends of the certain circular arc portion in a width direction of the split parts (302, 303) is formed in one of the front end portions (302p, 303p), wherein a both-ends protruding portion which protrudes in the circumferential direction at both ends of the other of the certain circular arc portion in the width direction is formed in the other of the front end portions (302q, 303q), wherein parts of the inner peripheral surfaces of the split parts (302, 303) which extend from the both ends of the certain circular arc portion to the respective front end portions (302q, 303q) are formed as guide surfaces (302s, 303s), wherein the guide surfaces (302s, 303s) include a center guide surface formed to the center protruding portion and a both-ends guide surface formed to the both-ends protruding portion, wherein a thickness of the center protruding portion and a thickness of the both-ends protruding portion are smaller than a thickness of a part of the split parts corresponding to a raceway portion, wherein lengths of parts of the split parts (302, 303) extending from the certain circular arc portion at both ends of the split parts (302, 303) are equal to each other, as viewed from the axial direction, characterised in that an inner peripheral surfaces of the split parts (302, 303) are formed such that the inner peripheral surfaces extending from both ends of a certain circular arc having a central angle of 180 degrees to the front end portions (302p, 302q) follow a tangential line at the both ends of the circular arc.
A system comprising a user-system adapted to send email, a server and a standalone server, wherein: the user-system is adapted: to prompt a user to create a main mail; to use partitioning means of the user-system to partition email recipients into specific groups, namely a main recipient and a secondary recipient (R2,..., Rn); to prompt the user to populate the main recipient's and secondary recipient's (R2,..., Rn) addresses; to prompt the user to select whether the user wants to add an added message to the main mail; to route the main mail to the main recipient via the server; upon populating the text field of the main mail and the secondary recipient's address (R2,..., Rn), to prompt the user to populate the text field of the added message; characterized in that the user-system is further adapted to encrypt the added message and to route the added message to a standalone server that is adapted to host the added message; and in that the standalone server includes pointer means adapted to point to the location of the added message along with the main mail to be delivered to the secondary recipient (R2,..., Rn). the user-system is adapted: to prompt a user to create a main mail; to use partitioning means of the user-system to partition email recipients into specific groups, namely a main recipient and a secondary recipient (R2,..., Rn); to prompt the user to populate the main recipient's and secondary recipient's (R2,..., Rn) addresses; to prompt the user to select whether the user wants to add an added message to the main mail; to route the main mail to the main recipient via the server; upon populating the text field of the main mail and the secondary recipient's address (R2,..., Rn), to prompt the user to populate the text field of the added message; characterized in that the user-system is further adapted to encrypt the added message and to route the added message to a standalone server that is adapted to host the added message; and in that to prompt a user to create a main mail; to use partitioning means of the user-system to partition email recipients into specific groups, namely a main recipient and a secondary recipient (R2,..., Rn); to prompt the user to populate the main recipient's and secondary recipient's (R2,..., Rn) addresses; to prompt the user to select whether the user wants to add an added message to the main mail; to route the main mail to the main recipient via the server; upon populating the text field of the main mail and the secondary recipient's address (R2,..., Rn), to prompt the user to populate the text field of the added message; characterized in that the user-system is further adapted to encrypt the added message and to route the added message to a standalone server that is adapted to host the added message; and in that the standalone server includes pointer means adapted to point to the location of the added message along with the main mail to be delivered to the secondary recipient (R2,..., Rn).
