mhurhangee/ep-ind-claims huggingface dataset:
A method for reporting channel state information, CSI, at a user equipment in a wireless communication system, the method comprising: receiving configuration information for a periodic reporting of CSI from a base station; generating a plurality of CSI bits for each of a plurality of CSI report sets according to the configuration information; generating CSI information by performing channel coding for the plurality of the CSI bits; and transmitting the CSI information to the base station on a physical uplink control channel, PUCCH, characterized in that, each CSI report set includes one or more different subframes, if the total number of the CSI bits of said plurality of CSI report sets is equal to or smaller than a specific value, the channel coding for the plurality of the CSI bits of said CSI report sets is performed by synthesizing the plurality of the CSI bits of said CSI report sets, wherein a joint coding scheme is applied for said channel coding, and if the total number of the CSI bits of said plurality of CSI report sets is greater than the specific value, the channel coding for the CSI bits of a first CSI report set among said plurality of CSI report sets is performed and remaining CSI bits of the remaining CSI report sets of said plurality of report sets are dropped. receiving configuration information for a periodic reporting of CSI from a base station; generating a plurality of CSI bits for each of a plurality of CSI report sets according to the configuration information; generating CSI information by performing channel coding for the plurality of the CSI bits; and transmitting the CSI information to the base station on a physical uplink control channel, PUCCH, characterized in that, each CSI report set includes one or more different subframes, if the total number of the CSI bits of said plurality of CSI report sets is equal to or smaller than a specific value, the channel coding for the plurality of the CSI bits of said CSI report sets is performed by synthesizing the plurality of the CSI bits of said CSI report sets, wherein a joint coding scheme is applied for said channel coding, and if the total number of the CSI bits of said plurality of CSI report sets is greater than the specific value, the channel coding for the CSI bits of a first CSI report set among said plurality of CSI report sets is performed and remaining CSI bits of the remaining CSI report sets of said plurality of report sets are dropped.
A method for actuating load management devices on an airfoil, the method comprising: determining, by an airfoil control device, operating conditions at an airfoil; determining, by the airfoil control device, a number of load management devices to be actuated according to the operating conditions, wherein the number of load management devices to be actuated is less than all of a plurality of load management devices; and actuating, by the airfoil control device, the number of load management devices according an actuation sequence for actuating the number of load management devices; characterized by determining, by the airfoil control device, a cycle count indicating how many times each of the plurality of load management devices has previously been actuated, wherein the actuation sequence is a cycle-count actuation sequence such that actuating the number of load management devices comprises actuating a load management device having a minimum cycle count of the determined cycle counts. determining, by an airfoil control device, operating conditions at an airfoil; determining, by the airfoil control device, a number of load management devices to be actuated according to the operating conditions, wherein the number of load management devices to be actuated is less than all of a plurality of load management devices; and actuating, by the airfoil control device, the number of load management devices according an actuation sequence for actuating the number of load management devices; characterized by determining, by the airfoil control device, a cycle count indicating how many times each of the plurality of load management devices has previously been actuated, wherein the actuation sequence is a cycle-count actuation sequence such that actuating the number of load management devices comprises actuating a load management device having a minimum cycle count of the determined cycle counts.
Screwdriving tool with a gear head and a drive arm, the gear head forming a gear housing in which a freewheel or ratchet gear having an output rotational axis is disposed, a front side of the gear head having an output coupling, in particular in the form of a polyhedron, and the drive arm being pivotable about a pivot axis, which extends substantially transversely to the output rotational axis, from a quick-action screwdriver position, in which the drive arm lies in the output rotational axis, into a power-action screwdriver position, in which the drive arm extends substantially transversely to the output rotational axis, and it being possible to fix the drive arm in both pivoted positions by detent means, the detent means being displaceable from a detent position into a release position by means of an actuating member associated with the drive arm, and the tool having two diametrically opposed centrifugal masses, associated with the drive arm, characterized by a sleeve that is associated with the drive arm in a rotatable manner.
