mhurhangee/ep-ind-claims huggingface dataset:
A method of decoding multiview video data, the method comprising: determining a partition mode for decoding a block of video data associated with a first view, wherein the partition mode indicates a division of the block of video data for predictive coding; determining, based on the determined partition mode, whether to decode a weighting factor for application to a residual predictor in an inter-view residual prediction process, wherein the inter-view residual prediction process includes determining a residual predictor for predicting residual data associated with the block of video data, wherein the residual data indicate differences between samples of the block of video data and corresponding samples of a temporal reference block identified by a temporal motion vector of the block of video data, and wherein the residual predictor indicates differences between samples of a disparity reference block identified by a disparity vector of the block of video data and corresponding samples of a temporal disparity reference block identified by the temporal motion vector and the disparity motion vector; and decoding the block of video data with the determined partition mode. determining a partition mode for decoding a block of video data associated with a first view, wherein the partition mode indicates a division of the block of video data for predictive coding; determining, based on the determined partition mode, whether to decode a weighting factor for application to a residual predictor in an inter-view residual prediction process, wherein the inter-view residual prediction process includes determining a residual predictor for predicting residual data associated with the block of video data, wherein the residual data indicate differences between samples of the block of video data and corresponding samples of a temporal reference block identified by a temporal motion vector of the block of video data, and wherein the residual predictor indicates differences between samples of a disparity reference block identified by a disparity vector of the block of video data and corresponding samples of a temporal disparity reference block identified by the temporal motion vector and the disparity motion vector; and decoding the block of video data with the determined partition mode.
A method of classifying a subject having idiopathic scoliosis or at risk of developing IS, wherein the IS is preferably adolescent IS, comprising: a) determining the cellular response to Gi stimulation in a cell sample from the subject in the presence of added osteopontin; b) determining the cellular response to Gi stimulation in a cell sample from the subject in the absence of OPN; and c) comparing the cellular response obtained in the presence of OPN with the cellular response obtained in the absence of OPN, wherein (i) an increase in cellular response following Gi-stimulation in the presence of OPN in the sample is indicative that the subject belongs to functional group FG1; and (ii) wherein a decrease in cellular response following Gi-stimulation in the presence of OPN is indicative that the subject belongs to functional group FG2 or FG3 a) determining the cellular response to Gi stimulation in a cell sample from the subject in the presence of added osteopontin; b) determining the cellular response to Gi stimulation in a cell sample from the subject in the absence of OPN; and c) comparing the cellular response obtained in the presence of OPN with the cellular response obtained in the absence of OPN,
An opening adjusting device for adjusting an opening of a door for a vehicle, the opening adjusting device being intended to be used at a door checking mechanism including a movement restriction portion configured to be fixed at the door for the vehicle, the door checking mechanism being provided with a check link including a first end portion being rotatably mounted on a vehicle body, the check link extending at an inside of the door for the vehicle, the check link being relatively movable in a longitudinal direction of the check link relative to the movement restriction portion, the door checking mechanism including a stopper portion being provided at a second end portion of the check link extending at the inside of the door for the vehicle, the opening adjusting device comprising: an opening adjusting block including a first portion and a second portion having a predetermined distance from the first portion in a moving direction of the check link; and the movement restriction portion; wherein the movement restriction portion is configured to restrict the opening adjusting block from moving to the first end portion of the check link by coming in contact with the first portion; and in a case where the movement restriction portion restricts the opening adjusting block from moving to the first end portion of the check link, the opening adjusting block is configured to restrict the check link from moving to the first end portion of the check link by a contact of the second portion with the stopper portion, characterized in that the second portion is formed as an inclination surface having a predetermined angle relative to the stopper portion. an opening adjusting block including a first portion and a second portion having a predetermined distance from the first portion in a moving direction of the check link; and the movement restriction portion; wherein the movement restriction portion is configured to restrict the opening adjusting block from moving to the first end portion of the check link by coming in contact with the first portion; and in a case where the movement restriction portion restricts the opening adjusting block from moving to the first end portion of the check link, the opening adjusting block is configured to restrict the check link from moving to the first end portion of the check link by a contact of the second portion with the stopper portion, characterized in that the second portion is formed as an inclination surface having a predetermined angle relative to the stopper portion.
