mhurhangee/ep-ind-claims huggingface dataset:
Method implemented in a smart body scanner for online apparel retail and fitness and healthcare applications, such a smart body scanner being built up by a turntable for turning around a body to be scanned and a number of depth sensors, in particular Stereo Vision Sensors, to create a number of 3D depth images of the body during the turning around of the body at a certain instantaneous angle of rotation of the body, comprising: a hardware processing step generating and recording depth data images which may include saturated bright regions and lost dark regions; a pre-processing step using High Dynamic Range processing to combine depth data obtained in the saturated bright regions and the lost dark regions; and a model fusion step using algorithms to create a single unequivocal 3D body model from a stream of 3D depth images from multiple angles of view, the model fusion step being cyclical running approximation process, wherein a depth information of a 1 st depth image and a 2 nd depth image is transformed to polar coordinates related to a geometrically best guess central point of a rotation axis of the body, wherein the 2 nd depth image is rotated by an estimated angular increment between the depth images and when a maximum of correlation between the 1 st and a 2 nd depth image is found, the 2 nd image is transformed to this optimum position and the overlapping parts between the 1 st and 2 nd image are averaged to an improved image, wherein from this improved image a better guess of the vertical rotation axis is calculated and wherein a depth information of a 3rd depth image is transformed to polar coordinates related to the new best guess central point of the rotation axis of the body. a hardware processing step generating and recording depth data images which may include saturated bright regions and lost dark regions; a pre-processing step using High Dynamic Range processing to combine depth data obtained in the saturated bright regions and the lost dark regions; and a model fusion step using algorithms to create a single unequivocal 3D body model from a stream of 3D depth images from multiple angles of view, the model fusion step being cyclical running approximation process, wherein a depth information of a 1 st depth image and a 2 nd depth image is transformed to polar coordinates related to a geometrically best guess central point of a rotation axis of the body, wherein the 2 nd depth image is rotated by an estimated angular increment between the depth images and when a maximum of correlation between the 1 st and a 2 nd depth image is found, the 2 nd image is transformed to this optimum position and the overlapping parts between the 1 st and 2 nd image are averaged to an improved image, wherein from this improved image a better guess of the vertical rotation axis is calculated and wherein a depth information of a 3rd depth image is transformed to polar coordinates related to the new best guess central point of the rotation axis of the body.
A cryostat comprising: a multistage cryocooler having at least first and final cooling stages; and a cryogen path including first and final stage heat exchangers thermally coupled to the first and final cooling stages respectively for cooling a cryogen passing along the cryogen path, characterized in that the cryogen cooling path further comprising a terminal cooling chamber arranged to receive the cryogen from the final stage heat exchanger and also being thermally coupled to the final cooling stage of the cryocooler so as to further cool the cryogen, wherein the terminal cooling chamber comprises a floor and one or more baffles extending upwardly from the floor, the baffles being arranged to direct the cryogen along one or more extended paths through the terminal cooling chamber. a multistage cryocooler having at least first and final cooling stages; and a cryogen path including first and final stage heat exchangers thermally coupled to the first and final cooling stages respectively for cooling a cryogen passing along the cryogen path, characterized in that the cryogen cooling path further comprising a terminal cooling chamber arranged to receive the cryogen from the final stage heat exchanger and also being thermally coupled to the final cooling stage of the cryocooler so as to further cool the cryogen, wherein the terminal cooling chamber comprises a floor and one or more baffles extending upwardly from the floor, the baffles being arranged to direct the cryogen along one or more extended paths through the terminal cooling chamber.
A modified factor VII (FVII) polypeptide, comprising modifications in a FVII polypeptide, wherein: the modifications are at positions corresponding to position 286 and position 298 in a FVII polypeptide having the sequence of amino acids set forth in SEQ ID NO:3 or in corresponding positions at aligned loci in a FVII polypeptide; the modification at position 286 is an amino acid replacement with an arginine (Arg, R); the modification at position 298 is an amino acid replacement with a glutamine (Gln, Q); and the modified FVII polypeptide exhibits increased coagulant activity compared to an unmodified FVII polypeptide that does not have the modification at position 286. the modifications are at positions corresponding to position 286 and position 298 in a FVII polypeptide having the sequence of amino acids set forth in SEQ ID NO:3 or in corresponding positions at aligned loci in a FVII polypeptide; the modification at position 286 is an amino acid replacement with an arginine (Arg, R); the modification at position 298 is an amino acid replacement with a glutamine (Gln, Q); and the modified FVII polypeptide exhibits increased coagulant activity compared to an unmodified FVII polypeptide that does not have the modification at position 286.
