mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling communication with a high-mobility wireless communication device, comprising: receiving, by a base station, an indicator from a wireless communication device about being a high-mobility wireless communication device; identifying, by the base station based on the indicator, the wireless communication device as being a high-mobility communication device; sending a reference signal configuration; allocating, by the base station in response to identifying the high mobility wireless device, an additional specific reference signal; and sending, from the base station, the additional specific reference signal to the high-mobility wireless communication device; characterized in: sending the reference signal configuration using explicit layer-3 signaling. receiving, by a base station, an indicator from a wireless communication device about being a high-mobility wireless communication device; identifying, by the base station based on the indicator, the wireless communication device as being a high-mobility communication device; sending a reference signal configuration; allocating, by the base station in response to identifying the high mobility wireless device, an additional specific reference signal; and sending, from the base station, the additional specific reference signal to the high-mobility wireless communication device; characterized in: sending the reference signal configuration using explicit layer-3 signaling. sending the reference signal configuration using explicit layer-3 signaling.
A computing device, comprising: a non-volatile memory device comprising an ephemeral memory region therein, the ephemeral memory region being encrypted and the ephemeral memory region comprising an associated encryption key; and firmware to cause the encryption key to be stored in a persistent memory prior to any power loss to the computing device. a non-volatile memory device comprising an ephemeral memory region therein, the ephemeral memory region being encrypted and the ephemeral memory region comprising an associated encryption key; and firmware to cause the encryption key to be stored in a persistent memory prior to any power loss to the computing device.
A method for testing metal pressure vessels for liquid gas, the method comprising a first test cycle having the following steps: increasing the pressure in the pressure vessel towards a final pressure value (pressure application); registering the acoustic events (sound emissions) occurring in the vessel wall at a lower registration limit of 30 dB-AE during pressure application and, if so, when the final pressure value is reached, by means of sensors coupled to the vessel wall; classifying the registered acoustic events according to the following criteria and, if necessary, carrying out an immediately following further test cycle at a final pressure value increased by 10 % as compared to the first pressure test: - Class A (minor sources, non-critical), if the number of transient acoustic events (hits) per 1 bar pressure increase is 400 or less and/or the number of overshoots in a transient acoustic event is 400 or less within 18 seconds and, therein, the maximum amplitude of 75 dB-AE is not exceeded in any of the transient acoustic events; - Class B (active sources), if the number of transient acoustic events per 1 bar pressure increase is more than 400 and up to 2,000 and/or the number of overshoots in a transient acoustic event is more than 400 and up to 4,000 within 18 seconds and, therein, the maximum amplitude of 75 dB-E is not exceeded in more than 6 of the registered transient acoustic events; - Class C (critical sources) when (a) at least one of the parameters specified for Class B is exceeded or when (b) an acoustic event to be categorized into Class B during said first pressure test of the pressure vessel is registered, and, in said further test cycle, the registered acoustic events are again be categorized into Class B at a pressure increased by 10 % as compared to said first pressure test. - Class A (minor sources, non-critical), if the number of transient acoustic events (hits) per 1 bar pressure increase is 400 or less and/or the number of overshoots in a transient acoustic event is 400 or less within 18 seconds and, therein, the maximum amplitude of 75 dB-AE is not exceeded in any of the transient acoustic events; - Class B (active sources), if the number of transient acoustic events per 1 bar pressure increase is more than 400 and up to 2,000 and/or the number of overshoots in a transient acoustic event is more than 400 and up to 4,000 within 18 seconds and, therein, the maximum amplitude of 75 dB-E is not exceeded in more than 6 of the registered transient acoustic events; - Class C (critical sources) when (a) at least one of the parameters specified for Class B is exceeded or when (b) an acoustic event to be categorized into Class B during said first pressure test of the pressure vessel is registered, and, in said further test cycle, the registered acoustic events are again be categorized into Class B at a pressure increased by 10 % as compared to said first pressure test.
Heat exchange laminate for use as a heat exchange member in a heat exchange unit, comprising a base layer extending substantially planar, said base layer being bilaterally coated with an electrical conductive contact layer, wherein the electrical conductive contact layer comprises a high molecular weight polyethylene having a weight average molecular weight M w of at least 5x10 5 g/mol and a carbon black, wherein the carbon black is provided in an amount of at least 3 wt% based on the total weight of the contact layer, wherein the carbon black encloses polyethylene domains.
False twist assembly spindle, comprising a core shaft, a bearing which surrounds the core shaft, and an electric motor which drives the core shaft rotationally along the circumferential direction, which is arranged on a side of the bearing the bearing comprising a bearing outer ring which surrounds the core shaft in the radial direction, and the housing of the electric motor having a connecting ring which is connected to the bearing outer ring, characterized in that the bearing outer ring is divided along the axial direction into at least one first part and one second part, the external diameter of the second part corresponding to the greatest external diameter of the bearing outer ring, and the connecting ring being attached on the first part in an encapsulating manner, and the external diameter of the connecting ring not being greater than the external diameter of the second part.