A method of measuring atmospheric water content comprising: determining a ratio of specific heats of a volume of air in a gas turbine engine (102, 104) based on a first pressure and a first temperature at a first location in the gas turbine engine and a second pressure and a second temperature at second location in the gas turbine engine; wherein the first pressure, the first temperature, the second pressure and the second temperature are measured directly or are derived by computing the respective parameter from other measured parameters; and determining a water content of the volume of air using the ratio of specific heats of the volume of air. determining a ratio of specific heats of a volume of air in a gas turbine engine (102, 104) based on a first pressure and a first temperature at a first location in the gas turbine engine and a second pressure and a second temperature at second location in the gas turbine engine; wherein the first pressure, the first temperature, the second pressure and the second temperature are measured directly or are derived by computing the respective parameter from other measured parameters; and determining a water content of the volume of air using the ratio of specific heats of the volume of air.
A system for a gas turbine engine comprising: an accessory gearbox; a starter gear train; a core-turning motor; a reduction gear train operable to drive rotation of the starter gear train that interfaces to the accessory gearbox; a mounting pad comprising an interface to couple the core-turning motor to a core-turning input of the reduction gear train; characterized by the reduction gear train comprising: a starter interface gear that engages the starter gear train; a core-turning clutch operably connected to the starter interface gear; and a plurality of stacked planetary gear systems operably connected to the core-turning clutch and the core-turning input. an accessory gearbox; a starter gear train; a core-turning motor; a reduction gear train operable to drive rotation of the starter gear train that interfaces to the accessory gearbox; a mounting pad comprising an interface to couple the core-turning motor to a core-turning input of the reduction gear train; characterized by the reduction gear train comprising: a starter interface gear that engages the starter gear train; a core-turning clutch operably connected to the starter interface gear; and a plurality of stacked planetary gear systems operably connected to the core-turning clutch and the core-turning input. a starter interface gear that engages the starter gear train; a core-turning clutch operably connected to the starter interface gear; and a plurality of stacked planetary gear systems operably connected to the core-turning clutch and the core-turning input.
Feeder pillar for exhibition stands formed of partitions held by posts (21, 22) and at their base by a crossmember extending between two posts (21, 22) at ground level, which pillar comprises a base comprising wired connections, and a plurality of individual façades each one comprising product and/or service management and distribution means allowing products or services from physical distribution networks to be distributed to each stand of a group of stands (23, 24, 25, 26), said pillar being characterised in that it comprises at least one crossmember, possibly removable and preferably retractable, secured to the base of said pillar, which pillar further comprising a central opening able to accept a central post and at least one vertical slot able to accept a partition that comes into contact with said central post and said at least one crossmember secured to the base, which crossmember leaves enough space to allow the passage of the wired connections present inside the feeder pillar.
Hinge assembly for coupling, with respect to a first element, a second element extending globally in a plane, the hinge comprising a supporting member suitable for being attached to the first element and a hinge body hinged on the supporting member along a parallel axis to said plane, the second element and the hinge body having, at least locally, in said plane, a hollow shape open on one side, and a complementary raised surface shape inserted in the hollow shape, the hinge body being connected to said second element by at least one linking element (27, 37, 50) comprising at least one bearing part (27, 50), moved, via angle transmission means, under the action of pressure means mounted on the hinge body, for, in said plane of the second element or along a direction (29a, 41b1, 41b2) having a component in this plane, creating pressure on this second element and the hinge body, by movement followed by locking in said plane or along said direction, characterised in that the bearing part (27, 50) acts upon the second element by projection at the periphery of the body while being moved in a guided manner in the body.
A deployment device for an all suture anchor having a braided anchor and a suture filament extending through the anchor, comprising: a body; a ratchet wheel rotatably mounted to the body; and a spool coupled to the ratchet wheel by a frangible link; characterized by further comprising a fork extending longitudinally through the body and moveable between an extended position and a withdrawn position, and a lever coupled to the fork to move the fork longitudinally within the body from the extended to the withdrawn position and to the ratchet wheel to rotate the ratchet wheel. a body; a ratchet wheel rotatably mounted to the body; and a spool coupled to the ratchet wheel by a frangible link; characterized by further comprising a fork extending longitudinally through the body and moveable between an extended position and a withdrawn position, and a lever coupled to the fork to move the fork longitudinally within the body from the extended to the withdrawn position and to the ratchet wheel to rotate the ratchet wheel.
