mhurhangee/ep-ind-claims huggingface dataset:
A holographic image generation system comprising: a spatial light modulator having pixels; a light source configured to illuminate the spatial light modulator; a temporal modulator arranged to modulate an output intensity of the light source over time to encode light from the light source with holographic data representing a hologram at the same time as the spatial light modulator is being illuminated by the light from the light source; a light sensor associated with the spatial light modulator and configured to receive the light from the light source, which is arranged to illuminate the spatial light modulator, and to generate a signal representative of the output intensity of the light source; a demodulator connected to the light sensor to receive the signal and decode the signal to obtain the holographic data and connected to the spatial light modulator to set the pixels of the spatial light modulator in accordance with the holographic data to display the hologram ready for further illumination by the light source to form a holographic reconstruction; wherein the holographic data is representative of a subsequent frame of a video and the temporal modulator is configured to modulate the output intensity to encode the holographic data representative of the subsequent frame while the light source illuminates the spatial light modulator set with holographic data of a current frame of the video to reconstruct the current frame of the video, wherein the subsequent frame is subsequent the current frame. a spatial light modulator having pixels; a light source configured to illuminate the spatial light modulator; a temporal modulator arranged to modulate an output intensity of the light source over time to encode light from the light source with holographic data representing a hologram at the same time as the spatial light modulator is being illuminated by the light from the light source; a light sensor associated with the spatial light modulator and configured to receive the light from the light source, which is arranged to illuminate the spatial light modulator, and to generate a signal representative of the output intensity of the light source; a demodulator connected to the light sensor to receive the signal and decode the signal to obtain the holographic data and connected to the spatial light modulator to set the pixels of the spatial light modulator in accordance with the holographic data to display the hologram ready for further illumination by the light source to form a holographic reconstruction; wherein the holographic data is representative of a subsequent frame of a video and the temporal modulator is configured to modulate the output intensity to encode the holographic data representative of the subsequent frame while the light source illuminates the spatial light modulator set with holographic data of a current frame of the video to reconstruct the current frame of the video, wherein the subsequent frame is subsequent the current frame.
Monodisperse hydrogel particles comprising a cross-linked product of a vinyl alcohol-based polymer having an ethylenically unsaturated group and an average degree of polymerization of 450 or more, the monodisperse hydrogel particles having an average particle size of 10 to 5,000 μm, and a coefficient of variation of a particle size distribution of 10% or less, wherein the total amount of vinyl alcohol-derived structural units and vinyl ester-derived structural units relative to all structural units constituting the vinyl alco-hol-based polymer is 90 mol% or more, the average degree of polymerization is measured in accordance with JIS K 6726:1994, the average particle size of the hydrogel particles is measured by using a laser diffraction/scattering type particle size distribution measuring device, and the coefficient of variation of a particle size distribution of the hydrogel particles is on a logarithmic scale, and is measured by using a laser diffraction/scattering type particle size distribution measuring device. the total amount of vinyl alcohol-derived structural units and vinyl ester-derived structural units relative to all structural units constituting the vinyl alco-hol-based polymer is 90 mol% or more, the average degree of polymerization is measured in accordance with JIS K 6726:1994, the average particle size of the hydrogel particles is measured by using a laser diffraction/scattering type particle size distribution measuring device, and the coefficient of variation of a particle size distribution of the hydrogel particles is on a logarithmic scale, and is measured by using a laser diffraction/scattering type particle size distribution measuring device.
Separator for the fluid-based separation of microplastic particles from sediments with a base block with a fluid inlet, a sieve device, a separation pipe and with a head block with a microplastic particle outlet as well as with a fluid outlet, a sediment inlet and a sediment outlet, characterised in that the fluid outlet is arranged in the base block, in that no fluid moving means are provided in the separation pipe, in that the sediment inlet is provided directly at the upper end of the separation pipe and in that the head block is designed as a detachable microplastic particle collection unit with at least one vent, a bidirectional particle valve and the microplastic particle outlet, wherein the base block bears the sieve device and above it a flange is provided which is detachably connected to the separation pipe.
A diversity transmission method, characterized by comprising: classifying services to be transmitted, wherein the classifications comprise a high-priority service and a low-priority service; judging whether both channel quality of a first channel and channel quality of a second channel are higher than a set threshold value; if both the channel quality of the first channel and the channel quality of the second channel are higher than the set threshold value, sending the high-priority service and the low-priority service to the first channel and the second channel, respectively, to transmit the high-priority service and the low-priority service in a non-diversity protection way; otherwise, sending the high-priority service to the first channel and the second channel at the same time to transmit the high-priority service in a diversity protection way, and sending the low-priority service to the first channel or the second channel to transmit the low-priority service in a non-diversity protection way. classifying services to be transmitted, wherein the classifications comprise a high-priority service and a low-priority service; judging whether both channel quality of a first channel and channel quality of a second channel are higher than a set threshold value; if both the channel quality of the first channel and the channel quality of the second channel are higher than the set threshold value, sending the high-priority service and the low-priority service to the first channel and the second channel, respectively, to transmit the high-priority service and the low-priority service in a non-diversity protection way; otherwise, sending the high-priority service to the first channel and the second channel at the same time to transmit the high-priority service in a diversity protection way, and sending the low-priority service to the first channel or the second channel to transmit the low-priority service in a non-diversity protection way.
