mhurhangee/ep-ind-claims huggingface dataset:
A terminal device communicating with a base station device, said terminal device comprising: switching means for switching between a first feedback mode in which one precoder information specifying a first preferred precoder and a reception quality indicator specifying a preferred transmission rate are reported periodically to said base station device, and a second feedback mode in which first partial precoder information among first and second partial precoder information specifying a second preferred precoder and a set of said second partial precoder information and said reception quality indicator are reported periodically to said base station device; and report means for reporting, in the first feedback mode, said precoder information and said reception quality indicator periodically, and for reporting, in the second feedback mode, one of said first partial precoder information and the set of said second partial precoder information and said reception quality indicator alternately and periodically, wherein a report period of said reception quality indicator in said second feedback mode is two times a report period of said precoder information and said reception quality indicator in said first feedback mode. switching means for switching between a first feedback mode in which one precoder information specifying a first preferred precoder and a reception quality indicator specifying a preferred transmission rate are reported periodically to said base station device, and a second feedback mode in which first partial precoder information among first and second partial precoder information specifying a second preferred precoder and a set of said second partial precoder information and said reception quality indicator are reported periodically to said base station device; and report means for reporting, in the first feedback mode, said precoder information and said reception quality indicator periodically, and for reporting, in the second feedback mode, one of said first partial precoder information and the set of said second partial precoder information and said reception quality indicator alternately and periodically, wherein a report period of said reception quality indicator in said second feedback mode is two times a report period of said precoder information and said reception quality indicator in said first feedback mode.
Method for searching a search area, wherein at least one radar is arranged in each of at least two missiles (AC1, AC2), comprising: a) splitting the search area into at least two search subareas (TS1, TS2), b) searching the at least two search subareas (TS1, TS2) by means of the respective radar of the at least two missiles (AC1, AC2), wherein the at least two missiles (AC1, AC2) carry out the searching cooperatively, wherein the search subareas (TS1, TS2) are chosen such that a total search time is minimal; wherein the splitting of the search area into search subareas (TS1, TS2) is continually adapted according to the movement and/or the trajectory of the at least two missiles (AC1, AC2); characterized in that the splitting of the search area is performed for different combinations of in each case two search subareas (TS1, TS2), and the total search time for searching the search area is ascertained; and in that the combination of the two search subareas (TS1, TS2) having the shortest total search time is used for the subsequent searching of the search area. a) splitting the search area into at least two search subareas (TS1, TS2), b) searching the at least two search subareas (TS1, TS2) by means of the respective radar of the at least two missiles (AC1, AC2), wherein the at least two missiles (AC1, AC2) carry out the searching cooperatively, wherein the search subareas (TS1, TS2) are chosen such that a total search time is minimal; wherein the splitting of the search area into search subareas (TS1, TS2) is continually adapted according to the movement and/or the trajectory of the at least two missiles (AC1, AC2); characterized in that the splitting of the search area is performed for different combinations of in each case two search subareas (TS1, TS2), and the total search time for searching the search area is ascertained; and in that the combination of the two search subareas (TS1, TS2) having the shortest total search time is used for the subsequent searching of the search area.
An air jet loom part comprising a weft yarn tension applying apparatus, a frame, a rocking shaft supported by the frame, a slay being swingable by a reciprocating motion of the rocking shaft, a reed mounted to the slay and forming a weft yarn guide passage and a sub-nozzle for weft insertion mounted to the slay, the weft yarn tension applying apparatus comprising: a stretch nozzle mounted movable in a weft insertion direction at a position on a downstream side of the sub-nozzle of the slay so as to be directed perpendicular to the weft yarn guide passage; a valve connected to an air tank, the valve provided in a part of the frame; and an air supply tube connecting the stretch nozzle with the valve, characterized in that the air supply tube includes a first air supply tube connected to the valve and a second air supply tube connected to the stretch nozzle, an end of the first air supply tube is fixed to the rocking shaft, an end of the second air supply tube is connected to the end of the first air supply tube through a connector. a stretch nozzle mounted movable in a weft insertion direction at a position on a downstream side of the sub-nozzle of the slay so as to be directed perpendicular to the weft yarn guide passage; a valve connected to an air tank, the valve provided in a part of the frame; and an air supply tube connecting the stretch nozzle with the valve, the air supply tube includes a first air supply tube connected to the valve and a second air supply tube connected to the stretch nozzle, an end of the first air supply tube is fixed to the rocking shaft, an end of the second air supply tube is connected to the end of the first air supply tube through a connector.