A method for grinding a tip of a blade (11c,13c,15c,17f), characterized by comprising: a movement restriction step of restricting a relative movement of a blade (11b,13b,15b) with respect to a disk of the blade (11a,13a,15a) of a blisk by locking a disk locking section (31,41) of a jig (30,40) to the disk of the blade (11a,13a,15a) of the blisk and by locking a blade locking section (33,43) of the jig (30,40), which is connected to the disk locking section (31,41) through a connection portion of the jig (35,45), via a damping member (33a,33b,43a,43b) to an airfoil of the blisk including the disk (11a,13a,15a) to which the disk locking section (31,41) is locked while the jig (30,40) is inserted between two adjacent blade cascades (11, 13, 15) of the blisk, the blisk being formed from the disk (11a,13a,15a) and the blade (11b,13b,15b) both integrally provided; and a grinding step of concurrently grinding a tip (11c, 13c, 15c) of the blade of the blisk in the rotor and a tip of a blade of a blade-disk assembled wheel during rotation of the rotor at a predetermined speed, the blade-disk assembled wheel formed from a disk and a blade both separately provided.
A program for causing a computer built into a management server, which manages communication between a cloud server provided outside a predetermined LAN and a specific device provided inside the predetermined LAN in a communication system that establishes communication between the cloud server and the specific device via one of a plurality of gateways provided inside the predetermined LAN, to execute the steps of: a) receiving from the cloud server an access request to access the specific device; characterized by b) transmitting a tunnel connection request to establish tunnel communication with the cloud server in response to the access request, the step b) including the step of: b-1) if there is no communication session between a specific gateway corresponding to the specific device and the management server at a time of receipt of the access request, transmitting the tunnel connection request to a substitute gateway different from the specific gateway via a communication session between the substitute gateway and the management server, the step b-1) including the steps of: b-1-1) if the security level of the substitute gateway is lower than the security level of the specific gateway, transmitting the tunnel connection request to the substitute gateway along with a transfer request to transfer the tunnel connection request to the specific gateway and establishing the tunnel communication between the specific gateway and the cloud server; and b-1-2) if the security level of the substitute gateway is higher than the security level of the specific gateway, transmitting the tunnel connection request to the substitute gateway and establishing the tunnel communication between the substitute gateway and the cloud server. a) receiving from the cloud server an access request to access the specific device; characterized by b) transmitting a tunnel connection request to establish tunnel communication with the cloud server in response to the access request, b-1) if there is no communication session between a specific gateway corresponding to the specific device and the management server at a time of receipt of the access request, transmitting the tunnel connection request to a substitute gateway different from the specific gateway via a communication session between the substitute gateway and the management server, b-1-1) if the security level of the substitute gateway is lower than the security level of the specific gateway, transmitting the tunnel connection request to the substitute gateway along with a transfer request to transfer the tunnel connection request to the specific gateway and establishing the tunnel communication between the specific gateway and the cloud server; and b-1-2) if the security level of the substitute gateway is higher than the security level of the specific gateway, transmitting the tunnel connection request to the substitute gateway and establishing the tunnel communication between the substitute gateway and the cloud server.
Wiper blade for the cleaning of vehicle windows, with a wiper blade body, which is able to be connected to a wiper arm via a wiper blade adapter arranged approximately centrally on the wiper blade body, wherein the wiper blade body has a wiper rubber with a wiper lip, and wherein a receiving groove (16, 17) which is U-shaped in cross section is formed and in which a strip-shaped spring strip (18, 19) engages in the wiper rubber on both longitudinal sides lying opposite each other, wherein the two spring strips (18, 19) are rigidly connected to each other by means of at least one reinforcing element, wherein the reinforcing element engages over the wiper blade body on the side facing away from the wiper lip and is connected directly to the two spring strips (18, 19), wherein the reinforcing element has mounts (31, 32), which are U-shaped in cross section, for the spring strips (18, 19), which embrace the spring strips (18, 19) on the sides lying opposite the receiving grooves (16, 17) of the wiper rubber, by a clamping fit, wherein the wiper blade body forms a spoiler element on the side facing away from the wiper lip, and that the cross section of the reinforcing element is adapted to the cross section of the spoiler element, wherein at least one reinforcing element is arranged in each case on both sides of the wiper blade adapter, wherein each reinforcing element has at least one through-bore for a washing fluid, each through-bore extending parallel to the wiper blade body, wherein each reinforcing element consists of plastic and is constructed as an injection moulded part characterized in that each through-bore is connected by means of at least one connecting piece (41, 42) to a washing fluid duct (37, 38) constructed in the spoiler element.