A refrigerator comprising a body; a protective cover which is disposed in the body; a water reservoir; a drawer which is positioned under the protective cover and which is used for loading fruits and vegetables; a steam generator which is disposed in the drawer and which converts the water delivered from the water reservoir into steam to be delivered into the drawer as steam; at least one ambient sensor which is disposed in the drawer so as to detect the temperature and/or humidity level; and a control unit which is disposed in the body, which adjusts the humidity level and which has a memory, wherein the steam generator is positioned such that only one surface thereof is in contact with the water delivered from the water reservoir, characterized in that the control unit esures that - the steam generator is closed and opened for a predetermined number of times so as to complete a predetermined target operation time under the condition that a closure time is higher than an open time, - the steam generator is operated in case the specific humidity calculated according to the data received from the ambient sensor is within lower and upper limits after the target operation time is completed, and - the steam generator is operated for a predetermined time if the steam generator is not operated for a predetermined time in case said specific humidity is not within the lower and upper limits. - the steam generator is closed and opened for a predetermined number of times so as to complete a predetermined target operation time under the condition that a closure time is higher than an open time, - the steam generator is operated in case the specific humidity calculated according to the data received from the ambient sensor is within lower and upper limits after the target operation time is completed, and - the steam generator is operated for a predetermined time if the steam generator is not operated for a predetermined time in case said specific humidity is not within the lower and upper limits.
An electronic device in a wireless communication system, the device comprising: a plurality of antenna sets (101-1 to 101-M) consisting of a combination of a plurality of antenna elements; a radio frequency, RF, transceiver comprising a plurality of phase shifters (156-1 to 156-N, 157-1 to 157-N) configured to shift a phase of a signal transmitted/received through the plurality of antenna elements, and a plurality of switches (151-1 to 151-N) configured to select the plurality of antenna elements; a memory configured to store information on mapping of a plurality of beam indices corresponding to a plurality of beamforming directions, the plurality of switches (151-1 to 151-N) and the plurality of phase shifters (156-1 to 156-N, 157-1 to 157-N); and a main controller configured to: determine a beamforming direction from among the plurality of beamforming directions; and transmit, to the RF transceiver, a beam index corresponding to the determined beamforming direction from among the plurality of beam indices, and wherein the RF transceiver is configured to: receive, from the main controller, the beam index; and control the plurality of switches (151-1 to 151-N) and the plurality of phase shifters (156-1 to 156-N, 157-1 to 157-N) simultaneously according to the determined beam index using the information. a plurality of antenna sets (101-1 to 101-M) consisting of a combination of a plurality of antenna elements; a radio frequency, RF, transceiver comprising a plurality of phase shifters (156-1 to 156-N, 157-1 to 157-N) configured to shift a phase of a signal transmitted/received through the plurality of antenna elements, and a plurality of switches (151-1 to 151-N) configured to select the plurality of antenna elements; a memory configured to store information on mapping of a plurality of beam indices corresponding to a plurality of beamforming directions, the plurality of switches (151-1 to 151-N) and the plurality of phase shifters (156-1 to 156-N, 157-1 to 157-N); and a main controller configured to: determine a beamforming direction from among the plurality of beamforming directions; and transmit, to the RF transceiver, a beam index corresponding to the determined beamforming direction from among the plurality of beam indices, and determine a beamforming direction from among the plurality of beamforming directions; and transmit, to the RF transceiver, a beam index corresponding to the determined beamforming direction from among the plurality of beam indices, and wherein the RF transceiver is configured to: receive, from the main controller, the beam index; and control the plurality of switches (151-1 to 151-N) and the plurality of phase shifters (156-1 to 156-N, 157-1 to 157-N) simultaneously according to the determined beam index using the information. receive, from the main controller, the beam index; and control the plurality of switches (151-1 to 151-N) and the plurality of phase shifters (156-1 to 156-N, 157-1 to 157-N) simultaneously according to the determined beam index using the information.
