mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting repetitive transmission of a physical uplink shared channel by a base station in a communication system operating in a time division duplex, TDD, based cell including at least one subframe for uplink transmission and at least one subframe for downlink transmission, the method comprising: repeatedly transmitting a physical downlink control channel in downlink subframes determined based on a first table comprising an uplink-downlink configuration; and repeatedly receiving the physical uplink shared channel in uplink subframes which start from a subframe according to an uplink transmission timing, wherein the uplink transmission timing is determined by adding an index of a last subframe, where the repetitive receiving of the physical downlink control channel is completed, to a first value, the first value being given in a second table, wherein the second table comprises a DL subframe number n, which corresponds to the index of the last subframe, and the uplink-downlink configuration, and wherein the first value is determined according to the index of the last subframe and the uplink-downlink configuration, and wherein, if the first value is not defined in the second table for the index of the last subframe, the index of the last subframe is substituted by an index of a first downlink subframe for which a first value is defined in the second table and the first downlink subframe being a subframe closest to the last subframe and coming after the last subframe. repeatedly transmitting a physical downlink control channel in downlink subframes determined based on a first table comprising an uplink-downlink configuration; and repeatedly receiving the physical uplink shared channel in uplink subframes which start from a subframe according to an uplink transmission timing, wherein the uplink transmission timing is determined by adding an index of a last subframe, where the repetitive receiving of the physical downlink control channel is completed, to a first value, the first value being given in a second table, wherein the second table comprises a DL subframe number n, which corresponds to the index of the last subframe, and the uplink-downlink configuration, and wherein the first value is determined according to the index of the last subframe and the uplink-downlink configuration, and wherein, if the first value is not defined in the second table for the index of the last subframe, the index of the last subframe is substituted by an index of a first downlink subframe for which a first value is defined in the second table and the first downlink subframe being a subframe closest to the last subframe and coming after the last subframe.
A method of transmitting over four transmit antennas (12, 14, 16, 18) comprising: for each antenna, generating a respective sequence of OFDM symbols, each OFDM symbol having a plurality of sub- carriers carrying data or pilots, and transmitting the sequence of OFDM symbols, characterised by wherein pilots are inserted for the four antennas collectively in blocks (101, 102) of two sub-carriers by two OFDM symbols scattered in time and frequency and inserted as fixed pilots over time for a selected pair of the four antennas; and when a channel estimation performance for a fast frequency selective fading channel is to be performed, turning off two transmit antennas and re-assigning pilot groups assigned to the turned off antennas to the remaining two transmit antennas. for each antenna, generating a respective sequence of OFDM symbols, each OFDM symbol having a plurality of sub- carriers carrying data or pilots, and transmitting the sequence of OFDM symbols, characterised by wherein pilots are inserted for the four antennas collectively in blocks (101, 102) of two sub-carriers by two OFDM symbols scattered in time and frequency and inserted as fixed pilots over time for a selected pair of the four antennas; and when a channel estimation performance for a fast frequency selective fading channel is to be performed, turning off two transmit antennas and re-assigning pilot groups assigned to the turned off antennas to the remaining two transmit antennas.
A method implemented in a wireless communication apparatus, comprising: receiving an indication of at least one operating mode indicative of a proximity and an orientation of at least one transmitting antenna of the wireless communication apparatus, wherein the indication includes operating mode indexes, wherein each operating mode index is described as a device state index, DSI, and wherein the DSI is provided as an index to a look up table, LUT, which specifies a transmission power limit to be used for that DSI; selecting from a plurality of transformations associated with the at least one operating mode, wherein the selected transformation is selected based on the LUT, and wherein the selected transformation is selected based on priority tiers, wherein a first transmitter is associated with a first priority tier and a second transmitter is associated with a second priority tier; applying a selected transformation to adjust a relationship between a power transmission level of the first transmitter and a power transmission level of the second transmitter; and determining a target power transmission level of the first transmitter based on the adjusted relationship and a current power transmission level of the second transmitter. receiving an indication of at least one operating mode indicative of a proximity and an orientation of at least one transmitting antenna of the wireless communication apparatus, wherein the indication includes operating mode indexes, wherein each operating mode index is described as a device state index, DSI, and wherein the DSI is provided as an index to a look up table, LUT, which specifies a transmission power limit to be used for that DSI; selecting from a plurality of transformations associated with the at least one operating mode, wherein the selected transformation is selected based on the LUT, and wherein the selected transformation is selected based on priority tiers, wherein a first transmitter is associated with a first priority tier and a second transmitter is associated with a second priority tier; applying a selected transformation to adjust a relationship between a power transmission level of the first transmitter and a power transmission level of the second transmitter; and determining a target power transmission level of the first transmitter based on the adjusted relationship and a current power transmission level of the second transmitter.