Hydraulic device, in particular for actuating a clutch, with a hydraulic working cylinder arranged near the clutch, the working cylinder being connected via a hydraulic line (8, 9) to a volumetric flow source, and the volumetric flow of the volumetric flow source being controllable by means of a control unit as a function of signals from the sensors assigned to the hydraulic device, the volumetric flow source being formed by a combination, arranged in a common housing, of an electric motor and of a hydraulic pump, characterized in that the control unit is arranged in the common housing.
A method for manufacturing a three-dimensional shaped object, comprising the steps of: (i) forming a solidified layer by irradiating a predetermined portion of a powder layer with a light beam, thereby allowing sintering of the powder of the predetermined portion or melting and subsequent solidification thereof; and (ii) forming another solidified layer by newly forming a powder layer on the resulting solidified layer, and then irradiating another predetermined portion of the new powder layer with the light beam, the steps (i) and (ii) being repeatedly performed in a chamber characterized by a localized gas flow is provided in the chamber at a position away from a route of the light beam, wherein the localized gas flow is provided such that a horizontal position of the local-ized gas flow is off the position of a light transmission window of the chamber to prevent obstructing the route of the light beam, the route being in the chamber, and at least a part of a fume generated by the irradiation of the light beam is entrained by the localized gas flow. (i) forming a solidified layer by irradiating a predetermined portion of a powder layer with a light beam, thereby allowing sintering of the powder of the predetermined portion or melting and subsequent solidification thereof; and (ii) forming another solidified layer by newly forming a powder layer on the resulting solidified layer, and then irradiating another predetermined portion of the new powder layer with the light beam, the steps (i) and (ii) being repeatedly performed in a chamber
A mixing console for controlling signal processing on audio signals of a plurality of channels, said mixing console comprising a plurality of operating regions provided by dividing an operation panel of the mixing console into a plurality of regions, a plurality of channels being allocated to each of the plurality of operating regions, each of the plurality of operating regions including a channel selector, each of the plurality of channel selectors configured to select one of the plurality of channels allocated to the operating region corresponding to the channel selector, wherein the operating region corresponding to the channel selector is configured to set a plurality of parameters for signal processing on an audio signal of the one channel selected by the channel selector.
A gypsum board composition, comprising: stucco, adhesive, water and additive for improving bonding, wherein the additive for improving bonding is shown in chemical formula: M I M II 2 ( A n-) • mH 2 O, wherein M I is a divalent metal ion, M II is a trivalent metal ion, and A n - is an interlayer anion, and wherein M I and M II are different metals, and m is an integer. stucco, adhesive, water and additive for improving bonding, wherein the additive for improving bonding is shown in chemical formula: M I M II 2 ( A n-) • mH 2 O, wherein M I is a divalent metal ion, M II is a trivalent metal ion, and A n - is an interlayer anion, and wherein M I and M II are different metals, and m is an integer.
A sunscreen composition comprising: (a) at least 10 weight percent of one or more UV filters; (b) 0.55 to 0.75 weight percent of a hydrophobically modified polyurethane; (c) 0.1 to 0.6 weight percent of a viscosity increasing polymer selected from the group consisting of taurate copolymers and acrylate crosspolymers; and (d) at least 0.1 weight percent of glyceryl stearate; wherein said viscosity increasing polymer is a taurate copolymer. (a) at least 10 weight percent of one or more UV filters; (b) 0.55 to 0.75 weight percent of a hydrophobically modified polyurethane; (c) 0.1 to 0.6 weight percent of a viscosity increasing polymer selected from the group consisting of taurate copolymers and acrylate crosspolymers; and (d) at least 0.1 weight percent of glyceryl stearate;
A beverage preparation system for controlling a beverage preparation process by injection of liquid into a cartridge, the system comprising - a pressure adjustable pump for delivering different pressures upon varying at least one of its drive characteristics such as the speed of the pump, - a sensor for measuring an operating parameter of the pump such as a current absorbed by the pump, the system being characterized by further comprising: - a flow sensor for measuring a liquid flow parameter of liquid injected into the cartridge, - a control unit designed to control an extraction pressure of the cartridge by adjusting the drive characteristics of the pump based on pre-established pressure interpolation data depending on the measured liquid flow parameter and the measured operating parameter of the pump. - a pressure adjustable pump for delivering different pressures upon varying at least one of its drive characteristics such as the speed of the pump, - a sensor for measuring an operating parameter of the pump such as a current absorbed by the pump, the system being characterized by further comprising: - a flow sensor for measuring a liquid flow parameter of liquid injected into the cartridge, - a control unit designed to control an extraction pressure of the cartridge by adjusting the drive characteristics of the pump based on pre-established pressure interpolation data depending on the measured liquid flow parameter and the measured operating parameter of the pump.