A method of producing at least one through-hole and countersink in at least one ultrahard insert comprising the steps of: providing a body having a first major surface and an opposite second major surface; forming at least one pilot hole in said body using a laser, wherein said at least one pilot hole extends from said first major surface to the opposite second major surface of said body; cutting said pilot hole using a wire electrical discharge machine (WEDM) to produce a straight cylindrical portion and top conical portion; forming a countersink on at least one side of said body using an electrical discharge grinding machine;and severing said at least one ultrahard insert from said body, wherein said insert includes a through-hole and a countersink. providing a body having a first major surface and an opposite second major surface; forming at least one pilot hole in said body using a laser, wherein said at least one pilot hole extends from said first major surface to the opposite second major surface of said body; cutting said pilot hole using a wire electrical discharge machine (WEDM) to produce a straight cylindrical portion and top conical portion; forming a countersink on at least one side of said body using an electrical discharge grinding machine;and severing said at least one ultrahard insert from said body, wherein said insert includes a through-hole and a countersink.
A cover body of a fruit and vegetable box comprising a moisture permeable device, comprises a first surface and a second surface corresponding to each other, characterized in that said first surface and second surface are an upper surface and a lower surface of said cover body of a fruit and vegetable box, and at least parts of said first surface and second surface define a hollow cavity; through-holes are provided at regions of said first surface and second surface defining the cavity; and regenerated cellulose is accommodated in said cavity.
A lipase variant of a parent lipase, wherein the parent lipase has at least 75% sequence identity to SEQ ID NO: 3, wherein the variant has lipase activity and has at least 75% but less than 100% sequence identity to SEQ ID NO: 3 and comprises a S1C, S1F, S1G, S1H, S1I, S1L, S1M, S1P, S1Q, S1R, S1V, S1W, or S1Y substitution at a position corresponding to position 1 of SEQ ID NO: 3, wherein the lipase variant has an Improvement Factor greater than 1.1; wherein the Improvement Factor is determined using Thermostability Assay A carried out by measuring the enzymatic activity present in culture supernatants of variants or wild-type controls exposed to 50°C; heat treating 10uL supernatant samples in 96-well Abgene PCR plates in a programmable thermal cycler for 10 minutes at room temperature (control) or 50°C and subsequently cooled down to 4°C; diluting the samples 120 times with assay dilution buffer (250mL 1M TRIS pH 8.0; 45mL 1M CaCl2; 3.75 mL 30% BRIJ; up to 5000mL Milli Q water); preparing reaction mixtures in 384-well plate by adding 10uL of diluted and heat treated supernatant sample to 40uL of 625uM pNP-Palmitate working solution; measuring enzymatic activity at 25°C by monitoring the rate of increase in absorbance at 405nm using a Infinite M1000 reader; calculating the residual activity for variants and wildtype controls as the percentage of enzymatic activity remaining after incubation at 50°C relative to enzymatic activity remaining after incubation at room temperature.
A soft drink filling method comprising the steps of: molding a bottle of a volume of 500 ml or of a volume of 2 L from a heated preform by a blow molding process; supplying hot water having a temperature of 70 °C to 80°C into the bottle at a time when heat applied to the preform remains, in a manner such that the hot water of 0.1 mL to 0.2mL per 1 cm 2 comes into contact with an inner entire surface of the bottle for a predetermined time, to thereby sterilize an interior of the bottle, wherein when the bottle has a volume of 500 ml, the predetermined time is 0.3 to 0.5 seconds, or when the bottle has a volume of 2 L, the predetermined time is 0.7 to 1.0 seconds; and filling the bottle with soft drink and then sealing the bottle. molding a bottle of a volume of 500 ml or of a volume of 2 L from a heated preform by a blow molding process; supplying hot water having a temperature of 70 °C to 80°C into the bottle at a time when heat applied to the preform remains, in a manner such that the hot water of 0.1 mL to 0.2mL per 1 cm 2 comes into contact with an inner entire surface of the bottle for a predetermined time, to thereby sterilize an interior of the bottle, wherein when the bottle has a volume of 500 ml, the predetermined time is 0.3 to 0.5 seconds, or when the bottle has a volume of 2 L, the predetermined time is 0.7 to 1.0 seconds; and filling the bottle with soft drink and then sealing the bottle.
An expression cassette containing a sequence encoding the small subunit of the HBV surface antigen (S-HBsAg) and regulatory sequences controlling its expression: the 35S RNA promoter of the cauliflower mosaic virus (CaMV) and the nopaline synthase terminator (NOSt) sequence, wherein said expression cassette possesses the sequence designated as SEQ ID No. 1.
