mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a transmission path of a packet by a base station in a wireless communication system, the method comprising: receiving an uplink packet from a terminal; configuring a flag for path selection when the uplink packet is received; selecting, based on a value of the flag, a path for transmitting a downlink packet from among a plurality of paths configured for the terminal; transmitting the downlink packet to the terminal through the selected path; and reconfiguring the value of the flag when the downlink packet is transmitted. receiving an uplink packet from a terminal; configuring a flag for path selection when the uplink packet is received; selecting, based on a value of the flag, a path for transmitting a downlink packet from among a plurality of paths configured for the terminal; transmitting the downlink packet to the terminal through the selected path; and reconfiguring the value of the flag when the downlink packet is transmitted.
A refrigerator comprising a freezing compartment, a shelf disposed in the freezing compartment and whereon the foodstuffs to be frozen are placed and an ice making unit that has - at least one ice cube container wherein water is filled for making ice cubes, - a twisting knob that is connected to the ice cube container and that enables the ice cubes in the ice cube container to fall out by being twisted, - an ice tray that is disposed under the ice cube container and wherein the ice cubes fall, - a housing whereon the ice cube container and the twisting knob are situated, and that houses the ice cube container, - a casing wherein the housing and the ice tray are detachably mounted and that holds the housing and the ice tray together, - the detachable and portable casing that is disposed to the shelf so as to move thereon slidingly in the horizontal direction, with the ice making unit being mounted to the shelf so as to remain below the shelf and characterized by - two supporters attached to opposite sides of the shelf, at least two holes arranged oppositely on the side walls of the casing, and at least one shaft that is fixed to the supporters so as to extend between the supporters and that enables the casing to suspend from the shelf by passing through the holes and to move between the two supporters by sliding and - two guides that are disposed on the opposite supporters and that enable the supporters to be moved by sliding between the front side and the rear side of the shelf. - at least one ice cube container wherein water is filled for making ice cubes, - a twisting knob that is connected to the ice cube container and that enables the ice cubes in the ice cube container to fall out by being twisted, - an ice tray that is disposed under the ice cube container and wherein the ice cubes fall, - a housing whereon the ice cube container and the twisting knob are situated, and that houses the ice cube container, - a casing wherein the housing and the ice tray are detachably mounted and that holds the housing and the ice tray together, - the detachable and portable casing that is disposed to the shelf so as to move thereon slidingly in the horizontal direction, with the ice making unit being mounted to the shelf so as to remain below the shelf - two supporters attached to opposite sides of the shelf, at least two holes arranged oppositely on the side walls of the casing, and at least one shaft that is fixed to the supporters so as to extend between the supporters and that enables the casing to suspend from the shelf by passing through the holes and to move between the two supporters by sliding and - two guides that are disposed on the opposite supporters and that enable the supporters to be moved by sliding between the front side and the rear side of the shelf.
A display device comprising: a first display; a second display stacked on a visible side of the first display and having power consumption lower than that of the first display, wherein the second display includes a dot matrix display region for display of second information by a dot matrix display having lower resolution than the first display; a first processor configured to control the first display; and a second processor configured to control the first display and the second display and having power consumption lower than that of the first processor, wherein in a state in which operation of the first processor is halted, the second processor is configured to cause the second display to display the second information and to simultaneously cause the first display to display first information having a lighter processing load than information that the first processor causes to be displayed by the first display, wherein the second processor is configured to cause the display of the first information in a region of the first display that at least partially does not overlap the region, where the second information is displayed, of the second display. a first display; a second display stacked on a visible side of the first display and having power consumption lower than that of the first display, wherein the second display includes a dot matrix display region for display of second information by a dot matrix display having lower resolution than the first display; a first processor configured to control the first display; and a second processor configured to control the first display and the second display and having power consumption lower than that of the first processor, wherein in a state in which operation of the first processor is halted, the second processor is configured to cause the second display to display the second information and to simultaneously cause the first display to display first information having a lighter processing load than information that the first processor causes to be displayed by the first display, wherein the second processor is configured to cause the display of the first information in a region of the first display that at least partially does not overlap the region, where the second information is displayed, of the second display.