A heat exchanger comprising: a first fluid pathway enclosed in a heat exchanger body to convey a first fluid through the heat exchanger body; and a second fluid pathway enclosed in the heat exchanger body to convey a second fluid through the heat exchanger body and facilitate thermal energy exchange between the first fluid and the second fluid, the first fluid pathway and the second fluid pathway together arranged in a spiral arrangement extending along a central axis of the heat exchanger, and characterized by the heat exchanger body being a unitary element with openings defining the first fluid pathway and the second fluid pathway extending therethrough, surrounded by and separated by a thickness of body material; wherein a helix angle of one or more of the first fluid pathway and the second fluid pathway varies along the central axis. a first fluid pathway enclosed in a heat exchanger body to convey a first fluid through the heat exchanger body; and a second fluid pathway enclosed in the heat exchanger body to convey a second fluid through the heat exchanger body and facilitate thermal energy exchange between the first fluid and the second fluid, the first fluid pathway and the second fluid pathway together arranged in a spiral arrangement extending along a central axis of the heat exchanger, and characterized by the heat exchanger body being a unitary element with openings defining the first fluid pathway and the second fluid pathway extending therethrough, surrounded by and separated by a thickness of body material; wherein a helix angle of one or more of the first fluid pathway and the second fluid pathway varies along the central axis.
An inductive charger rotatable dock for an electronic device, the dock comprising: a stator cap including a structural mount interface attached thereto for mounting the dock to a structure; a rotor frame with a circular bearing defined by a central opening, and a pair of opposed magnet support arms extending radially from the circular bearing; a stator base to which the rotor frame is rotatably engaged within the circular bearing thereof, the stator base being coupled to the stator cap through the central opening of the rotor frame; an inductive charging coil mounted to the stator base for electromagnetic coupling with an inductive charging receiver of the electronic device; and one or more permanent magnets mounted to each of the pair of opposed magnet support arms for interacting with magnetic mount engagement points of the electronic device to mount the electronic device to the dock. a stator cap including a structural mount interface attached thereto for mounting the dock to a structure; a rotor frame with a circular bearing defined by a central opening, and a pair of opposed magnet support arms extending radially from the circular bearing; a stator base to which the rotor frame is rotatably engaged within the circular bearing thereof, the stator base being coupled to the stator cap through the central opening of the rotor frame; an inductive charging coil mounted to the stator base for electromagnetic coupling with an inductive charging receiver of the electronic device; and one or more permanent magnets mounted to each of the pair of opposed magnet support arms for interacting with magnetic mount engagement points of the electronic device to mount the electronic device to the dock.
A recording apparatus comprising: a recording head for performing recording on a medium; a first roller for inverting the medium which is fed from a side of the recording head; and a second roller of which an outer circumferential surface is in contact with medium transportation paths before and after the medium is inverted by the first roller and which is arranged to exert a transportation force on the medium; wherein the second roller is located on an upstream side of the recording head; and characterized in that: a feeding path that provides the medium converges with a transportation path formed by the first roller. a recording head for performing recording on a medium; a first roller for inverting the medium which is fed from a side of the recording head; and a second roller of which an outer circumferential surface is in contact with medium transportation paths before and after the medium is inverted by the first roller and which is arranged to exert a transportation force on the medium; wherein the second roller is located on an upstream side of the recording head; and characterized in that: a feeding path that provides the medium converges with a transportation path formed by the first roller. a feeding path that provides the medium converges with a transportation path formed by the first roller.
A method performed by a wireless device for Channel Quality Indicator, CQI, index reporting in a wireless communication system, the method comprising: deriving a CQI index to be reported to a network node, where the CQI index is derived assuming a Physical Downlink Shared Channel, PDSCH, transmission on a Channel State Information, CSI, reference resource, wherein it is further assumed that a wireless device-specific reference signal overhead in the CSI reference resource is consistent with a number of additional Demodulation Reference Signal, DMRS, symbols; and reporting the CQI index to the network node. deriving a CQI index to be reported to a network node, where the CQI index is derived assuming a Physical Downlink Shared Channel, PDSCH, transmission on a Channel State Information, CSI, reference resource, wherein it is further assumed that a wireless device-specific reference signal overhead in the CSI reference resource is consistent with a number of additional Demodulation Reference Signal, DMRS, symbols; and reporting the CQI index to the network node.