An aqueous vapor space anticorrosive composition comprising at least one ethoxylate of castor oil as a corrosion inhibitor and at least one thickener, wherein the vapor space anticorrosive composition has non-Newtonian properties and wherein the thickener comprises at least one polyacrylate and at least one surfactant.
A peptide characterized by - being antigenically effective and able to specifically bind rheumatoid arthritis-specific antibodies and - consisting, from the amino to the carboxylic terminal, of the amino acid sequence: S G X 1 G K G G K G L G K G G A K X 2 H X 3 K (aa 1 to aa 20 of SEQ ID No. 1), G A K X 2 H X 3 K V L X4 D N I Q G I T K P A I (aa 14 to aa 34 of SEQ ID No. 1) or K P A I X 5 X 6 LA X 7 X 8 G G V K X 9 I S G L I (aa 31 to aa 50 of SEQ ID No. 1) wherein the amino acids X 1 -X 9 are selected independently from an arginine residue or a citrulline residue and at least two of X 1 -X 9 are a citrulline residue, or a functional fragment thereof being at least 7 amino acid long and comprising at least two citrulline residues said functional fragment being antigenically effective and able to specifically bind rheumatoid arthritis-specific antibodies. - being antigenically effective and able to specifically bind rheumatoid arthritis-specific antibodies and - consisting, from the amino to the carboxylic terminal, of the amino acid sequence: S G X 1 G K G G K G L G K G G A K X 2 H X 3 K (aa 1 to aa 20 of SEQ ID No. 1), G A K X 2 H X 3 K V L X4 D N I Q G I T K P A I (aa 14 to aa 34 of SEQ ID No. 1) or K P A I X 5 X 6 LA X 7 X 8 G G V K X 9 I S G L I (aa 31 to aa 50 of SEQ ID No. 1) wherein the amino acids X 1 -X 9 are selected independently from an arginine residue or a citrulline residue and at least two of X 1 -X 9 are a citrulline residue, or a functional fragment thereof being at least 7 amino acid long and comprising at least two citrulline residues said functional fragment being antigenically effective and able to specifically bind rheumatoid arthritis-specific antibodies. S G X 1 G K G G K G L G K G G A K X 2 H X 3 K (aa 1 to aa 20 of SEQ ID No. 1), G A K X 2 H X 3 K V L X4 D N I Q G I T K P A I (aa 14 to aa 34 of SEQ ID No. 1) or K P A I X 5 X 6 LA X 7 X 8 G G V K X 9 I S G L I (aa 31 to aa 50 of SEQ ID No. 1) wherein the amino acids X 1 -X 9 are selected independently from an arginine residue or a citrulline residue and at least two of X 1 -X 9 are a citrulline residue, or a functional fragment thereof being at least 7 amino acid long and comprising at least two citrulline residues said functional fragment being antigenically effective and able to specifically bind rheumatoid arthritis-specific antibodies.
A dual pole busbar power connector comprising: opposing elements (14,16) configured to form a slot configured to receive a dual-pole blade therebetween, the slot extending from busbars (18,20) to opposing element distal ends, the opposing elements (14,16) each comprising: a first contact (26,28) extending into the slot from the opposing element (14,16); a second contact (34,36) extending into the slot from the opposing element (14,16) and disposed farther from a slot busbar end than the first contact; wherein when the dual-pole blade is fully inserted in the slot the first contact contacts a respective blade element (54,56) of the dual-pole blade at a location in the slot more proximate the slot busbar end than a slot distal end; characterised in that: the first contact (26,28) is configured such that when the dual-pole blade is inserted, the first contact (26,28) of a respective one of the opposing elements (14,16) will contact the respective blade element (54,56) of the dual-pole blade at a respective blade element tip (60,62) of the dual-pole blade such that the first contact (26, 28) electrically connects a respective one of the busbars (18, 20) to the respective blade element. opposing elements (14,16) configured to form a slot configured to receive a dual-pole blade therebetween, the slot extending from busbars (18,20) to opposing element distal ends, the opposing elements (14,16) each comprising: a first contact (26,28) extending into the slot from the opposing element (14,16); a second contact (34,36) extending into the slot from the opposing element (14,16) and disposed farther from a slot busbar end than the first contact; wherein when the dual-pole blade is fully inserted in the slot the first contact contacts a respective blade element (54,56) of the dual-pole blade at a location in the slot more proximate the slot busbar end than a slot distal end; characterised in that: the first contact (26,28) is configured such that when the dual-pole blade is inserted, the first contact (26,28) of a respective one of the opposing elements (14,16) will contact the respective blade element (54,56) of the dual-pole blade at a respective blade element tip (60,62) of the dual-pole blade such that the first contact (26, 28) electrically connects a respective one of the busbars (18, 20) to the respective blade element. a first contact (26,28) extending into the slot from the opposing element (14,16); a second contact (34,36) extending into the slot from the opposing element (14,16) and disposed farther from a slot busbar end than the first contact; the first contact (26,28) is configured such that when the dual-pole blade is inserted, the first contact (26,28) of a respective one of the opposing elements (14,16) will contact the respective blade element (54,56) of the dual-pole blade at a respective blade element tip (60,62) of the dual-pole blade such that the first contact (26, 28) electrically connects a respective one of the busbars (18, 20) to the respective blade element.