A condensing sheet comprising: a light output unit that has a plurality of lenses; and a light input unit that faces the light output unit and includes a light penetration unit and a light reflection unit, wherein the light input unit has grooves and protrusions on the side not facing the light output unit, the grooves function as the light penetration unit, characterized in that the light reflection unit on the protrusion has a structure receiving a reflector in a recess formed in the protrusions, the recess sinking toward the light output unit, wherein a center of the reflector has thickness in the range of 3 to 100 μm, wherein at least two sides of the reflector are inclined, and the thickness of the at least two sides of the reflector along the incline is in the range of 3 to 150 μm, and wherein the at least two sides of the reflector coincide with corresponding inclined sides of the recess. a light output unit that has a plurality of lenses; and a light input unit that faces the light output unit and includes a light penetration unit and a light reflection unit, wherein the light input unit has grooves and protrusions on the side not facing the light output unit, the grooves function as the light penetration unit, characterized in that the light reflection unit on the protrusion has a structure receiving a reflector in a recess formed in the protrusions, the recess sinking toward the light output unit, wherein a center of the reflector has thickness in the range of 3 to 100 μm, wherein at least two sides of the reflector are inclined, and the thickness of the at least two sides of the reflector along the incline is in the range of 3 to 150 μm, and wherein the at least two sides of the reflector coincide with corresponding inclined sides of the recess.
A medical implant and delivery tool package comprising: a wet compartment containing a fluid; an implant comprising a heart valve, wherein the implant is at least partially stored inside the wet compartment; characterized by a dry compartment; and a delivery tool connected to the implant at least partially stored inside the dry compartment a wet compartment containing a fluid; an implant comprising a heart valve, wherein the implant is at least partially stored inside the wet compartment; characterized by a dry compartment; and a delivery tool connected to the implant at least partially stored inside the dry compartment
System unit for a computer, having at least one plug-in card provided with components and having a ventilator for cooling the components, wherein the system unit is also provided with a controller for setting the ventilator speed as a function of a signal of a temperature sensor and as a function of a position of the system unit, characterised in that - a position sensor detects the position of the system unit in a built-in cabinet or the position of the system unit on an installation location of the system unit, - the controller o sets a first ventilator speed in the event that the system unit is installed or built in vertically such that one side of the system unit points downwards and one side of the system unit which is opposite said side points upwards, and o sets a second ventilator speed in the event that the system unit is installed or built in vertically such that the one side of the system unit points upwards and the side of the system unit which is opposite said side points downwards. - a position sensor detects the position of the system unit in a built-in cabinet or the position of the system unit on an installation location of the system unit, - the controller o sets a first ventilator speed in the event that the system unit is installed or built in vertically such that one side of the system unit points downwards and one side of the system unit which is opposite said side points upwards, and o sets a second ventilator speed in the event that the system unit is installed or built in vertically such that the one side of the system unit points upwards and the side of the system unit which is opposite said side points downwards. o sets a first ventilator speed in the event that the system unit is installed or built in vertically such that one side of the system unit points downwards and one side of the system unit which is opposite said side points upwards, and o sets a second ventilator speed in the event that the system unit is installed or built in vertically such that the one side of the system unit points upwards and the side of the system unit which is opposite said side points downwards.
Object with a substrate and a scale which is applied to the substrate using a printing medium comprising magnetizable and/or magnetic particles, has regions comprising the printing medium and regions free of the printing medium, which are arranged between the regions comprising the printing medium, and is designed to identify positions by means of the regions comprising the printing medium and the regions free of the printing medium, wherein the magnetic properties of the substrate are such that, when an external magnetic field is applied to the object or when the magnetic field of the magnetic particles from the printing medium is read, a stronger magnetic field than that of the substrate is generated, wherein the scale has a plurality of scale graduations of different lengths, wherein, at predetermined positions of the scale, scale graduations of a predetermined length (l 3) together with an inscription respectively define absolute positions of the scale and, at other predetermined positions, scale graduations of a different predetermined length (l 1, l 2) respectively define relative positions between the absolute positions, wherein the inscription is applied to the substrate using the printing medium.