mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a masked packed rotate instruction, the masked packed rotate instruction indicating a first source packed data including a plurality of packed data elements, indicating a packed data operation mask having a plurality of mask elements, indicating a second source packed data including a plurality of packed data elements each representing a rotation amount, indicating a destination storage location, and having a type of masking operation specifier to specify a type of masking operation, wherein the type of masking operation specifier is able to specify that zeroing-masking is to be performed; and storing a result packed data in the destination storage location in response to the masked packed rotate instruction, the result packed data including a plurality of result data elements that each correspond to a different one of the mask elements in a corresponding relative position, in which result data elements that are not masked out due to the corresponding mask element having a first value include one of the data elements of the first source packed data in a corresponding position that has been rotated by the rotation amount represented by one of the data elements of the second source packed data in a corresponding relative position, and in which result data elements that are masked out due to the corresponding mask element having a second value include a masked out value which is to be zero when zeroing-masking is performed. receiving a masked packed rotate instruction, the masked packed rotate instruction indicating a first source packed data including a plurality of packed data elements, indicating a packed data operation mask having a plurality of mask elements, indicating a second source packed data including a plurality of packed data elements each representing a rotation amount, indicating a destination storage location, and having a type of masking operation specifier to specify a type of masking operation, wherein the type of masking operation specifier is able to specify that zeroing-masking is to be performed; and storing a result packed data in the destination storage location in response to the masked packed rotate instruction, the result packed data including a plurality of result data elements that each correspond to a different one of the mask elements in a corresponding relative position, in which result data elements that are not masked out due to the corresponding mask element having a first value include one of the data elements of the first source packed data in a corresponding position that has been rotated by the rotation amount represented by one of the data elements of the second source packed data in a corresponding relative position, and in which result data elements that are masked out due to the corresponding mask element having a second value include a masked out value which is to be zero when zeroing-masking is performed.
Use of a method for olefin polymerization for increasing catalyst productivity, comprising: flowing a catalyst through an injection nozzle and into a fluidized bed disposed within a reactor; flowing a feed comprising one or more monomers, one or more inert fluids, or a combination thereof through the injection nozzle and into the fluidized bed, wherein the feed is at a temperature greater than ambient temperature; and contacting one or more olefins with the catalyst within the fluidized bed at conditions sufficient to produce a polyolefin. flowing a catalyst through an injection nozzle and into a fluidized bed disposed within a reactor; flowing a feed comprising one or more monomers, one or more inert fluids, or a combination thereof through the injection nozzle and into the fluidized bed, wherein the feed is at a temperature greater than ambient temperature; and contacting one or more olefins with the catalyst within the fluidized bed at conditions sufficient to produce a polyolefin.
A system for preventing medical mistakes, the system comprising: a machine learning medical procedure server (110, 210) that is configured to generate one or more machine learning medical procedure models using, at least, medical procedure data captured during medical procedures performed at a plurality of different medical procedure systems (140, 140-N); and a medical procedure system (140, 140-N, 240) communicably coupled with the machine learning medical procedure server (110, 210), wherein the medical procedure system is configured to receive a selected machine learning medical procedure model from the machine learning medical procedure server (110, 210) based on patient-specific information and a specification of a medical procedure to be performed, and to utilize the selected machine learning medical procedure model during the performed medical procedure to control one or more operations of the medical procedure system (140, 140-N, 240). a machine learning medical procedure server (110, 210) that is configured to generate one or more machine learning medical procedure models using, at least, medical procedure data captured during medical procedures performed at a plurality of different medical procedure systems (140, 140-N); and a medical procedure system (140, 140-N, 240) communicably coupled with the machine learning medical procedure server (110, 210), wherein the medical procedure system is configured to receive a selected machine learning medical procedure model from the machine learning medical procedure server (110, 210) based on patient-specific information and a specification of a medical procedure to be performed, and to utilize the selected machine learning medical procedure model during the performed medical procedure to control one or more operations of the medical procedure system (140, 140-N, 240).
A device for lifting loads vertically, comprising a lifting column including a plurality of chain links each articulately interconnected and at least partially adjoining in a vertical lifting position, wherein each of the chain links on a surface located substantially parallel with an articulation axis of the articulated connection has a profile cooperating with a drive for lifting and lowering the chain links of the lifting column, which drive is provided with a pinion or the like, wherein the chain links are capable of being deflected from an, in particular, substantially horizontal resting position into the vertical lifting position by being acted upon by the drive, and wherein adjacent chain links are locked, or capable of being locked, to each other in the vertical lifting position, wherein the chain links are comprised of, or provided with, spindle elements cooperating with the drive, characterized in that the drive is comprised of a worm wheel surrounding the spindle elements.