A method of isolating and/or purifying hemocyanin or immunocyanin comprising the steps of: a) providing a hemocyanin formulation wherein the hemocyanin formulation is a hemolymph serum derived from a marine mollusc; b) reducing the conductivity of the formulation provided in a) to a value of between 30 mS/cm and 10 mS/cm by adding a dilution buffer; c) adding the diluted hemocyanin formulation obtained in step b) to an anion exchange chromatography column; d) rinsing the column with a buffer to purify the hemocyanin, preferably to remove salts, and other proteins; and e) eluting the hemocyanin or immunocyanin from the column by adding a second buffer. a) providing a hemocyanin formulation wherein the hemocyanin formulation is a hemolymph serum derived from a marine mollusc; b) reducing the conductivity of the formulation provided in a) to a value of between 30 mS/cm and 10 mS/cm by adding a dilution buffer; c) adding the diluted hemocyanin formulation obtained in step b) to an anion exchange chromatography column; d) rinsing the column with a buffer to purify the hemocyanin, preferably to remove salts, and other proteins; and e) eluting the hemocyanin or immunocyanin from the column by adding a second buffer.
A method of controlling a converter, said converter including a rectifier circuit for outputting a low potential, a high potential higher than said low potential, and a midpoint potential between said low potential and said high potential, a first capacitor (205; 7) receiving said low potential and said midpoint potential, and a second capacitor (204; 6) connected at a connection point (35; N) to said first capacitor (205; 7), and receiving said high potential and said midpoint potential, said rectifier circuit including a three-phase diode bridge (18, 19, 20, 24, 25, 26; D11, D21, D31, D14, D24, D34) for rectifying first to third potentials (Vr, Vs, Vt) at second ends of a set of three reactors (202; 8, 9, 10), respectively, having first ends to which a three-phase voltage (Vu, Vv, Vw) is applied, to thereby output said low potential and said high potential, and a switch group (30, 31, 32; S11, S21, S31, S12, S22, S32) for selectively connecting said second ends of said three reactors (202; 8, 9, 10) to said connection point, characterized in that when first to third command values (Vr*, Vs*, Vt*) that are command values for said first to third potentials, respectively, are in a predetermined range, said switch group (30, 31, 32; S11, S21, S31, S12, S22, S32) connects said second ends corresponding to the respective command values (Vr*, Vs*, Vt*) to said connection point, and a range having a predetermined potential width with respect to an AC waveform centered around the command value of said midpoint potential is used as said predetermined range, wherein both the amplitude of said AC waveform and said predetermined potential width are one-half the command value (Vdc*) of the output voltage (Vdc) obtained by subtracting said low potential from said high potential; the method of controlling the converter comprises making a three-phase to two-phase conversion of a three-phase current (Iu, Iv, Iw) flowing through said reactors (202; 8, 9, 10) to determine a first component (Id) perpendicular in phase to said three-phase voltage (Vu, Vv, Vw), and a second component (Iq) in phase with said three-phase voltage; determining a fourth command value (Vid*), based on said first component (Id); determining a second component command value (Iq*) that is the command value of said second component (Iq), based on a difference between said output voltage (Vdc) and said command value (Vdc*) of said output voltage; determining a fifth command value (Viq*), based on a difference between said second component (Iq) and said command value (Iq*) of said second component; and making a two-phase to three-phase conversion of said fourth command value (Vid*) and said fifth command value (Viq*) to determine said first to third command values (Vr*, Vs*, Vt*), and said fourth command value (Vid*) and said fifth command value (Viq*) are determined from said first component (Id), said second component (Iq), and said second component command value (Iq*) in a frequency band that is three times the frequency of said three-phase voltage (Vu, Vv, Vw) or more.
