mhurhangee/ep-ind-claims huggingface dataset:
A method for power control in a wireless transmit/receive unit, WTRU, configured for distributed communications, the method comprising: communicating concurrently by the WTRU via one or more transceivers with two or more base stations or relay stations, RSs,; maintaining two or more closed loop independent power control loops by the WTRU with the two or more base stations or RSs; and receiving different transmit power control, TPC, commands by the WTRU for each of the two or more closed loop independent power control loops during two or more time intervals, characterized in that each of the TPC commands is transmitted with explicit signaling of an identifier of the associated closed loop independent power control loop, wherein the TPC commands for different closed loop independent power control loops were transmitted from the same base station or RS. communicating concurrently by the WTRU via one or more transceivers with two or more base stations or relay stations, RSs,; maintaining two or more closed loop independent power control loops by the WTRU with the two or more base stations or RSs; and receiving different transmit power control, TPC, commands by the WTRU for each of the two or more closed loop independent power control loops during two or more time intervals, characterized in that each of the TPC commands is transmitted with explicit signaling of an identifier of the associated closed loop independent power control loop, wherein the TPC commands for different closed loop independent power control loops were transmitted from the same base station or RS.
A cable enclosure for managing electrical cables in a raised floor grid system and for insertion through an opening in the raised floor grid system, the raised floor grid system including a support structure and a plurality of floor tiles supported by the support structure at a distance above a floor surface, each of the floor tiles being removable from the support structure to provide the opening in the raised floor grid system, the opening having a width and a length, the cable enclosure comprising: four side walls (340a-d), each of the four side walls (340a-d) having a cable opening defined therethrough; and a base engaging the four side walls (340a-d) and defining an enclosure cavity with the four side walls (340a-d), the cable openings in the four side walls (340a-d) being in communication with the enclosure cavity; characterised in that the cable enclosure further comprises a plurality of support brackets connectable to the support structure of the raised floor grid system and removably connectable to the enclosure cavity; wherein each of said support brackets includes an enclosure support plate for supporting the enclosure cavity, each of said enclosure support plates having a pair of upwardly extending flanges. four side walls (340a-d), each of the four side walls (340a-d) having a cable opening defined therethrough; and a base engaging the four side walls (340a-d) and defining an enclosure cavity with the four side walls (340a-d), the cable openings in the four side walls (340a-d) being in communication with the enclosure cavity; characterised in that the cable enclosure further comprises a plurality of support brackets connectable to the support structure of the raised floor grid system and removably connectable to the enclosure cavity; wherein each of said support brackets includes an enclosure support plate for supporting the enclosure cavity, each of said enclosure support plates having a pair of upwardly extending flanges.
Device for the non-destructive testing of a part, in particular made of a fibre-reinforced composite material, comprising a. a generator known as an excitation laser beam generator and means for producing a photoelastic stress pattern of the surface of the part in an excitation zone using this laser beam; b. means (200, 210) for generating a first laser beam, known as detection laser beam, able to irradiate the part in a target zone; c. means (200, 220) for generating a second detection laser beam, known as reference laser beam, and one characteristic of which may be regulated independently of the characteristics of the detection laser beam; d. a two-wave photorefractive interferometer including a photorefractive crystal pumped by the reference laser beam; e. means for collecting the beam reflected by the target zone of the first detection laser and directing it into the two-wave photorefractive interferometer; f. generating means comprising a single source consisting of a monolithic single-frequency-stabilized diode-pumped Nd:YAG oscillator and two separate laser amplifiers (210, 220) for generating, using this source, the detection laser beam and the reference laser beam; and g. means for modifying, during a pulse of the detection beam, at least one characteristic of the reference laser beam so as to adjust the bandwidth of the photorefractive interferometer between a first low cut-off frequency higher than or equal to 1 MHz and a second low cut-off frequency lower than 10 kHz. a. a generator known as an excitation laser beam generator and means for producing a photoelastic stress pattern of the surface of the part in an excitation zone using this laser beam; b. means (200, 210) for generating a first laser beam, known as detection laser beam, able to irradiate the part in a target zone; c. means (200, 220) for generating a second detection laser beam, known as reference laser beam, and one characteristic of which may be regulated independently of the characteristics of the detection laser beam; d. a two-wave photorefractive interferometer including a photorefractive crystal pumped by the reference laser beam; e. means for collecting the beam reflected by the target zone of the first detection laser and directing it into the two-wave photorefractive interferometer; f. generating means comprising a single source consisting of a monolithic single-frequency-stabilized diode-pumped Nd:YAG oscillator and two separate laser amplifiers (210, 220) for generating, using this source, the detection laser beam and the reference laser beam; and g. means for modifying, during a pulse of the detection beam, at least one characteristic of the reference laser beam so as to adjust the bandwidth of the photorefractive interferometer between a first low cut-off frequency higher than or equal to 1 MHz and a second low cut-off frequency lower than 10 kHz.
