mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a primary optical facility; a rotating aperture element positioned within the primary optical facility, having a center axis and rotatable about the central axis of the primary optical facility, the rotatable aperture element including three apertures positioned collinearly, each one of the apertures selectively transmitting a portion of an optical wavefront of the primary optical facility, thereby providing three optical channels, and the center one of the apertures positioned on the center axis and selectively transmitting the center one of the three optical channels centered about the center axis of the primary optical facility to provide a reference image independent of object depth; and a rotating refocusing facility rotatable about the central axis of the primary optical facility, including three refocusing lenses, each one of the three refocusing lenses placed at a conjugate position with respect to the corresponding one of the three apertures along a corresponding one of the three optical paths to refocus a ray bundle from the optical wavefront for a corresponding one of the three optical channels; and a single sensor having a plurality of regions, each one of the plurality of regions allocated to the ray bundle for a corresponding of the three optical channels. a primary optical facility; a rotating aperture element positioned within the primary optical facility, having a center axis and rotatable about the central axis of the primary optical facility, the rotatable aperture element including three apertures positioned collinearly, each one of the apertures selectively transmitting a portion of an optical wavefront of the primary optical facility, thereby providing three optical channels, and the center one of the apertures positioned on the center axis and selectively transmitting the center one of the three optical channels centered about the center axis of the primary optical facility to provide a reference image independent of object depth; and a rotating refocusing facility rotatable about the central axis of the primary optical facility, including three refocusing lenses, each one of the three refocusing lenses placed at a conjugate position with respect to the corresponding one of the three apertures along a corresponding one of the three optical paths to refocus a ray bundle from the optical wavefront for a corresponding one of the three optical channels; and a single sensor having a plurality of regions, each one of the plurality of regions allocated to the ray bundle for a corresponding of the three optical channels.
A method for allocating a memory space with a write-combine attribute, comprising: determining, when resources of devices are scanned, a type and a size of a resource required by each device, wherein the type comprises a write-combine memory space; the method being characterised by: after the scanning of the resources of the devices is completed, determining, according to a size of a write-combine memory space required by each first device, a total size of write-combine memory spaces required by all first devices, wherein the first devices are devices whose resource types comprise the write-combine memory space; and determining a starting address used to allocate a write-combine memory space to the first devices, wherein the starting address is located subsequent to memory spaces allocated to memory modules and a non-write-combine memory space allocated to the devices; and allocating, from the starting address, one memory space jointly to all the first devices according to the total size, and allocating, from the one memory space, a sub-memory space to each first device according to the size of the write-combine memory space required by each first device. determining, when resources of devices are scanned, a type and a size of a resource required by each device, wherein the type comprises a write-combine memory space; the method being characterised by: after the scanning of the resources of the devices is completed, determining, according to a size of a write-combine memory space required by each first device, a total size of write-combine memory spaces required by all first devices, wherein the first devices are devices whose resource types comprise the write-combine memory space; and determining a starting address used to allocate a write-combine memory space to the first devices, wherein the starting address is located subsequent to memory spaces allocated to memory modules and a non-write-combine memory space allocated to the devices; and allocating, from the starting address, one memory space jointly to all the first devices according to the total size, and allocating, from the one memory space, a sub-memory space to each first device according to the size of the write-combine memory space required by each first device. after the scanning of the resources of the devices is completed, determining, according to a size of a write-combine memory space required by each first device, a total size of write-combine memory spaces required by all first devices, wherein the first devices are devices whose resource types comprise the write-combine memory space; and determining a starting address used to allocate a write-combine memory space to the first devices, wherein the starting address is located subsequent to memory spaces allocated to memory modules and a non-write-combine memory space allocated to the devices; and allocating, from the starting address, one memory space jointly to all the first devices according to the total size, and allocating, from the one memory space, a sub-memory space to each first device according to the size of the write-combine memory space required by each first device.