A process for preparing a ready for use aqueous solution comprising a hyperpolarized active substrate for use in a method of magnetic resonance investigation, which comprises the steps of: a) preparing a hyperpolarized precursor of said substrate by dynamic nuclear polarisation methods, said precursor being selected from organic cyclic or linear anhydrides, symmetric or mixed; cyclic or acyclic diketenes; esters, lactones or amides; and b) contacting said precursor with an aqueous carrier to transform it into said hyperpolarized active substrate; wherein said transformation is effected by hydrolysis of the precursor, said hydrolysis providing a transformation of at least 50% of the precursor. a) preparing a hyperpolarized precursor of said substrate by dynamic nuclear polarisation methods, said precursor being selected from organic cyclic or linear anhydrides, symmetric or mixed; cyclic or acyclic diketenes; esters, lactones or amides; and b) contacting said precursor with an aqueous carrier to transform it into said hyperpolarized active substrate;
A backwash arrangement for cleaning a cylindrical filter screen, the backwash arrangement comprising: (a) a cylindrical filter screen; (b) a central conduit extending axially within said cylindrical filter screen; (c) a plurality of radial branch conduits extending outwards from said central conduit towards said cylindrical filter screen; and (d) a spring-loaded nozzle arrangement associated with each of said radial branch conduits, said spring-loaded nozzle arrangement being biased into contact with said cylindrical filter screen, wherein said spring-loaded nozzle arrangement comprises: a nozzle for passing across said cylindrical filter screen, said backwash arrangement being characterised in that said spring-loaded nozzle arrangement comprises a pair of wheels deployed on opposing sides of said nozzle opening and deployed for rolling engagement with said cylindrical filter screen. (a) a cylindrical filter screen; (b) a central conduit extending axially within said cylindrical filter screen; (c) a plurality of radial branch conduits extending outwards from said central conduit towards said cylindrical filter screen; and (d) a spring-loaded nozzle arrangement associated with each of said radial branch conduits, said spring-loaded nozzle arrangement being biased into contact with said cylindrical filter screen, wherein said spring-loaded nozzle arrangement comprises: a nozzle for passing across said cylindrical filter screen, said backwash arrangement being characterised in that said spring-loaded nozzle arrangement comprises a pair of wheels deployed on opposing sides of said nozzle opening and deployed for rolling engagement with said cylindrical filter screen. a nozzle for passing across said cylindrical filter screen, said backwash arrangement being characterised in that said spring-loaded nozzle arrangement comprises a pair of wheels deployed on opposing sides of said nozzle opening and deployed for rolling engagement with said cylindrical filter screen.
A system comprising: a brake assembly configured to be positioned within a wheel cavity of a wheel, wherein the brake assembly defines a plurality of cooling channels (85, 113, 119); and a distributor configured to receive a flow of cooling fluid and supply the cooling fluid to the plurality of cooling channels (85, 113, 119), wherein at least one cooling channel (85, 113, 119) of the plurality of cooling channels (85, 113, 119) is configured to receive a portion of the cooling fluid from the distributor and discharge the portion of the cooling fluid into the wheel cavity when the brake assembly is positioned within the wheel cavity, and wherein the brake assembly includes: a torque tube; and a plurality of splines (63, 118) connected and/or attached to the torque tube, wherein the plurality of splines (63, 118) define the plurality of cooling channels (85, 113, 119). a brake assembly configured to be positioned within a wheel cavity of a wheel, wherein the brake assembly defines a plurality of cooling channels (85, 113, 119); and a distributor configured to receive a flow of cooling fluid and supply the cooling fluid to the plurality of cooling channels (85, 113, 119), wherein at least one cooling channel (85, 113, 119) of the plurality of cooling channels (85, 113, 119) is configured to receive a portion of the cooling fluid from the distributor and discharge the portion of the cooling fluid into the wheel cavity when the brake assembly is positioned within the wheel cavity, and wherein the brake assembly includes: a torque tube; and a plurality of splines (63, 118) connected and/or attached to the torque tube, wherein the plurality of splines (63, 118) define the plurality of cooling channels (85, 113, 119). a torque tube; and a plurality of splines (63, 118) connected and/or attached to the torque tube, wherein the plurality of splines (63, 118) define the plurality of cooling channels (85, 113, 119).
An anti-CDH3 humanized antibody set forth in any one of the following or: an anti-CDH3 humanized antibody having the amino acid sequence shown in SEQ ID NO: 50 in the heavy chain variable region and the amino acid sequence shown in SEQ ID NO: 51 in the light chain variable region; an anti-CDH3 humanized antibody having the amino acid sequence shown in SEQ ID NO: 54 in the heavy chain variable region and the amino acid sequence shown in SEQ ID NO: 55 in the light chain variable region. an anti-CDH3 humanized antibody having the amino acid sequence shown in SEQ ID NO: 50 in the heavy chain variable region and the amino acid sequence shown in SEQ ID NO: 51 in the light chain variable region; an anti-CDH3 humanized antibody having the amino acid sequence shown in SEQ ID NO: 54 in the heavy chain variable region and the amino acid sequence shown in SEQ ID NO: 55 in the light chain variable region.