A segment (20, 30), which is slidable in an axial direction of a cylinder under a state in which an inner peripheral surface (22, 32) of the segment is pressed by ear portions formed along a circumferential direction of an expander spacer included in a combination oil ring for an internal combustion engine and an outer periphery side (23, 33) of the segment is pressed against an inner wall of the cylinder, the segment being made of metal as a material, wherein the inner peripheral surface (22, 32) of the segment (20, 30) has a recessed groove having a recessed shape, characterized in that dross-projecting portions (26, 36) having a mounded form are continuously formed along the recessed groove (27, 37) and on both sides of the recessed groove, and a plurality of pairs of dross-projecting portions each formed of the dross-projecting portions formed on the both sides are formed, wherein each of the plurality of pairs of dross-projecting portions (26, 36) is formed in a manner that metal of the recessed groove is melted on the both sides and thereafter cooled and solidified, wherein each of the plurality of pairs of dross-projecting portions (26, 36) has, at least at one positon, a projection height of from 4 μm to 25 μm from the inner peripheral surface of the segment at a root of the dross-projecting portions, and wherein the plurality of pairs of dross-projecting portions (26, 36) include a pair of dross-projecting portions formed so as to incline in a first inclination direction with respect to a center axis direction orthogonal to a circumferential direction of the segment. wherein the inner peripheral surface (22, 32) of the segment (20, 30) has a recessed groove having a recessed shape, characterized in that dross-projecting portions (26, 36) having a mounded form are continuously formed along the recessed groove (27, 37) and on both sides of the recessed groove, and a plurality of pairs of dross-projecting portions each formed of the dross-projecting portions formed on the both sides are formed, wherein each of the plurality of pairs of dross-projecting portions (26, 36) is formed in a manner that metal of the recessed groove is melted on the both sides and thereafter cooled and solidified, wherein each of the plurality of pairs of dross-projecting portions (26, 36) has, at least at one positon, a projection height of from 4 μm to 25 μm from the inner peripheral surface of the segment at a root of the dross-projecting portions, and wherein the plurality of pairs of dross-projecting portions (26, 36) include a pair of dross-projecting portions formed so as to incline in a first inclination direction with respect to a center axis direction orthogonal to a circumferential direction of the segment.
A backlight unit, comprising: a light source configured to provide light to a display panel; a light path conversion sheet disposed adjacent to the light source; and a reflecting plate disposed on the upper surface edge portion of the light path conversion sheet, the reflecting plate disposed to face the light source; wherein the reflecting plate is formed as a curved-shaped mirror configured to reflect light propagated in a fan-shaped manner from the light source and direct the light to the light path conversion sheet, the light conversion sheet comprising a plurality of scattering patterns configured to direct the light to the display panel. a light source configured to provide light to a display panel; a light path conversion sheet disposed adjacent to the light source; and a reflecting plate disposed on the upper surface edge portion of the light path conversion sheet, the reflecting plate disposed to face the light source; wherein the reflecting plate is formed as a curved-shaped mirror configured to reflect light propagated in a fan-shaped manner from the light source and direct the light to the light path conversion sheet, the light conversion sheet comprising a plurality of scattering patterns configured to direct the light to the display panel.
A blender comprising: a container body for receiving food; a main body supporting the container body and accommodating a motor assembly; and a blade assembly configured to be rotated by the motor assembly for processing food in the container body, the blade assembly including a main blade unit comprising a plurality of main blades having different bending angles from each other defined between radial center lines of the main blades and a plane perpendicular to a rotation axis of the main blade unit; characterized in that the main blades have an inclined surface (250c, 250c') at a leading edge portion and at a trailing edge portion thereof. a container body for receiving food; a main body supporting the container body and accommodating a motor assembly; and a blade assembly configured to be rotated by the motor assembly for processing food in the container body, the blade assembly including a main blade unit comprising a plurality of main blades having different bending angles from each other defined between radial center lines of the main blades and a plane perpendicular to a rotation axis of the main blade unit; characterized in that the main blades have an inclined surface (250c, 250c') at a leading edge portion and at a trailing edge portion thereof.
Thermal container for transporting a food product, comprising: a first tray and a lid for the closing and opening of said first tray, wherein said first tray and said lid each comprise an inner wall (4; 11) and an outer wall (5; 12) that is opposing to, and at a predetermined distance from, the respective inner wall (4; 11), said first tray and said lid each have at least one interspace (6; 13) comprised between the respective inner (4; 11) and outer (5; 12) walls, said first tray and said lid being made of respective sheets of die cut cardboard, characterised in that said sheets are a first sheet of die cut cardboard from which said first tray is formed, and a second sheet of die cut cardboard from which said lid is formed.