A print preparation method comprising: an ejection step in which liquid drops of actinic energy radiation curable type ink-jet ink each containing a polymerizable compound, a photo-polymerizable initiator and a gelling agent are injected from an ink-jet recording head to supply the actinic energy radiation curable type ink-jet ink onto a recording medium, and an actinic energy radiation exposure step in which the actinic energy radiation curable type ink-jet ink having been ejected onto the recording medium is exposed to actinic energy radiation to form an image, wherein the print preparation method further comprises step in which the recording medium is exposed to electromagnetic waves having a longer wavelength than a wavelength of an absorption wavelength of the photo-polymerization initiator contained in the actinic energy radiation curable type ink-jet ink from a side of a surface on which the image is formed, before conducting the actinic energy radiation exposure step. an ejection step in which liquid drops of actinic energy radiation curable type ink-jet ink each containing a polymerizable compound, a photo-polymerizable initiator and a gelling agent are injected from an ink-jet recording head to supply the actinic energy radiation curable type ink-jet ink onto a recording medium, and an actinic energy radiation exposure step in which the actinic energy radiation curable type ink-jet ink having been ejected onto the recording medium is exposed to actinic energy radiation to form an image, wherein the print preparation method further comprises step in which the recording medium is exposed to electromagnetic waves having a longer wavelength than a wavelength of an absorption wavelength of the photo-polymerization initiator contained in the actinic energy radiation curable type ink-jet ink from a side of a surface on which the image is formed, before conducting the actinic energy radiation exposure step.
Use of a compatibilizer comprising a functionalized copolymer comprising repeating units derived from at least one C4-C8 isoolefin and units derived from at least one C4-C16 conjugated diolefin, wherein said copolymer comprises one or more units derived from said at least one conjugated diolefin wherein the C-C double bond along the backbone of the copolymer is functionalized with an oxygen containing functional group for improving wettability of a substrate surface towards a hydrophilic polymer.
A gas turbine engine comprising: a planetary gear system including a sun gear, intermediate gears, and a ring gear, a carrier attached to a fan drive shaft through a torque shaft to rotate a fan, wherein the intermediate gears are supported by the carrier; and a lubricant recovery system for the planetary gear system comprising: fluid passages (86, 88) extending through the planetary gear system; and a gutter (140, 142) located radially outward from the planetary gear system for collecting lubricant, wherein at least a portion of the gutter (140, 142) is rigidly attached to the ring gear; and a transfer bearing assembly including openings corresponding to passages through the torque shaft, characterized in that: a lubricant manifold is attached to the torque shaft and rotates with the torque shaft about an axis of the engine, a feeder tube is configured to provide lubricant through the passages within the torque shaft to an intermediate lubricant passage, the intermediate lubricant passage configured to pass lubricant through a conduit to passages defined within the carrier. a planetary gear system including a sun gear, intermediate gears, and a ring gear, a carrier attached to a fan drive shaft through a torque shaft to rotate a fan, wherein the intermediate gears are supported by the carrier; and a lubricant recovery system for the planetary gear system comprising: fluid passages (86, 88) extending through the planetary gear system; and a gutter (140, 142) located radially outward from the planetary gear system for collecting lubricant, wherein at least a portion of the gutter (140, 142) is rigidly attached to the ring gear; and fluid passages (86, 88) extending through the planetary gear system; and a gutter (140, 142) located radially outward from the planetary gear system for collecting lubricant, wherein at least a portion of the gutter (140, 142) is rigidly attached to the ring gear; and a transfer bearing assembly including openings corresponding to passages through the torque shaft, characterized in that: a lubricant manifold is attached to the torque shaft and rotates with the torque shaft about an axis of the engine, a feeder tube is configured to provide lubricant through the passages within the torque shaft to an intermediate lubricant passage, the intermediate lubricant passage configured to pass lubricant through a conduit to passages defined within the carrier.
Device for vibration training, comprising - a platform, wherein the platform has a tread surface, which is configured to be stepped on by a device user, - a first actuator, which is configured to set the platform in a vibration movement, and - a second actuator, which is configured to set the platform in a rocking movement, wherein the second actuator has one or more gears which convert a rotation movement of a shaft into the rocking movement of the platform, characterized by a third actuator (28a, 28b), which is configured to set the platform in a linear movement (22a, 22b), wherein the third actuator (28a, 28b) is configured to move the platform within an at least substantially horizontal plane. - a platform, wherein the platform has a tread surface, which is configured to be stepped on by a device user, - a first actuator, which is configured to set the platform in a vibration movement, and - a second actuator, which is configured to set the platform in a rocking movement, wherein the second actuator has one or more gears which convert a rotation movement of a shaft into the rocking movement of the platform, characterized by a third actuator (28a, 28b), which is configured to set the platform in a linear movement (22a, 22b), wherein the third actuator (28a, 28b) is configured to move the platform within an at least substantially horizontal plane.