A circuit breaker comprising: a middle housing that accommodates an opening and closing mechanism having an operating handle, disposed between opposing frame plates, and an overcurrent release device that detects an overcurrent, to cause the opening and closing mechanism to pivotally move; a lower housing that accommodates a circuit interrupting mechanism including an arc extinguisher; and an upper housing that covers components accommodated within the middle housing; wherein the arc extinguisher interrupting an arc generated between a movable contact arm being provided to a crossbar that pivotally moves in an interlocking relation with the opening and closing mechanism and a stationary contact arm that repeats making contact with and moving apart from the movable contact arm, wherein the circuit interrupting mechanism is covered by the middle housing, and the upper housing covers the middle housing and the lower housing, characterized in that the overcurrent release device is accommodated in the middle housing by press-fitting the release device, wherein a second hole for preventing the overcurrent release device from moving freely in a reverse direction to that of the movement of press-fitting is made in the middle housing and into which a part of the overcurrent device fits in order to press-fit the overcurrent release device in the middle housing, and wherein when the middle housing is fitted into the lower housing, the second hole is blocked by a protrusion provided on the lower housing. a middle housing that accommodates an opening and closing mechanism having an operating handle, disposed between opposing frame plates, and an overcurrent release device that detects an overcurrent, to cause the opening and closing mechanism to pivotally move; an opening and closing mechanism having an operating handle, disposed between opposing frame plates, and an overcurrent release device that detects an overcurrent, to cause the opening and closing mechanism to pivotally move; a lower housing that accommodates a circuit interrupting mechanism including an arc extinguisher; and an arc extinguisher; and an upper housing that covers components accommodated within the middle housing;
An optical imaging system configured for back-scanned imagery comprising: an imager including a focal plane array; an afocal telescope optically coupled to the imager, and configured to receive and collimate electromagnetic radiation and to direct the electromagnetic radiation via an exit pupil of the afocal telescope to the focal plane array of the imager, the focal plane array configured to form an image from the electromagnetic radiation, and the afocal telescope having an optical axis that passes through the exit pupil to the imager, wherein the afocal telescope is configured as a four mirror anastigmat including a primary mirror, a secondary mirror, a tertiary mirror, and an optical element; a back-scan mirror optically coupled to the afocal telescope and the imager, positioned proximate the exit pupil of the afocal telescope, and configured to backscan the electromagnetic radiation to stabilize the image on the focal plane array; and said optical element positioned at an intermediate image plane of the afocal telescope and configured to adjust distortion characteristics of the afocal telescope to control image wander on the focal plane array for off-axis image points during the backscan, wherein the optical element is a field correcting mirror optically positioned between the secondary mirror and the tertiary mirror, wherein the field correcting mirror is a deformable mirror, and the system further comprising a processor coupled to the deformable mirror and configured to control a shape of the deformable mirror to control the image wander during the backscan. an imager including a focal plane array; an afocal telescope optically coupled to the imager, and configured to receive and collimate electromagnetic radiation and to direct the electromagnetic radiation via an exit pupil of the afocal telescope to the focal plane array of the imager, the focal plane array configured to form an image from the electromagnetic radiation, and the afocal telescope having an optical axis that passes through the exit pupil to the imager, wherein the afocal telescope is configured as a four mirror anastigmat including a primary mirror, a secondary mirror, a tertiary mirror, and an optical element; a back-scan mirror optically coupled to the afocal telescope and the imager, positioned proximate the exit pupil of the afocal telescope, and configured to backscan the electromagnetic radiation to stabilize the image on the focal plane array; and said optical element positioned at an intermediate image plane of the afocal telescope and configured to adjust distortion characteristics of the afocal telescope to control image wander on the focal plane array for off-axis image points during the backscan, wherein the optical element is a field correcting mirror optically positioned between the secondary mirror and the tertiary mirror, wherein the field correcting mirror is a deformable mirror, and the system further comprising a processor coupled to the deformable mirror and configured to control a shape of the deformable mirror to control the image wander during the backscan.
An article of footwear (100; 300; 400; 1000) comprising: a sole (110; 320); and an upper attached to the sole (110; 320), wherein said upper comprises a unitary braided structure; the unitary braided structure having a first region with a first density of braids and at least a second region with a second density of braids, wherein the first density of braids is lower than the second density of braids, characterized in that the upper has a throat (112; 315; 415; 1015) and an ankle opening (109; 309; 409; 1009), and the second region includes a band (121; 310; 410; 1031) at a front end of the throat (112; 315; 415; 1015) and includes braids (122; 311; 411; 1011) around the ankle opening (109; 309; 409; 1009). a sole (110; 320); and an upper attached to the sole (110; 320), wherein said upper comprises a unitary braided structure; the unitary braided structure having a first region with a first density of braids and at least a second region with a second density of braids, wherein the first density of braids is lower than the second density of braids, characterized in that the upper has a throat (112; 315; 415; 1015) and an ankle opening (109; 309; 409; 1009), and the second region includes a band (121; 310; 410; 1031) at a front end of the throat (112; 315; 415; 1015) and includes braids (122; 311; 411; 1011) around the ankle opening (109; 309; 409; 1009).