Device for the floating cultivation of a plant, the device comprising: - a panel-shaped carrier comprising: - a top wall; - mounting openings in the top wall; - at least one gastight air chamber which, in a state in which the panel-shaped carrier is floating on a water surface: - is surrounded in a gastight manner by one or more downwardly directed air-chamber walls which are provided to the top wall and which form an air-chamber periphery; and - is sealed in a gastight manner from the mounting openings by means of downwardly directed mounting walls which form a mounting periphery; - is sealed in a gastight manner at the top side by the top wall; - is sealed in a gastight manner at the bottom side by the water surface in which the entire air-chamber periphery is placed, CHARACTERIZED IN THAT at least one of the gastight air chambers comprises two or more connected air-chamber segments which are separated from each other by one or more downwardly directed air-chamber segment walls which are provided to the top wall, and wherein at least one air-chamber segment wall is configured such that, in the floating state, the air pressure in connected air-chamber segments can equalize. - a panel-shaped carrier comprising: - a top wall; - mounting openings in the top wall; - at least one gastight air chamber which, in a state in which the panel-shaped carrier is floating on a water surface: - is surrounded in a gastight manner by one or more downwardly directed air-chamber walls which are provided to the top wall and which form an air-chamber periphery; and - is sealed in a gastight manner from the mounting openings by means of downwardly directed mounting walls which form a mounting periphery; - is sealed in a gastight manner at the top side by the top wall; - is sealed in a gastight manner at the bottom side by the water surface in which the entire air-chamber periphery is placed, - a top wall; - mounting openings in the top wall; - at least one gastight air chamber which, in a state in which the panel-shaped carrier is floating on a water surface: - is surrounded in a gastight manner by one or more downwardly directed air-chamber walls which are provided to the top wall and which form an air-chamber periphery; and - is sealed in a gastight manner from the mounting openings by means of downwardly directed mounting walls which form a mounting periphery; - is sealed in a gastight manner at the top side by the top wall; - is sealed in a gastight manner at the bottom side by the water surface in which the entire air-chamber periphery is placed, - is surrounded in a gastight manner by one or more downwardly directed air-chamber walls which are provided to the top wall and which form an air-chamber periphery; and - is sealed in a gastight manner from the mounting openings by means of downwardly directed mounting walls which form a mounting periphery; - is sealed in a gastight manner at the top side by the top wall; - is sealed in a gastight manner at the bottom side by the water surface in which the entire air-chamber periphery is placed,
A method of processing signals the method comprising: receiving a signal transmission, the signal transmission having been encoded with a nb/mb encoding scheme that maps n-bit words to m-bit symbols, where m > n; wherein the method is characterized in that for a first payload data word in the transmission, determining that the first payload data word corresponds to a valid payload data word, and as a result, assigning a first reliability metric to bits in the first payload data word, wherein the first reliability metric indicates a probability that the first payload data word is correct; for a second payload data word in the transmission, determining that the second payload data word does not correspond to a valid payload data word, and as a result, assigning a second reliability metric to bits in the second payload data word, wherein second reliability metric indicates that a probability that the second payload data word is correct is lower than that the first payload data word is correct; and performing signal decoding using the assigned first reliability metric and the assigned second reliability metric. receiving a signal transmission, the signal transmission having been encoded with a nb/mb encoding scheme that maps n-bit words to m-bit symbols, where m > n; wherein the method is characterized in that for a first payload data word in the transmission, determining that the first payload data word corresponds to a valid payload data word, and as a result, assigning a first reliability metric to bits in the first payload data word, wherein the first reliability metric indicates a probability that the first payload data word is correct; for a second payload data word in the transmission, determining that the second payload data word does not correspond to a valid payload data word, and as a result, assigning a second reliability metric to bits in the second payload data word, wherein second reliability metric indicates that a probability that the second payload data word is correct is lower than that the first payload data word is correct; and performing signal decoding using the assigned first reliability metric and the assigned second reliability metric.
An impact-resistant and thermal-resistant epoxy structural adhesive composition comprising: (a) a first component including an epoxy-cyanate ester intermediate and core-shell rubber particles; (b) a second component including a flame retardant and core-shell rubber particles dispersed in a tetrafunctional epoxy monomer; and (c) a third component including two types of monomers respectively having a vinyl group and a multifunctional thiol group at ends thereof. (a) a first component including an epoxy-cyanate ester intermediate and core-shell rubber particles; (b) a second component including a flame retardant and core-shell rubber particles dispersed in a tetrafunctional epoxy monomer; and (c) a third component including two types of monomers respectively having a vinyl group and a multifunctional thiol group at ends thereof.