A handgun holster comprising a shell made of a first, rigid material, an inner shell face defined by said shell, said shell having an elongated shape according to a longitudinal direction starting from a handgun insertion end, wherein said inner face is at least partially covered by an inner sleeve comprising a second material having anti-adhesion performances with respect to the handgun, said second material being a polymeric material chosen among polytetrafluoroethylene, polyoxymethylene, and other materials adapted to provide similar anti-friction and anti-adhesion performances, characterized in that said shell comprises two side walls mutually joined by a rear rib and by a front rib, said front rib being adapted to face a barrel of said handgun, said inner sleeve consisting of an elongated gutter-like body with a substantially C-shaped cross section, a recess being formed over a part of said inner shell face including said front rib and portions of said side walls adjacent with said front rib as a negative impression of the shape and side of said sleeve, said recess being adapted to releasably accommodate said inner sleeve, thereby restoring the rib and wall thickness the shell would have without the recess.
Device for safely operating an autonomously operable agricultural machine, having: - an input interface for receiving a sensor signal from an environmental sensor on the agricultural machine containing information relating to objects in the environment of the agricultural machine; - a processing unit for identifying a fault situation on the basis of the sensor signal; - a classification unit for assigning the identified fault situation to a fault class on the basis of a predefined assignment rule; and - a transmitting interface for periodically transmitting a message to a control unit of the agricultural machine via a vehicle bus system of the agricultural machine, wherein the message comprises the fault class if the fault situation was identified, and does not comprise a fault class if no fault situation was identified, and wherein the transmitting interface is designed to transmit the message at regular intervals of time. - an input interface for receiving a sensor signal from an environmental sensor on the agricultural machine containing information relating to objects in the environment of the agricultural machine; - a processing unit for identifying a fault situation on the basis of the sensor signal; - a classification unit for assigning the identified fault situation to a fault class on the basis of a predefined assignment rule; and - a transmitting interface for periodically transmitting a message to a control unit of the agricultural machine via a vehicle bus system of the agricultural machine, wherein the message comprises the fault class if the fault situation was identified, and does not comprise a fault class if no fault situation was identified, and wherein the transmitting interface is designed to transmit the message at regular intervals of time.
A beam focusing unit for a laser weapon system, comprising: a laser generating unit; at least one output element; and a beam optics element; wherein the beam focusing unit comprises a fully movable part and a stationary or partly movable part; wherein the stationary or partly movable part is configured to position the beam focusing unit or to transport the beam focusing unit between operations; wherein the fully movable part is configured to target or follow targets for the laser weapon system; wherein the beam optics element and the at least one output element are arranged on the fully movable part characterized in that, wherein the at least one output element comprises a fiber amplifier unit, wherein a seed laser unit and at least one pump laser unit are connected to the at least one output element by using at least one optical fiber, wherein the fiber amplifier unit is configured to be supplied by the at least one optical fiber. a laser generating unit; at least one output element; and a beam optics element; wherein the beam focusing unit comprises a fully movable part and a stationary or partly movable part; wherein the stationary or partly movable part is configured to position the beam focusing unit or to transport the beam focusing unit between operations; wherein the fully movable part is configured to target or follow targets for the laser weapon system; wherein the beam optics element and the at least one output element are arranged on the fully movable part characterized in that, wherein the at least one output element comprises a fiber amplifier unit, wherein a seed laser unit and at least one pump laser unit are connected to the at least one output element by using at least one optical fiber, wherein the fiber amplifier unit is configured to be supplied by the at least one optical fiber.
Washing machine, comprising at least one nozzle and a water supply line, a fluidic oscillator being arranged between the at least one nozzle and the water supply line, the fluidic oscillator being connected to the water supply line and the at least one nozzle in such a way that water is conducted via the water supply line through the fluidic oscillator into a nozzle, characterised in that a nozzle is arranged in a channel and a further nozzle is arranged in a further channel, and in that the channel and the further channel are arranged adjacently to an output of the fluidic oscillator, and in that the fluidic oscillator is arranged between the water supply line and the channel and the further channel in such a way that, during operation, it conducts the water flowing through said oscillator from the water supply line into the channel and the further channel in a periodically switching manner, so that one nozzle and the other nozzle are alternately supplied with water.