A chimeric antigen receptor comprising: an ectodomain comprising an antigen recognition region; a transmembrane domain linked to the ectodomain, wherein the transmembrane domain comprises a transmembrane region of NKG2D in reverse orientation; and an endodomain linked to the transmembrane domain, wherein the endodomain comprises at least one signaling domain that activates an NK cell, and wherein the endodomain comprises at least a part of: a) a 2B4; b) a 41BB; c) a DAP12 or DAP10; d) a 2B4 and a 41BB; e) a IL21R; or f) a 41BB, and a 2B4. an ectodomain comprising an antigen recognition region; a transmembrane domain linked to the ectodomain, wherein the transmembrane domain comprises a transmembrane region of NKG2D in reverse orientation; and an endodomain linked to the transmembrane domain, wherein the endodomain comprises at least one signaling domain that activates an NK cell, and wherein the endodomain comprises at least a part of: a) a 2B4; b) a 41BB; c) a DAP12 or DAP10; d) a 2B4 and a 41BB; e) a IL21R; or f) a 41BB, and a 2B4. a) a 2B4; b) a 41BB; c) a DAP12 or DAP10; d) a 2B4 and a 41BB; e) a IL21R; or f) a 41BB, and a 2B4.
System comprising a cooling turner and a turning apparatus for turning a cooling turner adapted to cool wood-based boards or board stacks, which cooling turner comprises a gear rim adapted to turn the turning cooler, characterized in that at least three geared motors are arranged to rotate the gear rim, and that torque arms, which are pointed essentially towards the center axis of the cooling turner, are arranged on the geared motors, and that driving gear wheels of the geared motors, said driving gear wheels being in connection with the gear rim, are mounted on bearings on both sides of a toothing.
A V-ribbed belt comprising a compression rubber layer having a frictional power-transmission surface, wherein the compression rubber layer comprises a cured material of a rubber composition comprising an ethylene-α-olefin elastomer and a carbon black, the carbon black comprises a soft carbon having a primary particle size of 40 nm or more and a hard carbon having a primary particle size of less than 40 nm, characterized in that the frictional power-transmission surface is covered with a knitted cloth and in that the ratio of the number of particles between the soft carbon and the hard carbon satisfies a relation of former/latter =3/97 to 25/75. the compression rubber layer comprises a cured material of a rubber composition comprising an ethylene-α-olefin elastomer and a carbon black, the carbon black comprises a soft carbon having a primary particle size of 40 nm or more and a hard carbon having a primary particle size of less than 40 nm, characterized in that the frictional power-transmission surface is covered with a knitted cloth and in that the ratio of the number of particles between the soft carbon and the hard carbon satisfies a relation of former/latter =3/97 to 25/75.
Antenna, comprising: - at least one electromagnetic lens, - at least one ground plane connected to said lens, and - at least one probing structure connected to said lens,, - wherein the probing structure comprises at least one probe, - characterized is that: the at least one probe is enclosed by the lens wherein at least one of the at least one electromagnetic lens and the at least one ground plane having at least one base profile is substantially supershaped, wherein said supershaped base profile is defined by the polar function: ρ d φ = 1 1 a cos m 1 4 φ n 2 / − + 1 b sin m 2 4 φ n 3 n 1 a, b ∈ R +; m 1, m 2, n 1, n 2, n 3 ∈ R, a, b, n 1 ≠ 0 and wherein: - ρ d (φ) is a curve located in the XY-plane; and - φ∈ [0, 2π) is the angular coordinate. - at least one electromagnetic lens, - at least one ground plane connected to said lens, and - at least one probing structure connected to said lens,, - wherein the probing structure comprises at least one probe, - characterized is that: the at least one probe is enclosed by the lens wherein at least one of the at least one electromagnetic lens and the at least one ground plane having at least one base profile is substantially supershaped, wherein said supershaped base profile is defined by the polar function: ρ d φ = 1 1 a cos m 1 4 φ n 2 / − + 1 b sin m 2 4 φ n 3 n 1 a, b ∈ R +; m 1, m 2, n 1, n 2, n 3 ∈ R, a, b, n 1 ≠ 0 and wherein: - ρ d (φ) is a curve located in the XY-plane; and - φ∈ [0, 2π) is the angular coordinate. - ρ d (φ) is a curve located in the XY-plane; and - φ∈ [0, 2π) is the angular coordinate.