An apparatus for determining the thickness of passing mail items M conveyed on a conveying deck of a mail processing machine comprising: - a deflecting element which is positioned to successively contact each conveyed mail item, is arranged to measure a parameter that indicates a change in a resistivity of the deflecting element, and to generate a signal indicative of the measured parameter; and - a processing unit which is arranged to receive the signal from said deflecting element and to determine a thickness value for each conveyed mail item based on said measured parameter; characterized in that said deflecting element is formed of at least a thin sensor secured at a proximal end to a sensor mount attached itself to a registration wall of the mail processing machine. - a deflecting element which is positioned to successively contact each conveyed mail item, is arranged to measure a parameter that indicates a change in a resistivity of the deflecting element, and to generate a signal indicative of the measured parameter; and - a processing unit which is arranged to receive the signal from said deflecting element and to determine a thickness value for each conveyed mail item based on said measured parameter; characterized in that said deflecting element is formed of at least a thin sensor secured at a proximal end to a sensor mount attached itself to a registration wall of the mail processing machine.
A gaseous fuel delivery system for a gaseous fuel internal combustion engine, said system comprising: a fuel tank; a gaseous fuel supply line connecting said fuel tank to a fuel rail delivering gaseous fuel to fuel injectors; a pressure regulator arranged in the gaseous fuel supply line; a lubricating device arranged in said gaseous fuel supply line downstream of said pressure regulator and configured to selectively introduce lubricant into the flow of gaseous fuel in said gaseous fuel supply line; and a filtering device arranged in said fuel supply line, said filtering device being configured to remove, from the flow of gaseous fuel passing therethrough, lubricant quantities exceeding a predetermined threshold. a fuel tank; a gaseous fuel supply line connecting said fuel tank to a fuel rail delivering gaseous fuel to fuel injectors; a pressure regulator arranged in the gaseous fuel supply line; a lubricating device arranged in said gaseous fuel supply line downstream of said pressure regulator and configured to selectively introduce lubricant into the flow of gaseous fuel in said gaseous fuel supply line; and a filtering device arranged in said fuel supply line, said filtering device being configured to remove, from the flow of gaseous fuel passing therethrough, lubricant quantities exceeding a predetermined threshold.
A molded body with a hollow portion comprising fluorinated tetrafluoroethylene and perfluoro(alkyl vinyl ether) copolymer obtained by heat treating a melt-molded body with a hollow portion comprising fluorinated tetrafluoroethylene and perfluoro(alkyl vinyl ether) copolymer containing 3 to 50 weight % of perfluoro(alkyl vinyl ether) and having a melt flow rate of 0.1 to 100 g/10 min when measured with a load of 5 kg and a measurement temperature of 372 ± 0.1°C in accordance with ASTM D1238, wherein said heat treating is performed at a temperature of from 130°C below the melting point of said copolymer to the melting point of said copolymer, and wherein said molded body has a blister presence rate of 50% or less as calculated by the equation: blister presence rate = number of blisters in a heat treated molded body / number of blisters in an equivalent molded body that has not been heat treated.
An eco-drive assist apparatus including first display control means for showing whether a quantity representing a degree of fuel economy of a driving state of a vehicle is greater than a first judgment threshold value used to determine whether the vehicle is in an efficient fuel economy state with an ON/OFF display; and second display control means for displaying the state quantity representing fuel economy in a graphical manner so that a relative state to the first judgment threshold value displayed can be shown, wherein: the first display control means make one of determinations that are changing a display state from ON to OFF and changing the display state from OFF to ON, based on a second judgment threshold value which is set by a predetermined amount above or below the first judgment threshold value, the second display control means display a figure corresponding to the first judgment threshold value at the same location both when a display state of the first display control means is ON state and when the display state of the first display control means is OFF state, and the eco-drive assist apparatus comprises display state adjusting means for changing the ON/OFF state controlled by the first display control means when a state that the ON/OFF state controlled by the first display control means does not change continues over a predetermined time during which the state quantity representing fuel economy exceeds the first judgment threshold value but does not exceed the second judgment threshold value. the first display control means make one of determinations that are changing a display state from ON to OFF and changing the display state from OFF to ON, based on a second judgment threshold value which is set by a predetermined amount above or below the first judgment threshold value, the second display control means display a figure corresponding to the first judgment threshold value at the same location both when a display state of the first display control means is ON state and when the display state of the first display control means is OFF state, and the eco-drive assist apparatus comprises display state adjusting means for changing the ON/OFF state controlled by the first display control means when a state that the ON/OFF state controlled by the first display control means does not change continues over a predetermined time during which the state quantity representing fuel economy exceeds the first judgment threshold value but does not exceed the second judgment threshold value.