An apparatus comprising: a medical synchrocyclotron (10; 502) comprising a superconducting electromagnetic structure having superconducting wire windings configured to generate a magnetic field having a strength of at least 6 Tesla, and ferromagnetic pole faces (44, 46) forming a chamber in which particles are accelerated to produce a proton or ion beam, the ferromagnetic pole faces (44, 46) being contoured to shape the magnetic field generated by the superconducting wire windings, wherein a pole gap is defined between the contoured pole faces (44, 46), the pole gap being more narrow at a center of the medical synchrocyclotron (10; 502) than at a point outwards from the center, the magnetic field being uniform in rotation angle and falling off in strength with an increasing radius, the medical synchrocyclotron being configured to produce the proton or ion beam having an energy level of at least 150 MeV, wherein the medical synchrocyclotron (10; 502) has a volume no larger than 4.5 cubic meters and a weight less than 30 Tons. a medical synchrocyclotron (10; 502) comprising a superconducting electromagnetic structure having superconducting wire windings configured to generate a magnetic field having a strength of at least 6 Tesla, and ferromagnetic pole faces (44, 46) forming a chamber in which particles are accelerated to produce a proton or ion beam, the ferromagnetic pole faces (44, 46) being contoured to shape the magnetic field generated by the superconducting wire windings, wherein a pole gap is defined between the contoured pole faces (44, 46), the pole gap being more narrow at a center of the medical synchrocyclotron (10; 502) than at a point outwards from the center, the magnetic field being uniform in rotation angle and falling off in strength with an increasing radius, the medical synchrocyclotron being configured to produce the proton or ion beam having an energy level of at least 150 MeV, wherein the medical synchrocyclotron (10; 502) has a volume no larger than 4.5 cubic meters and a weight less than 30 Tons.
A reusable surgical instrument comprising: an articulated end-effector, mounted on a distal extremity of the reusable surgical instrument, comprising one or more end-effector links (8, 9, 10); a proximal hub mounted on the proximal extremity of the reusable instrument comprising one or more rotating elements (14, 15, 16) configured to actuate the end-effector links (8, 9, 10),; mechanical transmission elements (5, 6, 7) configured to transmit motion from the proximal hub to the articulated end-effector; and a shaft which defines the longitudinal axis of the instrument, comprising one or more internal structural elements (2") incorporating the mechanical transmission elements (5, 6, 7), wherein the internal structural elements (2") are fixed directly to the proximal hub and comprise a first threaded surface at the proximal hub, and an external tube having a second threaded surface, the external tube configured to, when attached to the shaft at the proximal hub via the first and second threaded surfaces (18a, 18b), protect the internal structural elements (2") and prevent the passage of air through the reusable instrument to maintain insufflation of a body cavity and, when dis-attached from the shaft, expose the mechanical transmission elements (5, 6, 7) along an entire length of the shaft. an articulated end-effector, mounted on a distal extremity of the reusable surgical instrument, comprising one or more end-effector links (8, 9, 10); a proximal hub mounted on the proximal extremity of the reusable instrument comprising one or more rotating elements (14, 15, 16) configured to actuate the end-effector links (8, 9, 10),; mechanical transmission elements (5, 6, 7) configured to transmit motion from the proximal hub to the articulated end-effector; and a shaft which defines the longitudinal axis of the instrument, comprising one or more internal structural elements (2") incorporating the mechanical transmission elements (5, 6, 7), wherein the internal structural elements (2") are fixed directly to the proximal hub and comprise a first threaded surface at the proximal hub, and an external tube having a second threaded surface, the external tube configured to, when attached to the shaft at the proximal hub via the first and second threaded surfaces (18a, 18b), protect the internal structural elements (2") and prevent the passage of air through the reusable instrument to maintain insufflation of a body cavity and, when dis-attached from the shaft, expose the mechanical transmission elements (5, 6, 7) along an entire length of the shaft.
Device for cleaning air laden with CO 2 in an enclosed space, comprising two adsorption devices (9a, 9b) for adsorbing CO 2 from the air supplied to the adsorption devices (9a, 9b), a desorption device (15a, 15b) assigned to each of the adsorption devices (9a, 9b) for desorbing adsorbed CO 2, and respectively a removal device (20a, 20b) for removing the desorbed CO 2, wherein one adsorption device (9a, 9b) is adsorbed while the other one is desorbed, and vice versa, characterised in that a filter device (13, 13a, 13b) is connected upstream or downstream of each of the adsorption devices (9, 9a, 9b), by means of which filter device pollutants contained in the air to be supplied or in the cleaned air to be supplied back to the space can be filtered out and in that a fan (24a, 24b) is connected upstream of each adsorption device (9a, 9b).