mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication performed by a wireless communication device, comprising: receiving a sounding dataset (732, 742, 800A, 800C), over a wireless channel (730, 740), from a transmitting device, the sounding dataset (732, 742, 800A, 800C) including information carried in one or more training fields configured for channel estimation and sounding control information indicating a configuration of the transmitting device, wherein the sounding control information is prior to the one or more training fields; acquiring channel state information, CSI, for the wireless channel (730, 740) based on the received sounding dataset (732, 742, 800A, 800C); and selectively transmitting a channel report (736, 746) to the transmitting device based at least in part on the CSI and the sounding control information. receiving a sounding dataset (732, 742, 800A, 800C), over a wireless channel (730, 740), from a transmitting device, the sounding dataset (732, 742, 800A, 800C) including information carried in one or more training fields configured for channel estimation and sounding control information indicating a configuration of the transmitting device, wherein the sounding control information is prior to the one or more training fields; acquiring channel state information, CSI, for the wireless channel (730, 740) based on the received sounding dataset (732, 742, 800A, 800C); and selectively transmitting a channel report (736, 746) to the transmitting device based at least in part on the CSI and the sounding control information.
Interface device for a vehicle seat comprising a seating structure consisting of two longitudinal parts coupled between them by a transverse axis, that device consisting of an interface part on which at least one electrical connector capable of being connected to at least one electrical cable of an equipment of that seat, characterized in that part interface shall include at least one clippage tab that is suitable for clipping on the said transverse axis to ensure its rotation solidarity, with each clippage tab that is curved and deformable in such a way as to allow coupling to transverse axes having a diameter within a predetermined range of values, and the first means coupling capable of being coupled to a transverse wire, stretched between the said longitudinal parts, to place the said interface part in an orientation chosen in relation to that transverse axis, the said interface part comprising at least one second means of coupling, which would enable the coupling of an electric connector, and at least one third means of coupling MC3) capable of enabling the coupling of a fourth means, which is connected to a cable of equipment in that seat, characterized in that the interface part includes at least one rib defining a support zone for that transverse axis, complementary to the support zone(s) defined for that transverse axis by each clipboard.
One step transition metal free process for the synthesis of cyclic carbonates of formula I from an aldehyde of formula II and Corey-Chaykovsky reagent in presence of carbon dioxide comprising: a. adding a solvent to NaH followed by stirring under nitrogen at temperature ranging between 0-35°C for a period ranging between 0.5 to 1 hrs to obtain a slurry; b. adding Corey Chaykovsky reagent to the slurry of step (a) to obtain a homogeneous solution; c. adding aldehyde of formula II slowly to homogenous mixture of step (b) followed by bubbling CO 2 gas into the reaction mixture with stirring at temperature ranging between 40 to 60°C for a period ranging between 6 to 8hrs to obtain cyclic carbonate of formula I. a. adding a solvent to NaH followed by stirring under nitrogen at temperature ranging between 0-35°C for a period ranging between 0.5 to 1 hrs to obtain a slurry; b. adding Corey Chaykovsky reagent to the slurry of step (a) to obtain a homogeneous solution; c. adding aldehyde of formula II slowly to homogenous mixture of step (b) followed by bubbling CO 2 gas into the reaction mixture with stirring at temperature ranging between 40 to 60°C for a period ranging between 6 to 8hrs to obtain cyclic carbonate of formula I.
A method of purifying an antibody-nanoparticle conjugate from free antibody, the method comprising, providing a mixture of the antibody-nanoparticle conjugate, the free antibody, a poloxamer surfactant, and a buffer, wherein the ionic strength of the mixture is at least 50 mM; contacting the mixture to a polysaccharide-based size exclusion medium to separate the antibody-nanoparticle conjugate from the free antibody; and collecting fractions enriched for the antibody-nanoparticle conjugate from the medium, thereby purifying the antibody-nanoparticle conjugate from the free antibody.