A computer-implemented method for rendering and navigating photographic panoramas in an interactive virtual three-dimensional environment, comprising: retrieving a first panoramic image associated with a first geographic location, the first panoramic image having first metadata that includes a first link to one or more panoramic images associated with a second geographic location and a first depth map, the first depth map including depth values, each depth value associated with a portion of the first panoramic image to model content of the first panoramic image; generating a first three-dimensional mesh of polygons for the first panoramic image based on the first depth map associated with the first panoramic image; projecting at least a portion of the first panoramic image onto the generated first three-dimensional mesh of polygons to form a first three-dimensional model of the first panoramic image; and prefetching panoramic images adjacent to the first panoramic image, wherein, prior to prefetching the adjacent panoramic images, a probability heuristic determines a probability that the adjacent panoramic images will be viewed and the resolutions of the adjacent panoramic images are reduced based on the probability heuristic prior to said prefetching. retrieving a first panoramic image associated with a first geographic location, the first panoramic image having first metadata that includes a first link to one or more panoramic images associated with a second geographic location and a first depth map, the first depth map including depth values, each depth value associated with a portion of the first panoramic image to model content of the first panoramic image; generating a first three-dimensional mesh of polygons for the first panoramic image based on the first depth map associated with the first panoramic image; projecting at least a portion of the first panoramic image onto the generated first three-dimensional mesh of polygons to form a first three-dimensional model of the first panoramic image; and prefetching panoramic images adjacent to the first panoramic image, wherein, prior to prefetching the adjacent panoramic images, a probability heuristic determines a probability that the adjacent panoramic images will be viewed and the resolutions of the adjacent panoramic images are reduced based on the probability heuristic prior to said prefetching.
A device for automatically switching off or switching an electrical consumer, the device having an electronic actuating element and a control unit connected in series with a load line of the electrical consumer and which evaluates a current i(t) flowing via the load line by means of a trigger characteristic and controls the electronic actuating element, and in particular switches off the electrical consumer, the device having an at least write-once data memory connected to the control unit, the device having a data interface via which data can be read out of the data memory and/or data can be written into the data memory, characterised in that the control unit writes parameters of the current i(t) flowing via the load line into the data memory, and that the control unit takes into account the data stored in the data memory, especially the parameters of the current i(t) flowing via the load line when evaluating the current i(t) flowing via the load line.
Signal-transmitting unit for transmitting a high-frequency electrical signal between an endo component and an exo component which are rotatable in relation to one another about an axis, and wherein the signal can be fed or discharged via a coaxial cable (2, 2') which is connected or can be connected to the endo component, and wherein the signal-transmitting unit has a group of slideway units, which are arranged next to one another, on the endo component along the axis, wherein the group comprises a first outer slideway unit, a second outer slideway unit and an intermediate slideway unit which is arranged therebetween, and wherein the signal-transmitting unit has at least one contact cantilever, which can be placed or bears electrically conductively against a slideway, on the exo component, wherein at least one slideway unit (9a, 9b, 9c) has a sliding ring (10a, 10b, 10c) and a ring carrier (11a, 11b, 11c), wherein the ring carrier (11a, 11b, 11c) has the basic shape of a sliding ring, characterized in that the sliding ring (10a, 10b, 10c) is arranged on the outer periphery of the ring carrier (11a, 11b, 11c), wherein the ring carrier (11a, 11b, 11c) is formed by a printed circuit board, and wherein the sliding ring and the ring carrier (11a, 11b, 11c) are electrically conductively connected at the outer periphery of the ring carrier (11a, 11b, 11c).
