mhurhangee/ep-ind-claims huggingface dataset:
A method for reporting channel information during periodic reporting instances by a mobile station, MS, in a communication system, comprising: periodically transmitting, by a transmitter, wideband, WB, channel quality information, CQI, in at least two reporting instances among a plurality of reporting instances; transmitting, by the transmitter, frequency-selective, FS, CQI in reporting instances between two consecutive WB reporting instances among the plurality of reporting instances; and transmitting, by the transmitter, rank information, RI, wherein a period of the reporting instances is P subframes, where P is an integer, a period for transmitting the WB CQI is L times the period of the reporting instances, L×P subframes, where L is an integer larger than or equal to 2, and a period for transmitting the RI is K times the period for transmitting WB CQI, K×L×P subframes, where K is an integer, wherein the MS is configured semi-statically to operate in either a first mode wherein the transmission of a WB or FS CQI report is dropped when colliding with a RI reporting instance, or in a second mode wherein the BW CQI report is jointly encoded with the RI report in the same subframe. periodically transmitting, by a transmitter, wideband, WB, channel quality information, CQI, in at least two reporting instances among a plurality of reporting instances; transmitting, by the transmitter, frequency-selective, FS, CQI in reporting instances between two consecutive WB reporting instances among the plurality of reporting instances; and transmitting, by the transmitter, rank information, RI, wherein a period of the reporting instances is P subframes, where P is an integer, a period for transmitting the WB CQI is L times the period of the reporting instances, L×P subframes, where L is an integer larger than or equal to 2, and a period for transmitting the RI is K times the period for transmitting WB CQI, K×L×P subframes, where K is an integer, wherein the MS is configured semi-statically to operate in either a first mode wherein the transmission of a WB or FS CQI report is dropped when colliding with a RI reporting instance, or in a second mode wherein the BW CQI report is jointly encoded with the RI report in the same subframe.
A passive nozzle for a vacuum cleaner, the nozzle comprising: an outlet part (110, 210) adapted to be coupled to a hose of the vacuum cleaner; an intermediate part (120, 220) hingedly connected to the outlet part; an inlet part (130, 230) comprising a suction opening (134, 234) and being hingedly connected to the intermediate part such that a tilting motion of the inlet part is allowed relative to the intermediate part within a tilt range; and a stop element (140, 240) arranged to limit the tilting motion of the inlet part; wherein the stop element comprises an elastic portion such that an end position of the tilting range is adjustable based on a force exerted on the stop element by said inlet part. an outlet part (110, 210) adapted to be coupled to a hose of the vacuum cleaner; an intermediate part (120, 220) hingedly connected to the outlet part; an inlet part (130, 230) comprising a suction opening (134, 234) and being hingedly connected to the intermediate part such that a tilting motion of the inlet part is allowed relative to the intermediate part within a tilt range; and a stop element (140, 240) arranged to limit the tilting motion of the inlet part; wherein the stop element comprises an elastic portion such that an end position of the tilting range is adjustable based on a force exerted on the stop element by said inlet part.
Electrical battery monitoring device comprising: - a first group of electrical sensing switches connected in series on a first monitoring circuit, said sensing switches being adapted to switch between a first state and a second state depending on at least one parameter of at least one battery cell of a battery, - a second group of electrical sensing switches connected in series on a second monitoring circuit, said sensing switches being adapted to switch between a first state and a second state depending on at least one parameter of at least one battery cell of the battery, the second monitoring circuit being electrically isolated from the first monitoring circuit, - an input unit connected to the first monitoring circuit at a first input point and to the second monitoring circuit at a second input point, said input unit being adapted to provide an electrical input to the first monitoring circuit and to the second monitoring circuit, - a monitoring unit adapted to receive at least one electrical output from the first monitoring circuit and at least one electrical output from the second monitoring circuit, characterized in that: - the first monitoring circuit comprises at least two measuring points connected to the monitoring unit, said at least two measuring points being located downstream and separated from the first input point by at least one sensing switch, - the monitoring unit is adapted to receive at least two electrical outputs from the at least two measuring points of the first monitoring circuit, - the two measuring points are separated by at least one sensing switch. - a first group of electrical sensing switches connected in series on a first monitoring circuit, said sensing switches being adapted to switch between a first state and a second state depending on at least one parameter of at least one battery cell of a battery, - a second group of electrical sensing switches connected in series on a second monitoring circuit, said sensing switches being adapted to switch between a first state and a second state depending on at least one parameter of at least one battery cell of the battery, the second monitoring circuit being electrically isolated from the first monitoring circuit, - an input unit connected to the first monitoring circuit at a first input point and to the second monitoring circuit at a second input point, said input unit being adapted to provide an electrical input to the first monitoring circuit and to the second monitoring circuit, - a monitoring unit adapted to receive at least one electrical output from the first monitoring circuit and at least one electrical output from the second monitoring circuit, - the first monitoring circuit comprises at least two measuring points connected to the monitoring unit, said at least two measuring points being located downstream and separated from the first input point by at least one sensing switch, - the monitoring unit is adapted to receive at least two electrical outputs from the at least two measuring points of the first monitoring circuit, - the two measuring points are separated by at least one sensing switch.