A femoral hip joint spacer for temporary replacement of a part of a hip joint, the hip joint spacer having a prosthesis body, the prosthesis body having a ball head (1, 51, 101, 151, 201) with a sliding surface (2, 52, 102, 202), a neck (3, 53, 103, 203), which is connected to the ball head (1, 51, 101, 151, 201), a collar (4, 54, 104, 204), which is connected on a proximal side to the neck (3, 53, 103, 203), and a stem (5, 55, 105, 205), which is connected to a distal side of the collar (4, 54, 104, 204), wherein at least one fastening area (6, 7, 56, 57, 106, 206) is arranged on the stem (5, 55, 105, 205) of the prosthesis body, the hip joint spacer further having a first tubular and liquid-conveying connecting means (8, 58, 108, 158, 208) for feeding a medical irrigation liquid into the prosthesis body, an irrigation liquid inlet opening in a surface of the prosthesis body, wherein the first connecting means (8, 58, 108, 158, 208) is connected or connectable in liquid-conveying manner to the irrigation liquid inlet opening, at least one irrigation liquid discharge opening (14, 20, 64, 70, 114, 120, 170, 214, 220) which is arranged in the surface of the prosthesis body outside the at least one fastening area (6, 7, 56, 57, 106, 206), wherein the at least one first irrigation liquid discharge opening (14, 20, 64, 70, 114, 120, 170, 214, 220) is connected inside the prosthesis body in liquid-conveying manner to the irrigation liquid inlet opening characterized in that the femoral hip joint spacer further having a second tubular and liquid-conveying connecting means (9, 59, 109, 159, 209) for draining the irrigation liquid from the prosthesis body, an irrigation liquid outlet opening in the surface of the prosthesis body, wherein the second connecting means (9, 59, 109, 159, 209) is connected or connectable in liquid-conveying manner to the irrigation liquid outlet opening, at least one irrigation liquid intake opening (16, 18, 66, 68, 116, 118, 168, 216) which is arranged in the surface of the prosthesis body outside the at least one fastening area (6, 7, 56, 57, 106, 206) wherein the at least one irrigation liquid intake opening (16, 18, 66, 68, 116, 118, 168, 216) is connected inside the prosthesis body in liquid-conveying manner to the irrigation liquid outlet opening, wherein the at least one irrigation liquid discharge opening (14, 20, 64, 70, 114, 120, 170, 214, 220) inside the prosthesis body is not connected in a liquid-conveying manner to the irrigation liquid outlet opening and in that the at least one irrigation liquid intake opening (16, 18, 66, 68, 116, 118, 168, 216) inside the prosthesis body is not connected in a liquid-conveying manner to the irrigation liquid inlet opening.