Motor component for a linear motor, in particular a primary part and/or stator, said component including a laminated core and a heat sink, wherein the heat sink includes a plate, wherein at least two grooves have been arranged in the laminated core, in order to attach at least two windings and/or at least two permanent magnets attached in the grooves, wherein the grooves have been arranged in parallel in a plane in the laminated core, wherein the heat sink has been connected to the laminated core and arranged parallel to the arrangement of the grooves, wherein the laminated core and the heat sink have been adhesively bonded to one another, wherein the laminated core and the heat sink have been connected to one another in a sandwich style of construction, in order to be able to increase the mechanical rigidity, the heat sink has been at least partially manufactured from aluminum, wherein the plate of the heat sink has been manufactured from aluminum, wherein the heat sink exhibits at least one duct for conducting cooling liquid, wherein the at least one duct has been milled into the plate, in particular parallel to the plane in which the grooves have been arranged, wherein a cover, in particular made of aluminum, has been provided for covering up the at least one duct, wherein the cover has been fastened to the plate of the heat sink by friction stir welding, in order to be able to increase the mechanical stability, when the cooling liquid is flowing through, and/or the mechanical rigidity. wherein the heat sink exhibits at least one duct for conducting cooling liquid, wherein the at least one duct has been milled into the plate, in particular parallel to the plane in which the grooves have been arranged, wherein a cover, in particular made of aluminum, has been provided for covering up the at least one duct, wherein the cover has been fastened to the plate of the heat sink by friction stir welding, in order to be able to increase the mechanical stability, when the cooling liquid is flowing through, and/or the mechanical rigidity.
A furniture cushioning pad, said cushioning pad being made of molded elastomer material, and comprising a furniture engaging portion and at least a cushioning portion having a top face and a bottom face, with a plurality of resilient prongs projecting from the bottom face; said prongs configurable between a rest, non-deformed position, a pre-stressed position upon articulating the cushioning pad over a rigid surface portion of a furniture element, and a stressed position upon applying pressure over the top face thereof, in which the prongs deform in different orientations, and a thickness of a root of the prongs is equal to or lesser than the thickness of the cushioning portion of the cushioning pad, characterized in that the furniture engaging portion of the cushioning pad is configured for circumferential engaging over a pad mounting portion of a furniture item, said furniture engaging portion of the cushioning pad is a skirt-like portion configured for elastically tensioning and snug mounting over the pad mounting portion of the furniture item.
A composition prepared from an adduct of mono-maleated polyunsaturated vegetable oil and an alcohol mixture comprising a hydrophobic alcohol comprising at least one linear or branched C 9 to C 11 oxo alcohol, linear or branched C 12 to C 14 fatty alcohol, or combinations thereof and methoxypolyethylene glycol having a number average molecular weight (M n) of at least 350.
A multiple stone setting, comprising: - a first stone set on a first plane surface of a base displaying a first color; - a second stone set on a second plane surface of said base such that said second stone is positioned perpendicular to said first stone displaying a second color that differs from said first color; and - a third stone set on a third plane surface of said base such that said third stone is positioned perpendicular to said first stone and to said second stone displaying a third color that differs from said first and from said second color; - wherein each of said first, second and third stones (21, 22, and 23) includes a table (214, 224, and 234) facing outwards; and - wherein each of said first, second, and third color changes to a different color as a viewing angle changes. - a first stone set on a first plane surface of a base displaying a first color; - a second stone set on a second plane surface of said base such that said second stone is positioned perpendicular to said first stone displaying a second color that differs from said first color; and - a third stone set on a third plane surface of said base such that said third stone is positioned perpendicular to said first stone and to said second stone displaying a third color that differs from said first and from said second color; - wherein each of said first, second and third stones (21, 22, and 23) includes a table (214, 224, and 234) facing outwards; and - wherein each of said first, second, and third color changes to a different color as a viewing angle changes.
A biofunctional multicomponent nanosystem comprising: (i) a CTC specific or non-specific antibody targeting cancer cells, preferably an anti-transferrin (Tf) or anti-EpCam antibody, or a biomolecule targeting cancer cells; (ii) iron oxide (Fe 3 O 4) nanoparticles; (iii) cyanine 5 NHS near infrared probe; (v) carbon allotropes for interaction with cancer cells; (vi) poly(N-isopropylacrylamide) (PNIPAM); (vii) fourth generation dendrimers or polymers selected from the group consisting of polyglycerols, polyamines and hyperbranched polymers; and (viii) glutathione for specific targeting, isolation and imaging of circulating cancer cells. (i) a CTC specific or non-specific antibody targeting cancer cells, preferably an anti-transferrin (Tf) or anti-EpCam antibody, or a biomolecule targeting cancer cells; (ii) iron oxide (Fe 3 O 4) nanoparticles; (iii) cyanine 5 NHS near infrared probe; (v) carbon allotropes for interaction with cancer cells; (vi) poly(N-isopropylacrylamide) (PNIPAM); (vii) fourth generation dendrimers or polymers selected from the group consisting of polyglycerols, polyamines and hyperbranched polymers; and (viii) glutathione for specific targeting, isolation and imaging of circulating cancer cells.