A conjugate comprising a bacterial superantigen and an antibody moiety, wherein the superantigen is Staphylococcal enterotoxin E, in which the amino acid sequence of the superantigen comprises regions A to E, which region A is within the TCR binding site and determines the binding to TCR, and regions B to E determine binding to MHC Class II molecules, wherein the following amino acid residues replacements have been introduced within region C: K79E, K81E, K83S, K84S, and wherein the following amino acid residues replacements have been introduced within region A: R20G, N21T, S24G, R27K, and wherein optionally also the amino acids at position 173 and/or position 204 within region A has/have been replaced, and wherein the replacement D227S(or A) within region E has been introduced, and wherein one or more of the amino acid residues at positions 34, 35, 39, 40, 41, 42, 44, 45 and 49 within region B and/or at positions 74, 75, 78 within region C and/or at positions 187, 188, 189, 190 within region D, and/or at positions 217, 220, 222, 223, 225 within region E have been replaced, such that the substituted superantigen has reduced seroreactivity compared to the superantigen from which it has been derived, and wherein the antibody moiety is a full length antibody or any other antigen binding antibody active fragment, which is directed against a cancer-associated cell surface structure.
Connecting arrangement between a terminal piece, consisting of steel, of a corrugated tube surrounded by a sheath, and a sleeve-like connecting element, consisting of steel, surrounding the terminal piece at the end and being connected thereto, where a radially encircling seal such as an O-ring runs between the terminal piece and the connecting element in the region of their overlap, where the terminal piece has an outer second stage, where the connecting element has a tube-like end section with an inner first stage opposite to the second stage and at the end an inward-facing projection which interacts with a stop extending from the terminal piece when the terminal piece and connecting element are joined together in order to secure them axially, and where the connecting element is weakened between the first stage and the projection, wherein when the terminal piece and the connecting element are joined together they are rotatably connected and the first and second stages (24, 44) limit an intermediate space containing the seal, wherein adjoining regions (28, 30, 40, 42) on both sides of both the first and the second stage run parallel to one another and parallel to the longitudinal axis of the terminal piece and form a radial guide during rotation, wherein the weakening of the connecting element is formed by an encircling inner groove with the outer diameter of the connecting element between the first stage and the projection remaining the same, where the connecting element between the first stage and the projection is weakened such that when forces act radially on the projection in the direction of the outer surface of the terminal piece, resulting in permanent setting of the projection with simultaneous engagement behind the stop, deformation of the connecting element affecting the radial guide does not take place, wherein the stop interacting with the projection is formed by an encircling third stage of the terminal piece and both the third stage and that region of the projection interacting therewith when viewed in the longitudinal section are limited by straight lines forming a right angle and merging into one another discontinuously or in an essentially discontinuous manner, and wherein an axial inner surface of the projection maintains a gap from the outer surface of the terminal piece facing it.
A communication device for aggregating a long term evolution, LTE, system and a wireless local area network, WLAN, comprising: a storage unit, for storing instructions; and a processing means, coupled to the storage unit, wherein the storage unit stores, and the processing means is configured to execute, the instructions of: generating a LTE protocol data unit, PDU; generating a WLAN PDU comprising the LTE PDU, wherein the size of the LTE PDU is not larger than a maximum size of a WLAN media access control, MAC, service data unit, SDU; and transmitting the WLAN PDU to an access point via a WLAN physical layer. a storage unit, for storing instructions; and a processing means, coupled to the storage unit, wherein the storage unit stores, and the processing means is configured to execute, the instructions of: generating a LTE protocol data unit, PDU; generating a WLAN PDU comprising the LTE PDU, wherein the size of the LTE PDU is not larger than a maximum size of a WLAN media access control, MAC, service data unit, SDU; and transmitting the WLAN PDU to an access point via a WLAN physical layer. generating a LTE protocol data unit, PDU; generating a WLAN PDU comprising the LTE PDU, wherein the size of the LTE PDU is not larger than a maximum size of a WLAN media access control, MAC, service data unit, SDU; and transmitting the WLAN PDU to an access point via a WLAN physical layer.