An electronic device comprising: a microphone; a display; a processor electrically connected to the microphone and the display; and a memory electrically connected to the processor, wherein the memory stores commands, executable by the processor, for: recognizing speech that is input through the microphone, identifying a speech stop time point at which a magnitude of the speech is less than a predetermined value and a speech resume time point at which the magnitude of the speech exceeds the predetermined value based on a predetermined speech end detection period identifying a pause period between the speech stop time point and the speech resume time point, updating the length of the predetermined speech end detection period to the identified length of the pause period, and in response to determining that the speech resumes, determining whether the speech is ended based on the updated length of the predetermined speech end detection period. a microphone; a display; a processor electrically connected to the microphone and the display; and a memory electrically connected to the processor, wherein the memory stores commands, executable by the processor, for: recognizing speech that is input through the microphone, identifying a speech stop time point at which a magnitude of the speech is less than a predetermined value and a speech resume time point at which the magnitude of the speech exceeds the predetermined value based on a predetermined speech end detection period identifying a pause period between the speech stop time point and the speech resume time point, updating the length of the predetermined speech end detection period to the identified length of the pause period, and in response to determining that the speech resumes, determining whether the speech is ended based on the updated length of the predetermined speech end detection period. recognizing speech that is input through the microphone, identifying a speech stop time point at which a magnitude of the speech is less than a predetermined value and a speech resume time point at which the magnitude of the speech exceeds the predetermined value based on a predetermined speech end detection period identifying a pause period between the speech stop time point and the speech resume time point, updating the length of the predetermined speech end detection period to the identified length of the pause period, and in response to determining that the speech resumes, determining whether the speech is ended based on the updated length of the predetermined speech end detection period.
A robot control method, comprising: setting operating configuration parameters of a robot according to working characteristic information of the robot, wherein the working characteristic information is used for representing an operating environment and an operating purpose of the robot, and the operating configuration parameters comprise: an operating speed of the robot, an operating track of the robot and a switching condition of the robot, the switching condition is a condition needing to be satisfied when the robot switches to another operating status from one operating status during the operation; and characterized in that the method further comprising: transmitting a predetermined signal to the robot in response to triggering the switching condition contained in the operating configuration parameters during the operation of the robot, to control the robot to execute a control instruction corresponding to the predetermined signal; wherein the predetermined signal is used for generating the control instruction to control the robot to close a glue spraying device. transmitting a predetermined signal to the robot in response to triggering the switching condition contained in the operating configuration parameters during the operation of the robot, to control the robot to execute a control instruction corresponding to the predetermined signal; wherein the predetermined signal is used for generating the control instruction to control the robot to close a glue spraying device.
A gas turbine engine component, comprising: at least one platform having an outer surface; an airfoil extending from said platform; a cover plate positioned adjacent to said outer surface of said at least one platform, wherein a cooling channel extends between said outer surface and said cover plate, and said cooling channel receives cooling air to cool said at least one platform and said airfoil; and an airfoil boss and opposing side rails which extend from said outer surface in a direction opposite of said airfoil, said side rails each extending from said outer surface of said platform to a free end surface to form an external side wall of said component; characterised in that: said cover plate is received on and mounted to said airfoil boss and said free end surfaces of said opposing side rails of said at least one platform; and said airfoil boss and said opposing side rails extend an equal distance from said outer surface at least one platform having an outer surface; an airfoil extending from said platform; a cover plate positioned adjacent to said outer surface of said at least one platform, wherein a cooling channel extends between said outer surface and said cover plate, and said cooling channel receives cooling air to cool said at least one platform and said airfoil; and an airfoil boss and opposing side rails which extend from said outer surface in a direction opposite of said airfoil, said side rails each extending from said outer surface of said platform to a free end surface to form an external side wall of said component; characterised in that: said cover plate is received on and mounted to said airfoil boss and said free end surfaces of said opposing side rails of said at least one platform; and said airfoil boss and said opposing side rails extend an equal distance from said outer surface said cover plate is received on and mounted to said airfoil boss and said free end surfaces of said opposing side rails of said at least one platform; and said airfoil boss and said opposing side rails extend an equal distance from said outer surface
A low-temperature tank comprising a container main body that includes a metal liner forming a storage space of the low-temperature tank and a wall member formed of fiber reinforced plastic wound on an outer peripheral surface of the metal liner, characterized in that the metal liner includes a bent portion that extends in two directions intersecting each other on a surface thereof and that is bent to project toward the storage space; and the low-temperature tank further comprises a filler filled between the bent portion and the wall member, wherein the filler is formed of an elastic body that maintains a shape when being filled at a sintering temperature of the wall member. a container main body that includes a metal liner forming a storage space of the low-temperature tank and a wall member formed of fiber reinforced plastic wound on an outer peripheral surface of the metal liner, characterized in that the metal liner includes a bent portion that extends in two directions intersecting each other on a surface thereof and that is bent to project toward the storage space; and the low-temperature tank further comprises a filler filled between the bent portion and the wall member, wherein the filler is formed of an elastic body that maintains a shape when being filled at a sintering temperature of the wall member.