A pyrrole-substituted indolone derivative with a structure shown in general formula below, Compound 4, Compound 6, Compound 7, Compound 8, Compound 9, Compound 15, or pharmaceutically acceptable salts thereof: wherein m is selected from 0, 1 and 2; n is selected from 1, 2 and 3; and R is selected from hydrogen, a C 1 -C 6 linear or branched alkyl, a C 3 -C 7 cycloalkyl, carbonyl substituted with a C 1 -C 6 linear or branched alkyl, C 3 -C 7 cycloalkylcarbonyl, t-butoxycarbonyl, substituted carbamoyl, or a 5- to 7-membered cyclic carbamoyl, 4 6 7 8 9 15 m is selected from 0, 1 and 2; n is selected from 1, 2 and 3; and R is selected from hydrogen, a C 1 -C 6 linear or branched alkyl, a C 3 -C 7 cycloalkyl, carbonyl substituted with a C 1 -C 6 linear or branched alkyl, C 3 -C 7 cycloalkylcarbonyl, t-butoxycarbonyl, substituted carbamoyl, or a 5- to 7-membered cyclic carbamoyl,
Display and operating device, in particular for a motor vehicle, having a display surface and an operating element disposed on the display surface, wherein the operating element for detecting an operating action on the display surface is movable in a translatory manner within a range of movement; wherein the operating element on that side thereof that faces the display surface has at least one guide pin (4', 4", 4′′′, 4""); wherein the display surface and/or the operating element have/has at least one bore which is specified for receiving the at least one guide pin (4', 4", 4′′′, 4""); wherein the range of movement of the translatory movement of the operating element is defined by the shape of the at least one bore; wherein the operating element is able to be moved in a translatory manner substantially along a direction of main extent, characterized in that an extent of the bore in the direction of main extent is at most so large that the bore in each possible position of the operating element is obscured by the operating element.
A station for a hyperloop transportation system comprising: a platform adapted to hold a plurality of people waiting to enter a hyperloop capsule, the platform having a rounded shape with a rounded edge; a tube comprising a low-pressure environment; a plurality of gates disposed in one side of the tube, each gate comprising a door forming a barrier between the low-pressure environment of the tube and an exterior of the tube, and a sealing mechanism adapted to form a seal with a hyperloop capsule; and a plurality of tracks disposed within the tube, each of the tracks being adapted to carry a hyperloop capsule, the plurality of tracks comprising: a first track for use by capsules docking at one or more gates; a second track for use by malfunctioning capsules; and a third track for express movement; wherein the tube enters the station on a side of the station, carrying capsule traffic moving toward the station, follows a path around the rounded edge of the platform, and exits the station on the same side of the station on which the tube enters, carrying capsule traffic moving away from the station. a platform adapted to hold a plurality of people waiting to enter a hyperloop capsule, the platform having a rounded shape with a rounded edge; a tube comprising a low-pressure environment; a plurality of gates disposed in one side of the tube, each gate comprising a door forming a barrier between the low-pressure environment of the tube and an exterior of the tube, and a sealing mechanism adapted to form a seal with a hyperloop capsule; and a plurality of tracks disposed within the tube, each of the tracks being adapted to carry a hyperloop capsule, the plurality of tracks comprising: a first track for use by capsules docking at one or more gates; a second track for use by malfunctioning capsules; and a third track for express movement; a first track for use by capsules docking at one or more gates; a second track for use by malfunctioning capsules; and a third track for express movement; wherein the tube enters the station on a side of the station, carrying capsule traffic moving toward the station, follows a path around the rounded edge of the platform, and exits the station on the same side of the station on which the tube enters, carrying capsule traffic moving away from the station.
A method for receiving telemetry messages via an Radio Frequency, RF, channel, the method executable in a System-on-a-Chip, SoC, the SoC including an input RF module, characterized in that the method comprises: • receiving, via the RF channel, from an output port of the input RF module, a signal that includes a telemetry message; • offsetting the signal, the offsetting being executed by: ∘ at first, offsetting in time (120.1) the signal such that the offset magnitudes are uniformly spread over a length of data having one bit of information; ∘ then, offsetting in frequency (120.2) the signal such that the offset magnitudes are uniformly spread over the space between the Fourier transformation subcarriers, ∘ the offsetting in frequency being done independently from the offsetting in time; • subjecting the signal to a sequential Fourier transform, the subjecting being executed such that a first time element of the sequential Fourier transformation is located immediately sequentially to a last time element of a previous Fourier transform, and the length of Fourier transform coincides with a bit length of the telemetry message; • demodulating the signal based on Fourier coefficients, the demodulation of the signal being executed independently relative to demodulating of other signals by the SoC using inphase and quadrature components of each Fourier coefficient independently. • receiving, via the RF channel, from an output port of the input RF module, a signal that includes a telemetry message; • offsetting the signal, the offsetting being executed by: ∘ at first, offsetting in time (120.1) the signal such that the offset magnitudes are uniformly spread over a length of data having one bit of information; ∘ then, offsetting in frequency (120.2) the signal such that the offset magnitudes are uniformly spread over the space between the Fourier transformation subcarriers, ∘ the offsetting in frequency being done independently from the offsetting in time; ∘ at first, offsetting in time (120.1) the signal such that the offset magnitudes are uniformly spread over a length of data having one bit of information; ∘ then, offsetting in frequency (120.2) the signal such that the offset magnitudes are uniformly spread over the space between the Fourier transformation subcarriers, ∘ the offsetting in frequency being done independently from the offsetting in time; • subjecting the signal to a sequential Fourier transform, the subjecting being executed such that a first time element of the sequential Fourier transformation is located immediately sequentially to a last time element of a previous Fourier transform, and the length of Fourier transform coincides with a bit length of the telemetry message; • demodulating the signal based on Fourier coefficients, the demodulation of the signal being executed independently relative to demodulating of other signals by the SoC using inphase and quadrature components of each Fourier coefficient independently.