A method of changing the crystallographic orientation of a single crystal body (401, 501, 601, 901) comprising: characterizing a crystallographic orientation of the single crystal body (401, 501, 601, 901); calculating a misorientation angle (605, 607, 609) between a select crystallographic direction of the single crystal body (401, 501, 601, 901) and a projection of the crystallographic direction along a plane of a first exterior major surface of the single crystal body (401, 501, 601, 901); fixing the single crystal body (401, 501, 601, 901) in a position that is tilted along a first axis with respect to the initial first exterior major surface of the body (401, 501, 601, 901); and removing material from at least a portion of the first exterior major surface to change the misorientation angle (605, 607, 609), wherein the single crystal body (401, 501, 601, 901) remains tilted along the first axis during the removal of material. characterizing a crystallographic orientation of the single crystal body (401, 501, 601, 901); calculating a misorientation angle (605, 607, 609) between a select crystallographic direction of the single crystal body (401, 501, 601, 901) and a projection of the crystallographic direction along a plane of a first exterior major surface of the single crystal body (401, 501, 601, 901); fixing the single crystal body (401, 501, 601, 901) in a position that is tilted along a first axis with respect to the initial first exterior major surface of the body (401, 501, 601, 901); and removing material from at least a portion of the first exterior major surface to change the misorientation angle (605, 607, 609), wherein the single crystal body (401, 501, 601, 901) remains tilted along the first axis during the removal of material.
A light guide panel assembly comprising: a translucent panel having a light-receiving edge, a groove being formed in one face of the panel, the groove having a first side wall forming a light-receiving edge of the panel; a light-emitting device mounted on a circuit board, the light emitting device being in contact with the light-receiving edge and arranged for producing a divergent beam of light and projecting the light into the panel from the light-receiving edge of the panel; a compressible element formed of a resilient, flexible and thermally conductive material disposed in the groove so as to abut a rear face of the circuit board; and a heatsink arranged to compress the compressible element into the groove so the compressible element is resiliently compressed between the rear face the circuit board and the heatsink so as to urge itself into contact with said rear face of the circuit board and the heatsink to provide a thermal path therebetween and to urge the light emitting device into contact with said light receiving edge so as to hold the light emitting device in place on said light receiving edge, wherein: the groove has a bottom wall and a second side wall opposite the first side wall; the compressible element is disposed in compression against the bottom wall and the second side wall of the groove; and the heatsink closes the groove. a translucent panel having a light-receiving edge, a groove being formed in one face of the panel, the groove having a first side wall forming a light-receiving edge of the panel; a light-emitting device mounted on a circuit board, the light emitting device being in contact with the light-receiving edge and arranged for producing a divergent beam of light and projecting the light into the panel from the light-receiving edge of the panel; a compressible element formed of a resilient, flexible and thermally conductive material disposed in the groove so as to abut a rear face of the circuit board; and a heatsink arranged to compress the compressible element into the groove so the compressible element is resiliently compressed between the rear face the circuit board and the heatsink so as to urge itself into contact with said rear face of the circuit board and the heatsink to provide a thermal path therebetween and to urge the light emitting device into contact with said light receiving edge so as to hold the light emitting device in place on said light receiving edge, wherein: the groove has a bottom wall and a second side wall opposite the first side wall; the compressible element is disposed in compression against the bottom wall and the second side wall of the groove; and the heatsink closes the groove. the groove has a bottom wall and a second side wall opposite the first side wall; the compressible element is disposed in compression against the bottom wall and the second side wall of the groove; and the heatsink closes the groove.
A pneumatic tire, comprising a tread, the tread being formed from a rubber composition comprising a diene rubber, the rubber composition further comprising a hydrogenated terpene aromatic resin obtained by hydrogenation of double bonds of a terpene aromatic resin, the hydrogenated terpene aromatic resin having a degree of hydrogenation of double bonds of 5% to 100%, a hydroxyl value of 20 mg KOH/g or less, and a softening point of 116°C to 180°C, the hydrogenated terpene aromatic resin being present in an amount of 1 to 50 parts by mass per 100 parts by mass of the diene rubber.