A shovel, comprising: a cabin in which a display monitor is provided; a main pump that generates a hydraulic pressure; an internal combustion engine that drives the main pump; and a display control part configured to generate display information to be displayed on the display monitor based on information communicated between the display control part and the internal combustion engine, and cause the generated display information to be displayed on the display monitor, wherein the display control part is configured to cause a graph (260, 262; 270, 272; 280, 282) showing fuel efficiency of the internal combustion engine over time and an operational work mode of the shovel corresponding to a time for which the fuel efficiency is calculated to be simultaneously displayed on a single display screen (200, 300, 400, 500) of the display monitor. a cabin in which a display monitor is provided; a main pump that generates a hydraulic pressure; an internal combustion engine that drives the main pump; and a display control part configured to generate display information to be displayed on the display monitor based on information communicated between the display control part and the internal combustion engine, and cause the generated display information to be displayed on the display monitor, wherein the display control part is configured to cause a graph (260, 262; 270, 272; 280, 282) showing fuel efficiency of the internal combustion engine over time and an operational work mode of the shovel corresponding to a time for which the fuel efficiency is calculated to be simultaneously displayed on a single display screen (200, 300, 400, 500) of the display monitor.
A method for knitting a single fabric, the method comprising: alternately forming a clearing position and a half-tuck position at a first-stage cylinder cam; and forming a half-tuck position and a clearing position at a second-stage cylinder cam formed under the first-stage cylinder cam, wherein the half-tuck position of the second-stage cylinder cam is positioned under the clearing position of the first-stage cylinder cam, and the clearing position of the second-stage cylinder cam is positioned under the half-tuck position of the first-stage cylinder cam, characterized in that a non-covered yarn is supplied to the clearing position of the first-stage cylinder cam, and a covered yarn is supplied to the half-tuck position of the first-stage cylinder cam. alternately forming a clearing position and a half-tuck position at a first-stage cylinder cam; and forming a half-tuck position and a clearing position at a second-stage cylinder cam formed under the first-stage cylinder cam, wherein the half-tuck position of the second-stage cylinder cam is positioned under the clearing position of the first-stage cylinder cam, and the clearing position of the second-stage cylinder cam is positioned under the half-tuck position of the first-stage cylinder cam, characterized in that a non-covered yarn is supplied to the clearing position of the first-stage cylinder cam, and a covered yarn is supplied to the half-tuck position of the first-stage cylinder cam.
A movement signal generation apparatus which generates a signal representing a movement of an optical adjustment unit, the apparatus comprising: an analog signal output section which outputs an analog signal in accordance with a position of the optical adjustment unit; a digital signal generation section which generates two digital signals in accordance with a movement amount and a movement direction of the optical adjustment unit based on the analog signal output from the analog signal output section, characterized by the two digital signals have a phase difference between them; wherein each of the digital signals has pulse components, number thereof corresponding to the movement amount of the optical adjustment unit, and a direction of the phase difference of the digital signals corresponds to the movement direction of the optical adjustment unit, wherein each of the digital signals is output as a pulse train of the pulse components in a transmission period and the pulse components have a uniform pulse width regardless of a movement speed of the optical adjustment unit, and wherein the transmission period of the pulse train is not longer than a synchronization period of a video signal taken using the optical adjustment unit. an analog signal output section which outputs an analog signal in accordance with a position of the optical adjustment unit; a digital signal generation section which generates two digital signals in accordance with a movement amount and a movement direction of the optical adjustment unit based on the analog signal output from the analog signal output section, characterized by the two digital signals have a phase difference between them; wherein each of the digital signals has pulse components, number thereof corresponding to the movement amount of the optical adjustment unit, and a direction of the phase difference of the digital signals corresponds to the movement direction of the optical adjustment unit, wherein each of the digital signals is output as a pulse train of the pulse components in a transmission period and the pulse components have a uniform pulse width regardless of a movement speed of the optical adjustment unit, and wherein the transmission period of the pulse train is not longer than a synchronization period of a video signal taken using the optical adjustment unit.
An awning comprising an awning cloth received on a wrapping bale received in a housing, the front end of the said awning cloth being attached to a tension profile whose lateral end regions are guided in guide rails extending in the extension direction of the awning cloth and protruding from the housing attached to the said end regions, such guide rails, for the purpose of forming a terrace roof awning, being received on a terrace roof via detachably attached struts, characterized in that the guide rails, for the purpose of forming a pergola awning without the struts, are detachably attached to the upper end of each associated support only in the region of its front ends, and that the housing is received on wall brackets detachably attached therewith, each of the said wall brackets exhibiting a swivel piece swivel-mounted about an axis parallel to the wrapping shaft, such swivel piece being designed as a partial bowl encompassing a facing rear part of the housing and detachably attached to the latter.