A white lighting device, comprising: a semiconductor light-emitting element emitting near-ultraviolet light; and a phosphor layer containing a blue-green phosphor having an emission peak in a wavelength region of not less than 480 nm nor more than 520 nm, a red phosphor having an emission peak in a wavelength region of not less than 585 nm nor more than 630 nm, a blue phosphor having an emission peak in a wavelength region of not less than 440 nm nor more than 460 nm, and a yellow phosphor having an emission peak in a wavelength region of not less than 525 nm nor more than 575 nm, characterized in that the white lighting device emits white light having a correlated color temperature of 5000 K or less and a deviation duv from a blackbody locus of not less than -0.01 nor more than 0.01, a ratio of a content of the red phosphor to a content of the blue-green phosphor in the phosphor layer by mass is not less than 35 nor more than 50, and an average color rendering index Ra of the white light is equal to or more than 90 and a special color rendering index R9 of the white light is equal to or more than 90. a semiconductor light-emitting element emitting near-ultraviolet light; and a phosphor layer containing a blue-green phosphor having an emission peak in a wavelength region of not less than 480 nm nor more than 520 nm, a red phosphor having an emission peak in a wavelength region of not less than 585 nm nor more than 630 nm, a blue phosphor having an emission peak in a wavelength region of not less than 440 nm nor more than 460 nm, and a yellow phosphor having an emission peak in a wavelength region of not less than 525 nm nor more than 575 nm, characterized in that the white lighting device emits white light having a correlated color temperature of 5000 K or less and a deviation duv from a blackbody locus of not less than -0.01 nor more than 0.01, a ratio of a content of the red phosphor to a content of the blue-green phosphor in the phosphor layer by mass is not less than 35 nor more than 50, and an average color rendering index Ra of the white light is equal to or more than 90 and a special color rendering index R9 of the white light is equal to or more than 90.
A liquid metal jet X-ray source, comprising: a nozzle for providing a liquid metal jet; an electron source for providing an electron beam to interact with the liquid metal jet such that X-ray radiation is generated; characterized by an electromagnetic pump for providing liquid metal to the nozzle; wherein the electromagnetic pump comprises a core having a first diameter and an outer yoke with a thickness of at least 20% of said first diameter. a nozzle for providing a liquid metal jet; an electron source for providing an electron beam to interact with the liquid metal jet such that X-ray radiation is generated; characterized by an electromagnetic pump for providing liquid metal to the nozzle; wherein the electromagnetic pump comprises a core having a first diameter and an outer yoke with a thickness of at least 20% of said first diameter.
Roll container having a loading platform, the bottom face of which is provided with castors and the top face of which is used to accommodate loads, having a recess in the loading platform in which a side wall can be inserted, having a side wall which can be inserted in the recess, having a lock mechanism which enables the side wall to be inserted in the recess in an open position and in a closed position anchors the side wall inserted in the recess along a travel path on the loading platform and prevents it from being pulled out of the recess, and the lock mechanism is automatically switched from the open position into the closed position by inserting the side wall in the recess along the travel path, characterised in that the lock mechanism has a rotating catch rotatable about a rotating pin, and the lock mechanism can be switched between the open position and the closed position by rotating the rotating catch about the rotating pin, and the weight force of the side wall acts on the rotating catch in a locking action.