Use of a diagnostic kit in the method for diagnosing mild cognitive impairment due to Alzheimer's disease according to claim 4, wherein the kit is for measuring the content of hsa-miR-1185-2-3p, hsa-miR-22-5p, hsa -miR-134-3p, hsa-miR-1909-3p and hsa-miR-107 in plasma, and the kit comprises primers and probes for hsa-miR-1185-2-3p, hsa-miR-22-5p, hsa-miR-134-3p, hsa-miR-1909-3p, and hsa-miR-107.
A hose cart with a carrier frame comprising: a guide handle; a hose drum held in the carrier frame, the hose drum adapted to carry a hose reel wound around the hose drum; a first support bracket attached to the carrier frame, the first support bracket adapted to support the hose cart on a ground surface from a first end; at least one second support bracket attached to the carrier frame, the second support bracket adapted to support the hose cart on the ground surface from a second end; the second support bracket is pivotable between a first position and a second position, wherein the first position is associated with a non-operational configuration of the hose cart and the second position is associated with an operational configuration of the hose cart characterized in that: a ground contact point of the second support bracket lies towards the hose cart as compared to a pivot point of the second support bracket in the first position of the second support bracket, and wherein a weight of the hose cart stabilizes the hose cart in the first position and the second position of the second support bracket, thereby the hose cart is able to stand without external support in the non-operational configuration as well as in the operational configuration. a guide handle; a hose drum held in the carrier frame, the hose drum adapted to carry a hose reel wound around the hose drum; a first support bracket attached to the carrier frame, the first support bracket adapted to support the hose cart on a ground surface from a first end; at least one second support bracket attached to the carrier frame, the second support bracket adapted to support the hose cart on the ground surface from a second end; the second support bracket is pivotable between a first position and a second position, wherein the first position is associated with a non-operational configuration of the hose cart and the second position is associated with an operational configuration of the hose cart characterized in that: a ground contact point of the second support bracket lies towards the hose cart as compared to a pivot point of the second support bracket in the first position of the second support bracket, and wherein a weight of the hose cart stabilizes the hose cart in the first position and the second position of the second support bracket, thereby the hose cart is able to stand without external support in the non-operational configuration as well as in the operational configuration. a ground contact point of the second support bracket lies towards the hose cart as compared to a pivot point of the second support bracket in the first position of the second support bracket, and wherein a weight of the hose cart stabilizes the hose cart in the first position and the second position of the second support bracket, thereby the hose cart is able to stand without external support in the non-operational configuration as well as in the operational configuration.
A bristle insert, in particular for a paintbrush, formed by at least one package having a proportion of plastic bristles the ends of which are fused together such that a self-supporting plate-shaped holding element is formed, the bristle package including a cavity adjacent to the holding element, the cavity being comparatively sharply delimited in the immediate vicinity of the holding element and being almost not discernible, or not discernible at all, in the area of the free ends of the bristles, the holding element forming a fastening structure for fastening the bristle insert to a paintbrush body, characterized in that the holding element is completely closed and extends continuously over the entire bristle package.
An electric high-precision 2D stage, comprising: a bottom layer stage module, a middle layer stage module, and an upper layer stage module, wherein the bottom layer stage module is connected to the middle layer stage module through an X-axis cross guide rail, the middle layer stage module is connected to the upper layer stage module through a Y-axis cross guide rail, the bottom layer stage module is connected to the middle layer stage module through an X-axis feeding mechanism, the X-axis feeding mechanism comprises an X-axis driving unit and an X-axis flexible lead screw mechanism, the X-axis driving unit is connected to the X-axis flexible lead screw mechanism, the X-axis flexible lead screw mechanism comprises an X-direction lead screw, an X-axis nut block, an X-direction push block, an X-dome mounting connecting block, a ball push rod, and a ball head plunger, the X-direction lead screw is connected to the X-axis driving unit, the X-axis nut block is mounted on the X-direction lead screw, the X-axis nut block is connected to the X-direction push block, an X-direction slot is provided on the X-dome mounting connecting block, the ball push rod and the ball head plunger are mounted on two sides of the X-direction slot, the X-direction push block is inserted in the X-direction slot, two sides of the X-direction push block are in point contact with the ball push rod and the ball head plunger, respectively, the middle layer stage module is connected to the upper layer stage module through a Y-axis feeding mechanism, and the Y-axis feeding mechanism and the X-axis feeding mechanism have a same structure but opposite mounting directions.