Powder supply system, in particular for use in an apparatus for producing a three-dimensional work piece by irradiating layers of a raw material powder with electromagnetic or particle radiation, the powder supply system comprising: a circuit line configured to conduct a gas stream; a conveying device configured to convey the gas stream through the circuit line; a powder doser configured to introduce a desired dose of raw material powder into the gas stream flowing through the circuit line; a measuring unit configured to measure at least one of a pressure and a volume flow in the circuit line at a position downstream of the powder doser; at least one further measuring unit (16, 17, 18) configured to measure at least one of the pressure and the volume flow in the circuit line at at least one further position; and a control unit configured to control the powder doser based on at least one of a pressure value and a volume flow value measured by the measuring unit in such a manner that the at least one of the pressure value and the volume flow value measured by the measuring unit is within a predetermined range, wherein the control unit further is configured: to control the powder doser based on at least one further pressure and/or volume flow value measured by the at least one further measuring unit (16, 17, 18), and/or to compare a plurality of further pressure and/or volume flow values measured by a plurality of further measuring units (16, 17, 18) with each other. a circuit line configured to conduct a gas stream; a conveying device configured to convey the gas stream through the circuit line; a powder doser configured to introduce a desired dose of raw material powder into the gas stream flowing through the circuit line; a measuring unit configured to measure at least one of a pressure and a volume flow in the circuit line at a position downstream of the powder doser; at least one further measuring unit (16, 17, 18) configured to measure at least one of the pressure and the volume flow in the circuit line at at least one further position; and a control unit configured to control the powder doser based on at least one of a pressure value and a volume flow value measured by the measuring unit in such a manner that the at least one of the pressure value and the volume flow value measured by the measuring unit is within a predetermined range, wherein the control unit further is configured: to control the powder doser based on at least one further pressure and/or volume flow value measured by the at least one further measuring unit (16, 17, 18), and/or to compare a plurality of further pressure and/or volume flow values measured by a plurality of further measuring units (16, 17, 18) with each other. to control the powder doser based on at least one further pressure and/or volume flow value measured by the at least one further measuring unit (16, 17, 18), and/or to compare a plurality of further pressure and/or volume flow values measured by a plurality of further measuring units (16, 17, 18) with each other.
An aerosol-generating device comprising: a housing defining a chamber having an open end for insertion of an aerosol-generating article into the chamber and a closed end opposite the open end; a flat spiral inductor coil disposed at the closed end of the chamber; a susceptor element positioned within the chamber at the closed end; and a power supply and a controller connected to the flat spiral inductor coil and configured to provide an alternating electric current to the flat spiral inductor coil such that, in use, the flat spiral inductor coil generates an alternating magnetic field to inductively heat the susceptor element and thereby heat at least a portion of an aerosol-generating article received within the chamber. a housing defining a chamber having an open end for insertion of an aerosol-generating article into the chamber and a closed end opposite the open end; a flat spiral inductor coil disposed at the closed end of the chamber; a susceptor element positioned within the chamber at the closed end; and a power supply and a controller connected to the flat spiral inductor coil and configured to provide an alternating electric current to the flat spiral inductor coil such that, in use, the flat spiral inductor coil generates an alternating magnetic field to inductively heat the susceptor element and thereby heat at least a portion of an aerosol-generating article received within the chamber.
A composition comprising a mixture comprising: - from 250 mg calcium to 600 mg of calcium, - from 70 mg magnesium to 175 mg of magnesium, - at least 10 meq of citrate excess, and - at least 20 meq of total soluble citrate, wherein the Ca/citrate molar ratio is from 0.4 to 0.7, and wherein the magnesium source is magnesium citrate having the formula C 12 H 10 O 14 Mg 3. - from 250 mg calcium to 600 mg of calcium, - from 70 mg magnesium to 175 mg of magnesium, - at least 10 meq of citrate excess, and - at least 20 meq of total soluble citrate,
Boat propulsion system comprising an internal combustion engine which is arranged in the interior of a hull, a propulsion unit which is arranged outside the hull with a propeller shaft, and an exhaust gas system with an exhaust gas duct and an exhaust gas outlet, the exhaust gas duct connecting the internal combustion engine to the exhaust gas outlet, in order to discharge exhaust gases of the internal combustion engine and cooling water which has been introduced into the exhaust gas duct, the exhaust gas outlet being arranged on the propeller shaft, a first exhaust gas relief opening being arranged in the exhaust gas duct between the internal combustion engine and the exhaust gas outlet, a first proportion of the exhaust gases and the cooling water being discharged during operation through the first exhaust gas relief opening, and a second proportion of the exhaust gases and the cooling water being discharged through the exhaust gas outlet, means for setting the first proportion which can be discharged through the first exhaust gas relief opening being provided, characterized in that the means comprise a setting plate which is arranged at least partially in the exhaust gas duct and can be set in different positions.