A circuit for supplying power, comprising: at least a first transformer, the first transformer comprising a primary winding and a secondary winding; a first circuit portion; and a second circuit portion, the first circuit portion comprising the primary winding of the first transformer, at least a first switch and a first sub-circuit, the first switch and the first sub-circuit arranged in parallel, the first sub-circuit comprising at least a first diode and a second sub-circuit, the first diode and the second sub-circuit arranged in series, the second sub-circuit comprising at least a first capacitor and at least a first load arranged in parallel, the second circuit portion comprising the secondary winding of the first transformer, at least a second diode and a third sub-circuit, the second diode and the third sub-circuit arranged in series, the third sub-circuit comprising at least a second capacitor and at least a second load arranged in parallel, characterized by a third diode electrically connected between a first node and a second node, the first node between a first end of the secondary winding of the first transformer and the anode end of the second diode, the second node between the cathode end of the third sub-circuit and a second end of the secondary winding of the first transformer. at least a first transformer, the first transformer comprising a primary winding and a secondary winding; a first circuit portion; and a second circuit portion, the first circuit portion comprising the primary winding of the first transformer, at least a first switch and a first sub-circuit, the first switch and the first sub-circuit arranged in parallel, the first sub-circuit comprising at least a first diode and a second sub-circuit, the first diode and the second sub-circuit arranged in series, the second sub-circuit comprising at least a first capacitor and at least a first load arranged in parallel, the second circuit portion comprising the secondary winding of the first transformer, at least a second diode and a third sub-circuit, the second diode and the third sub-circuit arranged in series, the third sub-circuit comprising at least a second capacitor and at least a second load arranged in parallel, characterized by a third diode electrically connected between a first node and a second node, the first node between a first end of the secondary winding of the first transformer and the anode end of the second diode, the second node between the cathode end of the third sub-circuit and a second end of the secondary winding of the first transformer. the third sub-circuit comprising at least a second capacitor and at least a second load arranged in parallel, characterized by a third diode electrically connected between a first node and a second node, the first node between a first end of the secondary winding of the first transformer and the anode end of the second diode, the second node between the cathode end of the third sub-circuit and a second end of the secondary winding of the first transformer.
An outer drum assembly for a washing machine comprising: - at least one piece of a basic drum part (2a, 2b) for receiving items to be washed, comprising or defining at least one opening (6a, 6b), - at least one framework (3a, 3b) comprising one drum opening (O 1, O 2) intended to face said at least one opening (6a, 6b) for access inside said basic drum part (2a, 2b), - at least one piece of a flange (4a, 4b, 4c, 4d) intended to be located at least partly at a lateral periphery of said at least one piece of a basic drum part (2a, 2b), characterized by the fact that at least one of said at least one piece of a basic drum part (2a, 2b) and said at least one piece of a flange (4a, 4b, 4c, 4d) extends only partly circumferentially. - at least one piece of a basic drum part (2a, 2b) for receiving items to be washed, comprising or defining at least one opening (6a, 6b), - at least one framework (3a, 3b) comprising one drum opening (O 1, O 2) intended to face said at least one opening (6a, 6b) for access inside said basic drum part (2a, 2b), - at least one piece of a flange (4a, 4b, 4c, 4d) intended to be located at least partly at a lateral periphery of said at least one piece of a basic drum part (2a, 2b),
A disposal robot suitable for a robotic system assembly for storage of disposal casks in a deep geological repository; the disposal robot comprising a vaulted frame with lower longitudinal girders on which cone shaped wheels with in-wheel drives are arranged that are overhung by the vault frame; wherein in the inner space of the vaulted frame, there is a dual effector which is mounted in a horizontal planar frame suspended on two pairs of vertical motions screws of the same orientation and the same pitch, firmly constrained in the upper girder of the vaulted frame through gear wheels with nut which are arranged in radiaxial bearings in the planar frame; wherein each pair of the gear wheels with nut is driven by a rotary drive with pinion through a flexible closed element; wherein the rotary drives with pinion are part of the planar frame; wherein the dual effector is suspended under the planar frame, wherein the dual effector comprises a first effector with two longitudinal lateral rows of eyes of swivel placement for manipulation with bentonite fillings and a second effector with eyes of placement for manipulation with disposal casks; wherein the first effector for manipulation with bentonite fillings is formed by a round rod with first swivel collets for carrying a bentonite bed, and wherein cylindrical large contact grips are arranged at the ends of the first swivel collets and wherein the second effector for manipulation with disposal casks is made such that on the circular rod, there is pivotally mounted a hollow rod with second swivel collets for carrying a disposal casks and wherein shaped large contact grips are arranged at the ends of the second swivel collets; wherein both lateral parallel pairs of concentric round rods and hollow rods are synchronized by two front-end pairs of toothed segments and driven by linear actuators attached always either on the first swivel collet for carrying a bentonite bed, or on the second swivel collet for carrying a disposal casks, and on the opposite side in the eye of the planar frame; wherein fitted pins are constrained in the frontal areas of the first swivel collets for carrying a bentonite bed; wherein in the rear part of the vaulted frame, there is a frame superstructure in which a winding drum is arranged, said winding drum comprising a power and control cable ended by a connecting plug; and wherein in the rear part of the vaulted frame being firmly connected to it, there is a safety hook adapted for mechanical connection of the disposal robot with a vehicle with turntable for conveying the disposal robot, characterized in that the rotary drives with pinion are mutually electronically synchronized;