An aircraft engine comprising an electric power generating device adapted to be driven by the aircraft engine, which device comprises: a transmission connected with a rotary shaft of the engine; an electric power generator driven by an output of the transmission; an input shaft having a shaft axis extending in a direction crossing the rotary shaft and connected with the rotary shaft; a transmitting mechanism connected with the input shaft to drive the transmission about an axis extending in a direction crossing the input shaft; the transmission and the electric power generator being disposed spaced a distance from each other in a direction circumferentially of the rotary shaft; and the input shaft being disposed between the transmission and the electric power generator in the direction circumferentially of the rotary shaft. a transmission connected with a rotary shaft of the engine; an electric power generator driven by an output of the transmission; an input shaft having a shaft axis extending in a direction crossing the rotary shaft and connected with the rotary shaft; a transmitting mechanism connected with the input shaft to drive the transmission about an axis extending in a direction crossing the input shaft; the transmission and the electric power generator being disposed spaced a distance from each other in a direction circumferentially of the rotary shaft; and the input shaft being disposed between the transmission and the electric power generator in the direction circumferentially of the rotary shaft.
A process for deactivating a cellulolytic microorganism selected from strains of fungi belonging to the genera Trichoderma, Aspergillus, Penicillium or Schizophyllum, enabling the production of an enzymatic cocktail, said cocktail being used without separating the cellulolytic microorganism during the biochemical conversion of lignocellulosic materials, comprising at least one step for bringing a gaseous stream into contact with a medium containing said microorganism, said gaseous stream comprising more than 25% by weight of CO 2 and comprising less than 0.5 molar % of O 2.
An apparatus for achieving higher cooling rates of a gas during bypass cooling in a batch annealing furnace of cold rolling mills, comprising: - a nanocoolant preparation unit for preparing a nanofluid, and for supplying the nanofluid to a reservoir, the nanocoolant preparation unit comprising a mixing device for mixing industrial grade water with nanoparticles including dispersants, - a batch annealing furnace accommodating the cold rolled steel coils on a base, the furnace having a cooling hood, a gas inlet, and a gas outlet, wherein in use, hydrogen gas from the heat exchanger enters the furnace via the gas inlet and cooled hydrogen exits the heat exchanger via the gas outlet, and - a heat exchanger having an inlet and an outlet, wherein in use, the heat exchanger receives the nanofluid from the reservoir at a desired flow-rate, temperature and pressure and the nanofluid exits the heat exchanger via the outlet. - a nanocoolant preparation unit for preparing a nanofluid, and for supplying the nanofluid to a reservoir, the nanocoolant preparation unit comprising a mixing device for mixing industrial grade water with nanoparticles including dispersants, - a batch annealing furnace accommodating the cold rolled steel coils on a base, the furnace having a cooling hood, a gas inlet, and a gas outlet, wherein in use, hydrogen gas from the heat exchanger enters the furnace via the gas inlet and cooled hydrogen exits the heat exchanger via the gas outlet, and - a heat exchanger having an inlet and an outlet, wherein in use, the heat exchanger receives the nanofluid from the reservoir at a desired flow-rate, temperature and pressure and the nanofluid exits the heat exchanger via the outlet.
A method of wireless communication, comprising: Generating, by an apparatus, a first message comprising a first indicator indicating a number of beacon intervals that each have a window during which one or more devices are permitted to communicate with the apparatus, wherein the window has an expiration time indicated in the first message and wherein the expiration time indication is based on the number of beacon intervals; and Transmitting, by the apparatus, the first message. Generating, by an apparatus, a first message comprising a first indicator indicating a number of beacon intervals that each have a window during which one or more devices are permitted to communicate with the apparatus, wherein the window has an expiration time indicated in the first message and wherein the expiration time indication is based on the number of beacon intervals; and Transmitting, by the apparatus, the first message.