A drafting system for a spinning machine, having an output roller pair formed by a top output roller and a bottom output roller, and having a fiber condensation for condensing a drafted fiber strand disposed downstream of an output roller pair of the drafting system, which fiber condensation has a pneumatic condensing device having a fiber bundling zone and having a suctionable suction tube enlaced by a lattice element, the fiber bundling zone being bounded by two clamping points (K1, K2) each having a length (L1, L2), a first clamping point being defined by the two rollers (6, 7) of the output roller pair and a second clamping point being defined by the top output roller and the lattice element, characterized in that the length of the first clamping point is greater than the length of the second clamping point as seen in the longitudinal direction of the fiber strand (1, 19) and a press force of the second clamping point is less than a press force of the first clamping point.
A sensor device comprising: a receiving body having an inserting space; an inserting body configured to penetrate the inserting space; a first sensor assembly including at least one first sensor between a first inner surface of the receiving body and a first surface of the inserting body; and a second sensor assembly including at least one second sensor between a second inner surface of the receiving body and a second outer surface of the inserting body; characterized in that the first sensor assembly and the second sensor assembly each comprise a force sensor configured to reduce an amount of resistance provided thereby when a force applied thereto increases. a receiving body having an inserting space; an inserting body configured to penetrate the inserting space; a first sensor assembly including at least one first sensor between a first inner surface of the receiving body and a first surface of the inserting body; and a second sensor assembly including at least one second sensor between a second inner surface of the receiving body and a second outer surface of the inserting body; characterized in that the first sensor assembly and the second sensor assembly each comprise a force sensor configured to reduce an amount of resistance provided thereby when a force applied thereto increases.
A hover aircraft rotor comprising: - a hub which rotates about an axis and comprises a number of blades; - a drive shaft connectable to a drive member of said aircraft and connected functionally to said hub to rotate the hub about said axis; and - damping means for damping vibration transmitted to said shaft, and which comprise a mass designed to oscillate, in use, to oppose transmission to said shaft of vibration generated by rotation of said blades; the rotor being characterized in that said mass is free to oscillate parallel to said axis, to oppose transmission to said shaft of vibration having main components along said axis; said damping means comprising at least one first actuator connected functionally to said mass and controllable to generate on said mass a first damping force having a main component parallel to said axis; said first actuator being controllable to generate said first damping force on said mass with a main component parallel to said axis and at a frequency varying, in use, according to the angular speed of said rotor about said axis, so as to cause said mass to oscillate parallel to said axis. - a hub which rotates about an axis and comprises a number of blades; - a drive shaft connectable to a drive member of said aircraft and connected functionally to said hub to rotate the hub about said axis; and - damping means for damping vibration transmitted to said shaft, and which comprise a mass designed to oscillate, in use, to oppose transmission to said shaft of vibration generated by rotation of said blades; the rotor being characterized in that said mass is free to oscillate parallel to said axis, to oppose transmission to said shaft of vibration having main components along said axis; said damping means comprising at least one first actuator connected functionally to said mass and controllable to generate on said mass a first damping force having a main component parallel to said axis; said first actuator being controllable to generate said first damping force on said mass with a main component parallel to said axis and at a frequency varying, in use, according to the angular speed of said rotor about said axis, so as to cause said mass to oscillate parallel to said axis.
A method of operating a work vehicle system that includes at least one harvesting work vehicle with a harvesting arrangement (140, 144, 146, 156, 158), the harvesting arrangement being one of a conditioning arrangement configured to condition a crop material and a windrowing arrangement (156, 158) configured to form a windrow of the crop material, the method comprising: receiving, by a processor of a control system from a memory element, a stored setting for a variable parameter of the harvesting arrangement (140, 144, 146, 156, 158); processing, by the processor, a control signal based, at least in part, on the stored setting; and changing, with an actuator (176, 178, 180), the variable parameter of the harvesting arrangement (140, 144, 146, 156, 158) according to the control signal characterized in that the method further comprising detecting, with a sensor (186, 188), an actual setting of the harvesting arrangement (140, 144, 146, 156, 158) and saving the actual setting as the stored setting, and receiving, by the processor, location data that corresponds to an actual location of the at least one harvesting work vehicle within a field; further comprising associating, within the memory element, the location data with the stored setting; and wherein processing the control signal includes processing the control signal based, at least in part, on the stored setting and the associated location data.