Arrangement comprising a consumable sheet-product level monitoring dispenser for association with a sheet-product filled consumable, and at least one processing system (204, 210), the dispenser comprising a container for receiving the consumable upon insertion thereof, the container having a topmost portion with a removal opening for removing sheets of the sheet-product; at least one sensor associated with the opening to sense removal of a sheet-product through the opening, thereby indicating via sensor data a single usage of the sheet-product; and a communications module for communicating the sensor data to the at least one processing system (204, 210), wherein the at least one processing system (204, 210) is adapted to define the sheet-product level in the dispenser from the sensor data. the dispenser comprising a container for receiving the consumable upon insertion thereof, the container having a topmost portion with a removal opening for removing sheets of the sheet-product; at least one sensor associated with the opening to sense removal of a sheet-product through the opening, thereby indicating via sensor data a single usage of the sheet-product; and a communications module for communicating the sensor data to the at least one processing system (204, 210), wherein the at least one processing system (204, 210) is adapted to define the sheet-product level in the dispenser from the sensor data.
A cleaning fluid used in an inkjet printer that ejects an aqueous inkjet ink containing a pigment and an alkali-soluble resin, and used for cleaning a portion of the inkjet printer to which the aqueous inkjet ink to be ejected adheres, the cleaning fluid comprising: a surfactant; an antiseptic; and water, wherein the surfactant is a compound having a polyoxyalkylene skeleton and having an HLB of 9 to 20, the antiseptic contains a compound having a hydantoin skeleton, and a proportion of the compound having a hydantoin skeleton in the cleaning fluid is 0.05 to 0.3 mass%. a surfactant; an antiseptic; and water, wherein the surfactant is a compound having a polyoxyalkylene skeleton and having an HLB of 9 to 20, the antiseptic contains a compound having a hydantoin skeleton, and a proportion of the compound having a hydantoin skeleton in the cleaning fluid is 0.05 to 0.3 mass%.
An in vitro or ex vivo method for inhibiting expression of DUX4, TRIM43 and ZSCAN4 in a cell, the method comprising: delivering into a cell (i) a recombinant adeno-associated virus (rAAV) vector comprising a nucleic acid encoding a catalytically active Cas9 protein, and (ii) a guide RNA (gRNA) that specifically hybridizes to a target nucleic acid sequence encoding a D4Z4 macrosatellite repeat region, in an amount sufficient to inhibit expression of DUX4 gene in the cell, wherein the gRNA comprises a sequence encoded by the sequence set forth in any one of SEQ ID NOs: 9-11.
A process to isolate a compound 2a or a salt or solvate thereof, comprising a) reacting a mixture of 2a, 2b with a basic heterocyclic-aldehyde compound and an optically active amine in the presence of a base; and b) separating the compound 2a from the product of step a) by acid extraction. a) reacting a mixture of 2a, 2b with a basic heterocyclic-aldehyde compound and an optically active amine in the presence of a base; and b) separating the compound 2a from the product of step a) by acid extraction.
An aluminum alloy forged material having a portion whose thickness is 10mm or less comprising: Mg: 0.60 - 1.80 mass%; Si: 0.80 - 1.80 mass%; Cu: 0.20 - 1.00 mass%; Fe: 0.05 - 0.40 mass%; Ti: 0.001-0.15 mass%; B: 1 - 500 ppm; further comprising at least one element selected from Mn: 0.10 - 0.60 mass%, Cr: 0.10 - 0.40 mass% and Zr: 0.10 - 0.20 mass%: the remainder being Al and inevitable impurities, wherein the electrical conductivity measured at the surface of the aluminum alloy forged material at 20 °C is more than 42.5 % IACS but not more than 46.0 % IACS, the 0.2 % proof stress is 360 MPa or more, and the Charpy impact value is 6 J/cm 2 or more. Mg: 0.60 - 1.80 mass%; Si: 0.80 - 1.80 mass%; Cu: 0.20 - 1.00 mass%; Fe: 0.05 - 0.40 mass%; Ti: 0.001-0.15 mass%; B: 1 - 500 ppm; the remainder being Al and inevitable impurities, wherein the electrical conductivity measured at the surface of the aluminum alloy forged material at 20 °C is more than 42.5 % IACS but not more than 46.0 % IACS, the 0.2 % proof stress is 360 MPa or more, and the Charpy impact value is 6 J/cm 2 or more.