A battery component comprising: a polymer frame having at least one window, the polymer frame having a first planar side and an opposite second planar side, and a window edge between the first and second planar sides; and a battery cell component having an anode, a cathode, a separator and a bipolar current collector, the separator being attached to the polymer frame; wherein - the polymer frame is attached at the separator with an overlap of more than 0% to 50%, such that the separator is attached at one side to the first planar side, so that up to 50% of an area of the first planar side is covered by the separator; - the separator attached to the first planar side is being unsupported on a side opposite the attachment; and - the polymer frame has at least one feed hole outside of the overlapping area going through the polymer frame, wherein the feed hole can fit over a rod for easing assembly of a battery stack comprising a plurality of battery components. a polymer frame having at least one window, the polymer frame having a first planar side and an opposite second planar side, and a window edge between the first and second planar sides; and a battery cell component having an anode, a cathode, a separator and a bipolar current collector, the separator being attached to the polymer frame; wherein - the polymer frame is attached at the separator with an overlap of more than 0% to 50%, such that the separator is attached at one side to the first planar side, so that up to 50% of an area of the first planar side is covered by the separator; - the separator attached to the first planar side is being unsupported on a side opposite the attachment; and - the polymer frame has at least one feed hole outside of the overlapping area going through the polymer frame, wherein the feed hole can fit over a rod for easing assembly of a battery stack comprising a plurality of battery components. - the polymer frame is attached at the separator with an overlap of more than 0% to 50%, such that the separator is attached at one side to the first planar side, so that up to 50% of an area of the first planar side is covered by the separator; - the separator attached to the first planar side is being unsupported on a side opposite the attachment; and - the polymer frame has at least one feed hole outside of the overlapping area going through the polymer frame, wherein the feed hole can fit over a rod for easing assembly of a battery stack comprising a plurality of battery components.
A formwork plate (10, 10a, 10b, 10c) comprising a flat rectangular central body characterized in that the central body is extended on a first side by a first series of flat tabs, and on a second opposite side by a second series of flat tabs, with the flat tabs (1, 3) extending in the plane of the body while leaving a spacing between the flat tabs (1, 3) of the same series, with the formwork plate (10, 10a, 10b, 10c) further having first and second sets of angled tabs (4, 7; 2, 7), with at least some angled tabs (4, 7) of the first set extending into the spacing between two flat tabs of the first series, with each angled tab (2, 7) of the second set extending into the spacing between two flat tabs of the second series, with the angled tabs (4, 7; 2, 7) of the first and second sets being angled while extending away from the flat central body each having an angled portion (2, 4) and a flat distal end portion extending parallel to the flat tabs (1, 3)into a different plan than the body plan.
Apparatus for extracting pomegranate seeds from pomegranates comprising: a pomegranate breaker (104, 404) operative for breaking open pomegranates; and a pomegranate seed extractor operative to engage broken-open pomegranates for separating pomegranate seeds at the interior of the pomegranates from other parts of the pomegranates, characterized in that: said pomegranate breaker (104, 404) is operative for breaking open pomegranates generally without cutting the pomegranate seeds at the interior of the pomegranates; and said pomegranate breaker comprises: a pomegranate periphery scorer for scoring an outside rind of the pomegranates; and a plurality of hooks configured to engage segments of the pomegranates following partial separation of the segments from each other by scoring; or said pomegranate breaker comprises: an equatorial scorer for performing equatorial scoring of the pomegranates; and a pomegranate engager for oppositely rotating portions of the pomegranates, thereby to break open the pomegranates. a pomegranate breaker (104, 404) operative for breaking open pomegranates; and a pomegranate seed extractor operative to engage broken-open pomegranates for separating pomegranate seeds at the interior of the pomegranates from other parts of the pomegranates, characterized in that: said pomegranate breaker (104, 404) is operative for breaking open pomegranates generally without cutting the pomegranate seeds at the interior of the pomegranates; and said pomegranate breaker comprises: a pomegranate periphery scorer for scoring an outside rind of the pomegranates; and a plurality of hooks configured to engage segments of the pomegranates following partial separation of the segments from each other by scoring; or said pomegranate breaker comprises: an equatorial scorer for performing equatorial scoring of the pomegranates; and a pomegranate engager for oppositely rotating portions of the pomegranates, thereby to break open the pomegranates. said pomegranate breaker (104, 404) is operative for breaking open pomegranates generally without cutting the pomegranate seeds at the interior of the pomegranates; and said pomegranate breaker comprises: a pomegranate periphery scorer for scoring an outside rind of the pomegranates; and a plurality of hooks configured to engage segments of the pomegranates following partial separation of the segments from each other by scoring; or a pomegranate periphery scorer for scoring an outside rind of the pomegranates; and a plurality of hooks configured to engage segments of the pomegranates following partial separation of the segments from each other by scoring; or said pomegranate breaker comprises: an equatorial scorer for performing equatorial scoring of the pomegranates; and a pomegranate engager for oppositely rotating portions of the pomegranates, thereby to break open the pomegranates. an equatorial scorer for performing equatorial scoring of the pomegranates; and a pomegranate engager for oppositely rotating portions of the pomegranates, thereby to break open the pomegranates.