A base station arrangement (100;200;300;400;500;600) adapted to, over radio communication channels, receive signals from, and transmit signals to, a user station, and being adapted to be connected to, or comprises, an antenna part (10;10A;10B;10C; 10D;10E) with a plurality of antenna elements (1 1, 1 2, 2 1, 2 2,..., 4 1, 4 2; 1A 1, 1A 2, 2A 1, 2A 2,..., 4A 1, 4A 2; 1B 1,..., 3B 2; 1C, 2C, 3C, 4C; 1D 1,...,4D 2;1E 1,...,4E 2) with one antenna port (11,...11 8, 11A 1,...,11A 8;11B 1,...,11B 6;11C 1,...,11C 4;11D 1,...,11D 8;11E 1,..., 11E 8) for each antenna element, and comprising a signal processing unit (20;20A;20B;20C;20D;20E) to which the antenna ports are connected, and a number of power amplifying units (411,...41 8;41A 1,...,41A 8;41B 1,...,41B 6;41C 1,...,41C 4;41D 1,..., 41D s;41E 1,...,41E 8), comprising a signal pre-processing functional unit (30;30A;30B;30C;30D;30E) which is adapted to collect channel correlation information from signals received from the user station over the antenna ports, detecting means (22;32A;22B;32C) adapted to detect or recognize if there are one or more distinguishing characteristics associated with channels associated with the antenna elements, a distinguishing characteristic comprising one or more distinguishing correlation properties and/or distinguishing, separately provided, configuration related properties, that the processing unit (20A;20B;20C;20D;20E) or the signal pre-processing functional unit (30A;30B;30C;30D;30E) is adapted to assign antenna elements to different groups based on distinguishing correlation properties, and/or on distinguishing configuration properties, and characterized in that the processing unit (20,20A;20B;20C;20D;20E) is adapted to use the channel correlation information to generate weighting information and to apply said weighting information to antenna elements to control the antenna element transmit power for transmission to the user station, such that transmit power can be set independently for said different groups, that it is adapted to be connected to or comprise an antenna part wherein second antenna elements (1 2,2 2,3 2,4 2;1A 2,2A 2,3A 2,4A 2; 1B 2,2B 2, 3B 2, 4B 2;3C, 4C;1D 2,2D 2, 3D 2, 4D 2;1E 2,2E 2, 3E 2, 4E 2) are associated with at least one characteristic which is different from a corresponding characteristic of a first antenna element (1 1,2 1,3 1,4 1; 1A 1, 2A 1, 3A 1, 4A 1; 1B 1; 2B 1; 3B 1; 1C, 2C; 1D 1, 1D 2, 1D 3, 1D 4; 1E 1, 1E 2, 1E 3,1E 4), said at least one distinguishing characteristic being the polarization, the first antenna elements (1 1,2 1,3 1,4 1; 1A 1, 2A 1, 3A 1, 4A 1;1B 1;2B 1;3B 1;1D 1,1D 2,1D 3,1D 4;1E 1,1E 2,1E 3,1E 4) having a first polarization and the second antenna elements (1 2, 2 2, 3 2, 4 2; 1A 2, 2A 2, 3A 2, 4A 2; 1B 2, 2B 2, 3B 2, 4B 2; 1D 2, 2D 2, 3D 2, 4D 2; 1E 2, 2E 2, 3E 2,4E 2) having a second polarization different from said first polarization, and that said first and second antenna elements are assigned to different groups depending on the existence of this distinguishing characteristic.
A sluice gate comprising a gate body (5,6) mounted in a direction vertical to a sluice connected to the sea, stored within a storage space on the bottom of the water when in an opened state, and rising from said storage space to move to a position vertical to said sluice when in a closed state, wherein said gate body (5, 6)has a torsion type structure with a thin wall closed cross section and a cross sectional restriction wherein the vertical cross section of said gate body is restricted by a point, and said gate body (5, 6), when in said closed state, comprises the cross sectional restriction point wherein said thin wall closed cross section withstands high tide pressure, and a reaction roller contacting an inner face of said storage space to withstand tide flow pressure, wherein said reaction roller is an opening and closing operation type, wherein said reaction roller is constructed to open an interval between a concrete wall and the gate body (5, 6) at construction or maintenance period by a rotation of the reaction roller in a vertical plane around a rotation axle, or by rotation in a horizontal plane, or by parallel shift in a horizontal plane. said gate body (5, 6)has a torsion type structure with a thin wall closed cross section and a cross sectional restriction wherein the vertical cross section of said gate body is restricted by a point, and said gate body (5, 6), when in said closed state, comprises the cross sectional restriction point wherein said thin wall closed cross section withstands high tide pressure, and a reaction roller contacting an inner face of said storage space to withstand tide flow pressure, wherein said reaction roller is an opening and closing operation type, wherein said reaction roller is constructed to open an interval between a concrete wall and the gate body (5, 6) at construction or maintenance period by a rotation of the reaction roller in a vertical plane around a rotation axle, or by rotation in a horizontal plane, or by parallel shift in a horizontal plane.