An object recognition system comprising: a light source for emitting dot light having a predetermined pattern to an object; an event detection sensor for receiving the dot light having the predetermined pattern reflected from the object and for detecting a fact that a change in luminance of a pixel has exceeded a predetermined threshold as an event; and a signal processor for performing a process of removing information other than event information originated from the dot light emitted from the light source and having the predetermined pattern among event information detected by the event detection sensor, wherein, the event detection sensor is configured to detect one dot light beam in units of a plurality of pixels adjacent to each other, and where the plurality of pixels adjacent to each other detects the event within a certain period of time, the signal processor reads the event as the event information originated from the dot light having the predetermined pattern. a light source for emitting dot light having a predetermined pattern to an object; an event detection sensor for receiving the dot light having the predetermined pattern reflected from the object and for detecting a fact that a change in luminance of a pixel has exceeded a predetermined threshold as an event; and a signal processor for performing a process of removing information other than event information originated from the dot light emitted from the light source and having the predetermined pattern among event information detected by the event detection sensor, wherein, the event detection sensor is configured to detect one dot light beam in units of a plurality of pixels adjacent to each other, and where the plurality of pixels adjacent to each other detects the event within a certain period of time, the signal processor reads the event as the event information originated from the dot light having the predetermined pattern.
A tyre comprising: a tread portion comprising a first cap rubber layer forming a ground contact surface and having a loss tangent tan δ1, and a second cap rubber layer disposed inwardly in a tyre radial direction of the first cap rubber layer and having a loss tangent tan δ2, the loss tangent tan δ2 being greater than the loss tangent tan 61, wherein the loss tangent tan 61 and the loss tangent tan δ2 are values measured using a dynamic viscoelasticity measuring device under the conditions of initial strain: 5%, amplitude of dynamic strain: +/-1%, frequency: 10 Hz, deformation mode: tensile deformation, and measurement temperature: 30 degrees C in accordance with JIS-K6394, the tread portion is provided with a plurality of sipes opening to the ground contact surface, and the plurality of sipes, at least partially, extends inwardly in the tyre radial direction from the ground contact surface to a location beyond a boundary between the first cap rubber layer and the second cap rubber layer, characterized in that a maximum length L2 of the plurality of sipes in the second cap rubber layer is smaller than a length L1 of the plurality of sipes at the ground contact surface. a tread portion comprising a first cap rubber layer forming a ground contact surface and having a loss tangent tan δ1, and a second cap rubber layer disposed inwardly in a tyre radial direction of the first cap rubber layer and having a loss tangent tan δ2, the loss tangent tan δ2 being greater than the loss tangent tan 61, wherein a first cap rubber layer forming a ground contact surface and having a loss tangent tan δ1, and a second cap rubber layer disposed inwardly in a tyre radial direction of the first cap rubber layer and having a loss tangent tan δ2, the loss tangent tan δ2 being greater than the loss tangent tan 61, wherein the loss tangent tan 61 and the loss tangent tan δ2 are values measured using a dynamic viscoelasticity measuring device under the conditions of initial strain: 5%, amplitude of dynamic strain: +/-1%, frequency: 10 Hz, deformation mode: tensile deformation, and measurement temperature: 30 degrees C in accordance with JIS-K6394, the tread portion is provided with a plurality of sipes opening to the ground contact surface, and the plurality of sipes, at least partially, extends inwardly in the tyre radial direction from the ground contact surface to a location beyond a boundary between the first cap rubber layer and the second cap rubber layer, characterized in that a maximum length L2 of the plurality of sipes in the second cap rubber layer is smaller than a length L1 of the plurality of sipes at the ground contact surface.