Device for securing a railway apparatus, comprising a support platform of the railway apparatus and at least one mechanism which is intended for securing the railway apparatus on the support platform and is capable of moving from a locked position to an unlocked position and vice versa, the securing mechanism comprising: - at least one guide rail extending in a longitudinal direction; - at least one member for fixing the railway apparatus to the support platform, capable of moving along the guide rail; and characterized in that the securing mechanism further includes: - an upper beam supporting the guide rail; and - a lower beam connected to the support platform, the upper beam and the lower beam being connected via at least one connecting member that is configured such that the upper beam is movable relative to the lower beam in a direction perpendicular to the longitudinal direction of the guide rail, the perpendicular direction also being normal to the loading plane defined by the free surface of the support platform, and in that the securing mechanism includes means for locking said at least one connecting member, said means being configured to prevent movement of the upper beam relative to the lower beam. - at least one guide rail extending in a longitudinal direction; - at least one member for fixing the railway apparatus to the support platform, capable of moving along the guide rail; and - an upper beam supporting the guide rail; and - a lower beam connected to the support platform,
A ring with a rotation and lock function to selectively display multiple jewels, the ring comprising: a first side including a first hole; a second side positioned in an opposite side to the first side and including a plurality of second holes, each of which is smaller than the first hole; a third side bent from the first side; a fourth side bent from the first side and positioned in an opposite side to the third side; a space formed between the first and the second side; a plurality of receivers positioned in the space and meeting with the second side; elastic members respectively positioned in the plurality of receivers, and jewels respectively sitting on the elastic members, wherein the second side and the plurality of receivers are rotatable in a state that the first, the third, and the fourth side are fixed, wherein the first hole has a first width and a second width that is narrower than the first width in a first direction, characterized in that the plurality of receivers is arranged to be spaced apart to each other along the second side, wherein the jewels are movable in a second direction intersecting the first direction and an opposite direction to the second direction, and wherein a part of the jewel positioned in the receiver that is aligned with the first hole among the plurality of the receivers is protruded outward from the first hole, the other part of the jewel positioned in the receiver that is not aligned with the first hole among the plurality of receivers is positioned inside a second hole among the plurality of the second holes. a first side including a first hole; a second side positioned in an opposite side to the first side and including a plurality of second holes, each of which is smaller than the first hole; a third side bent from the first side; a fourth side bent from the first side and positioned in an opposite side to the third side; a space formed between the first and the second side; a plurality of receivers positioned in the space and meeting with the second side; elastic members respectively positioned in the plurality of receivers, and jewels respectively sitting on the elastic members, wherein the second side and the plurality of receivers are rotatable in a state that the first, the third, and the fourth side are fixed, wherein the first hole has a first width and a second width that is narrower than the first width in a first direction, characterized in that the plurality of receivers is arranged to be spaced apart to each other along the second side, wherein the jewels are movable in a second direction intersecting the first direction and an opposite direction to the second direction, and wherein a part of the jewel positioned in the receiver that is aligned with the first hole among the plurality of the receivers is protruded outward from the first hole, the other part of the jewel positioned in the receiver that is not aligned with the first hole among the plurality of receivers is positioned inside a second hole among the plurality of the second holes.
A method for performing wireless communication by a first device configured to operate in a 3GPP wireless communication system, the method comprising: receiving, from a network, i) information for at least one sidelink, SL, resource for transmissions of a physical sidelink control channel, PSCCH, and a physical sidelink shared channel, PSSCH, and ii) information for a physical uplink control channel, PUCCH, resource for reporting a hybrid automatic repeat request, HARQ, feedback for a transmission of the PSSCH; generating an acknowledgement, ACK, based on the first device not transmitting the PSCCH and the PSSCH in the at least one SL resource; and transmitting, to the network, the ACK based on the PUCCH resource, characterised in that the at least one SL resource is provided by a configured grant, wherein the information for the at least one SL resource and the information for the PUCCH resource are received from the network through a radio resource control, RRC, message, wherein the information for the PUCCH resource includes information related to a slot offset between the PUCCH resource and a physical sidelink feedback channel, PSFCH, resource, and wherein the PUCCH resource is included in a slot after the slot offset from a slot including the PSFCH resource. receiving, from a network, i) information for at least one sidelink, SL, resource for transmissions of a physical sidelink control channel, PSCCH, and a physical sidelink shared channel, PSSCH, and ii) information for a physical uplink control channel, PUCCH, resource for reporting a hybrid automatic repeat request, HARQ, feedback for a transmission of the PSSCH; generating an acknowledgement, ACK, based on the first device not transmitting the PSCCH and the PSSCH in the at least one SL resource; and transmitting, to the network, the ACK based on the PUCCH resource, characterised in that the at least one SL resource is provided by a configured grant, wherein the information for the at least one SL resource and the information for the PUCCH resource are received from the network through a radio resource control, RRC, message, wherein the information for the PUCCH resource includes information related to a slot offset between the PUCCH resource and a physical sidelink feedback channel, PSFCH, resource, and wherein the PUCCH resource is included in a slot after the slot offset from a slot including the PSFCH resource.