A process for making a container from a polyester polymer, comprising feeding polyester particles having a degree of crystallinity of at least 35% and an intrinsic viscosity of at least 0.70 dL/g to an extrusion zone, melting the particles in the extrusion zone to form a molten polyester polymer composition, and forming a sheet or a molded part from extruded molten polyester polymer, further comprising drying the particles before feeding the particles to the extrusion zone, wherein the particles are not solid state polymerized before drying and wherein the particles have an acetaldehyde level of 10 ppm or less prior to melting in the extrusion zone, wherein the polyester particles fed to the extrusion zone have an intrinsic viscosity at their surface which is less than 0.25 dL/g higher than the intrinsic viscosity at their center, the "surface" being the outer 8 - 12% by mass, while the "center" being the inner 8 - 16% by mass of the particle around the particle center point, wherein degree of crystallinity, intrinsic viscosity and difference in intrinsic viscosity between surface and center are determined according to the respective methods as disclosed in the description, and wherein said particles are in the form of pellets.
A plant extract or active fraction thereof for use in inhibiting an herpes simplex virus infection or a symptom thereof, wherein the plant is a Cornus species, and wherein the plant extract or active fraction thereof is a flower extract or active fraction thereof; a leaf extract or active fraction thereof; or a stem extract or active fraction thereof.
A handheld work tool comprising an interface for holding a cutting tool, an electric motor having a rotational axis and being arranged to drive the cutting tool, a battery compartment for holding a battery arranged to power the electric motor, a support arm and a belt guard, where the support arm is arranged to support the circular cutting tool on a first end of the support arm, and to support the electric motor at a second end of the support arm, opposite to the first end, and where the belt guard and at least a part of the support arm are configured to enclose an interior space, characterized in that the hand-held work tool (100, 200, 800, 1000) comprises a fan, configured to generate a flow of cooling air, wherein a portion of the flow of cooling air is arranged to be guided via at least one opening into the interior space, thereby increasing an air pressure in the interior space above an ambient air pressure level.
A method for allocating a Device to Device (D2D) resource, the method comprising: determining D2D resource pool configurations corresponding to respective quality of service levels of D2D services; and transmitting information about the D2D resource pool configurations corresponding to the respective quality of service levels of the D2D services to a user equipment. wherein the information about the D2D resource pool configurations comprises at least one of: information about time-frequency resources in the D2D resource pools; information about resource configuration periodicities of the D2D resource pools; information about offsets of the D2D resource pools; information about the numbers of retransmissions in transmission of data over resources in the D2D resource pools; information about power allocation in transmission of data over resources in the D2D resource pools; and parameters related to a collision detection mechanism for use in selection among resources in D2D resource pools. determining D2D resource pool configurations corresponding to respective quality of service levels of D2D services; and transmitting information about the D2D resource pool configurations corresponding to the respective quality of service levels of the D2D services to a user equipment. wherein the information about the D2D resource pool configurations comprises at least one of: information about time-frequency resources in the D2D resource pools; information about resource configuration periodicities of the D2D resource pools; information about offsets of the D2D resource pools; information about the numbers of retransmissions in transmission of data over resources in the D2D resource pools; information about power allocation in transmission of data over resources in the D2D resource pools; and parameters related to a collision detection mechanism for use in selection among resources in D2D resource pools. information about time-frequency resources in the D2D resource pools; information about resource configuration periodicities of the D2D resource pools; information about offsets of the D2D resource pools; information about the numbers of retransmissions in transmission of data over resources in the D2D resource pools; information about power allocation in transmission of data over resources in the D2D resource pools; and parameters related to a collision detection mechanism for use in selection among resources in D2D resource pools.
A combustor comprising: a combustion chamber; a combustor wall at least partially bounding the combustion chamber, the combustor wall including a first side facing the combustion chamber and a second side (60 b) facing away from the combustion chamber, the second side including an array of geometric surface features for thermal transfer; and a metallic coating disposed on at least a portion of the second side of the combustor wall, and wherein the combustor wall includes a substrate and the geometric surface features are either pins that extend outwards from the substrate or dimples that extend into the substrate. a combustion chamber; a combustor wall at least partially bounding the combustion chamber, the combustor wall including a first side facing the combustion chamber and a second side (60 b) facing away from the combustion chamber, the second side including an array of geometric surface features for thermal transfer; and a metallic coating disposed on at least a portion of the second side of the combustor wall, and wherein the combustor wall includes a substrate and the geometric surface features are either pins that extend outwards from the substrate or dimples that extend into the substrate.