A method of adjusting a staple gap in a surgical stapling apparatus, comprising: providing a surgical stapling apparatus having a jaw structure with an anvil receiving portion and a jaw structure with a cartridge receiving portion, the jaw structures being operatively couplable to one another to provide a staple gap between a respective forward portion of the anvil and cartridge receiving portions, one of the jaw structures having a pair of mounting members (112, 114) thereon for mounting the other of the jaw structures thereon; positioning a gap adjustment member on the mounting members between the jaw structures to provide a desired gap between the forward portions of the anvil and cartridge receiving portions; and locking the gap adjustment member to the mounting members to provide the desired staple gap, the gap adjustment member includes bearing portions including a forward portion and a rearward portion sharing a common rotational axis, and a body portion having one or more cam surface portions having a periphery with at least two different points along the periphery, with each point along the periphery having a different radius from the rotational axis characterized in that the forward portion and the rearward portion are configured and adapted to be received in a pair of receiving recesses of hinge plates of the surgical stapling apparatus, and the body portion has a length essentially equal to the spacing between interior surfaces of the pair of hinge plates. providing a surgical stapling apparatus having a jaw structure with an anvil receiving portion and a jaw structure with a cartridge receiving portion, the jaw structures being operatively couplable to one another to provide a staple gap between a respective forward portion of the anvil and cartridge receiving portions, one of the jaw structures having a pair of mounting members (112, 114) thereon for mounting the other of the jaw structures thereon; positioning a gap adjustment member on the mounting members between the jaw structures to provide a desired gap between the forward portions of the anvil and cartridge receiving portions; and locking the gap adjustment member to the mounting members to provide the desired staple gap, the gap adjustment member includes bearing portions including a forward portion and a rearward portion sharing a common rotational axis, and a body portion having one or more cam surface portions having a periphery with at least two different points along the periphery, with each point along the periphery having a different radius from the rotational axis characterized in that the forward portion and the rearward portion are configured and adapted to be received in a pair of receiving recesses of hinge plates of the surgical stapling apparatus, and the body portion has a length essentially equal to the spacing between interior surfaces of the pair of hinge plates.
Supporting plate for a winding tube of a roller shutter aimed at receiving, on the one hand, an electric motor configured capable of controlling the winding and unwinding of said roller shutter and, on the other hand, an electrical connector comprised of a male connector and a female connector that insert into each other, and one of which is mounted on one end of an electrical connection cable and the other one of which is provided on said motor, said supporting plate comprising a bistable resilient locking means configured to hold, in a locking position, said male connector in the female connector or the female connector on the male connector in a connected position by applying a pressing force against said electrical connector, wherein said bistable resilient locking means consists of a springy steel strip held in position between two supports (8, 81) formed by notches and the distance between them is slightly smaller than the length of said strip, said bistable resilient locking means providing a pressing force at the level of an edge of the electrical connector located opposite an element made of electrically conductive material of said connector, said pressing force being, on the one hand, orthogonal or substantially orthogonal to the axis of rotation of the winding tube in the mounted state and, on the other hand, in the direction of insertion of said connector into said supporting plate.
A method for producing a water-absorbing resin composition, comprising a mixing step for mixing water-absorbing resin particles and additive particles, and comprising a step for crushing or classifying the additive particles in advance before the mixing step; particularly the additive particles are crushed by a) subjecting to passing through a screen mesh or a perforated plate; b) blowing airflow generated under pressure or by aspiration to the additive particles; c) stirring; or d) using a crusher; characterized in that the additive particles are cohesive fine particles having an average primary particle diameter of 3 to 500 nm, and the rate of content of the cohesive particles having a cohesive particle diameter below 53 μm, based on the amount of cohesive fine particles, is below 50% by weight; and characterized in that rate of content of over cohesive particles having a particle diameter of equal to or larger than 1.0 mm based on the amount of the additive particles is equal to or smaller than 20 % by weight. a) subjecting to passing through a screen mesh or a perforated plate; b) blowing airflow generated under pressure or by aspiration to the additive particles; c) stirring;