A cutting head, having a longitudinal cutting head axis extending in a forward (D F) to rearward direction (D R), comprising: two opposing major surfaces and a head peripheral surface extending therebetween, the head peripheral surface having a base portion at a rearward end of the cutting head, with a base plane defined by the base portion and perpendicular to the cutting head axis, and a forward portion at a forward end of the cutting head, intersecting the cutting head axis at a forward intersection point; a male coupling portion, protruding from the base portion and extending rearwards along the cutting head axis, the male coupling portion having a coupling portion rear surface spaced apart from the base portion and a male portion peripheral surface extending therebetween, and a rear surface plane defined by the rear surface and perpendicular to the cutting head axis; and a flexibility slot extending from the coupling portion rear surface in the forward direction (D F), opening out to the two major surfaces, and having a longitudinal slot length with a head slot length extending forwardly from the base plane; characterised in that a coupling length between the rear surface plane and the base plane is smaller than the head slot length. two opposing major surfaces and a head peripheral surface extending therebetween, the head peripheral surface having a base portion at a rearward end of the cutting head, with a base plane defined by the base portion and perpendicular to the cutting head axis, and a forward portion at a forward end of the cutting head, intersecting the cutting head axis at a forward intersection point; a male coupling portion, protruding from the base portion and extending rearwards along the cutting head axis, the male coupling portion having a coupling portion rear surface spaced apart from the base portion and a male portion peripheral surface extending therebetween, and a rear surface plane defined by the rear surface and perpendicular to the cutting head axis; and a flexibility slot extending from the coupling portion rear surface in the forward direction (D F), opening out to the two major surfaces, and having a longitudinal slot length with a head slot length extending forwardly from the base plane; characterised in that a coupling length between the rear surface plane and the base plane is smaller than the head slot length.
A method for isolating a desired GNSS signal from a plurality of GNSS signals with the same code, the method comprising: receiving, by a mobile device, the plurality of GNSS signals, wherein the plurality of GNSS signals include the desired GNSS signal; processing the received plurality of GNSS signals to a down-converted signal, wherein the down-converted signal has a lower frequency than the desired GNSS signal, and wherein the down-converted signal includes a first channel associated with a non-zero frequency; processing the down-converted signal to offset the first channel by an offset frequency corresponding to a fraction of the first channel to create an offset down-converted signal; and determining the desired GNSS signal from the offset down-converted signal based on the offset frequency. receiving, by a mobile device, the plurality of GNSS signals, wherein the plurality of GNSS signals include the desired GNSS signal; processing the received plurality of GNSS signals to a down-converted signal, wherein the down-converted signal has a lower frequency than the desired GNSS signal, and wherein the down-converted signal includes a first channel associated with a non-zero frequency; processing the down-converted signal to offset the first channel by an offset frequency corresponding to a fraction of the first channel to create an offset down-converted signal; and determining the desired GNSS signal from the offset down-converted signal based on the offset frequency.
Method for the testing of a vehicle with a vehicle test stand, wherein the vehicle test stand has a coolant conditioner, and the vehicle has an item under test with a coolant circuit, wherein the coolant conditioner is connected into the coolant circuit of the item under test, for purposes of heat exchange with the item under test, and a coolant is guided between the coolant conditioner and the item under test, characterised in that, a supply flow temperature of the coolant of the cooling circuit is determined by means of a simulation model, and a cooling performance of the coolant conditioner is controlled as a function of the supply flow temperature determined, wherein the supply flow temperature of the coolant is determined as a function of a temperature, and/or a velocity, of a simulated headwind.
A method for determining a filter for interpolating one or more pixels of block of a frame surrounded by a window, said method comprising: - determining a set of full reconstructions pixels already encoded or decoded in said window using motion vectors having the same horizontal and/or vertical phase and references the same reference picture as a motion vector of said block; - determining the filter as being a default filter in case said set of full reconstruction pixels is empty, and, in case that said set of full reconstruction pixels is not empty, for the set of full reconstruction pixels: - generating several different interpolated reference pixel sets using different interpolation filter candidates; - determining the filter as being one of said different interpolation filter candidates based on a quality measure obtained for each of the interpolated reference pixel set by comparing each of the different interpolated reference pixel set with the set of full reconstruction pixel. - determining a set of full reconstructions pixels already encoded or decoded in said window using motion vectors having the same horizontal and/or vertical phase and references the same reference picture as a motion vector of said block; - determining the filter as being a default filter in case said set of full reconstruction pixels is empty, and, - generating several different interpolated reference pixel sets using different interpolation filter candidates; - determining the filter as being one of said different interpolation filter candidates based on a quality measure obtained for each of the interpolated reference pixel set by comparing each of the different interpolated reference pixel set with the set of full reconstruction pixel.