A method relating to the charging of a service in an IP Multimedia Subsystem, IMS, the service being requested by a first subscriber and involving a second subscriber, and the method comprising: receiving a service-related request message from the first subscriber conveying information relating to the second subscriber; determining that a plurality of terminals are associated with the second subscriber; and characterised by: sending a credit control request message to a charging function of the IMS, the credit control request message conveying information relating to the plurality of terminals; receiving from the charging function a credit control answer message conveying credit-related information relating to the plurality of terminals; determining which of the plurality of terminals to involve in the service requested by the first subscriber in dependence upon the received credit-related information; and sending a service-related request message to the determined terminals to involve them in the service requested by the first subscriber. receiving a service-related request message from the first subscriber conveying information relating to the second subscriber; determining that a plurality of terminals are associated with the second subscriber; sending a credit control request message to a charging function of the IMS, the credit control request message conveying information relating to the plurality of terminals; receiving from the charging function a credit control answer message conveying credit-related information relating to the plurality of terminals; determining which of the plurality of terminals to involve in the service requested by the first subscriber in dependence upon the received credit-related information; and sending a service-related request message to the determined terminals to involve them in the service requested by the first subscriber.
A pharmaceutical composition comprising a therapeutically effective amount of a crystalline -propylene glycol ( -PG) solvate of the structure (form SC-3) Ia
A corner seismic isolator for the seismic protection of buildings, both new and already built, comprising at least one resistant element in the form of a frame with a brick partition inside, the isolator consisting of a single monobloc part formed from a material more flexible than the frame and than the bricks of the partition, comprising two arms (11, 12) arranged at a right angle, one to be situated between the frame and the partition in a vertical direction and the other to be situated between the frame and the partition in a horizontal direction, the thickness of which in the direction perpendicular to the plane of the partition is between 0.5 to 1.5 times the thickness of the bricks in the partition, with the width of the arms (11, 12) being equal to or greater than one third of the height of a single brick in the partition and the length thereof equal to or greater than three times the width of the arm itself (11, 12), with the length thereof, in turn, being smaller than the corresponding dimension of the partition, wherein the vertical arm has a length of between 0.1 and 0.5 times the height of the partition and the horizontal arm a length of between 0.1 and 0.5 times the length of the partition, wherein the corner seismic isolator further comprises at least one insert, which has one end embedded in the part, this end having a length less than or equal to four fifths of the width of the arm itself (11, 12), and the other end protruding from one of the surfaces of the isolator perpendicular to the plane of the partition; each arm (11, 12) comprising at least one insert perpendicular to the longitudinal direction of the corresponding arm (11, 12), characterized in that one of every two consecutive perpendicular inserts comprising one end protruding through the surface that is in contact with the frame and the inserts alternating with the previous ones comprise one end protruding through the surface that is in contact with the partition.
A sintered compact target consisting of an alloy of Sb and Te and, at maximum 20 at%, one or more elements selected from group consisting of Ag, Au, Pd, Pt, B, Al, Ga, In, Ti, and Zr, characterised in that the diameter of the sintered compact target is 380mm or more, the sintered compact target is free from pores having an average diameter of 1 μm or more, and the number of micropores having an average diameter of less than 1 μm existing in an area of 40000 μm 2 of the target surface is 100 micropores or less.
A hydrogen storage material in liquid form, the hydrogen storage material in liquid form comprises at least two different hydrogen storage components, each of the hydrogen storage components is selected from an unsaturated aromatic hydrocarbon or a heterocyclic unsaturated compound, and at least one of the hydrogen storage components is a low-melting-point compound whose melting point is lower than 80 DEG C; the hydrogen storage material further comprises a dehydrogenation additive; and the dehydrogenation additive is selected from one or more of petroleum ether and phenyl ether.
Crimp press comprising - a first crimping tool, - a second crimping tool which is movable relative to the first crimping tool, - a drive unit (3..8) for applying a crimping force between the first and second crimping tools (11, 13) during a crimp creation process, characterised by pre-loading means (15, 18) for exerting a pre-load between the first and second crimping tools (11, 13), which is rectified with the crimping force and is applied before the crimp creation process. - a first crimping tool, - a second crimping tool which is movable relative to the first crimping tool, - a drive unit (3..8) for applying a crimping force between the first and second crimping tools (11, 13) during a crimp creation process,
A polymer-graphene composite comprising: planar graphene; and a polymer which is bound to the planar graphene through a functional group including a carbonyl group and an alkylene group having 1 to 20 carbon atoms, wherein in the functional group, the carbonyl group and the alkylene group having 1 to 20 carbon atoms are directly bound to each other, and wherein in the polymer-graphene composite, the carbonyl group and the planar graphene are directly bound to each other; and the planar graphene contains oxidative functional groups, selected from hydroxyl groups, carbonyl groups and carboxyl groups in an amount of less than 1 % by weight, based on the total weight of planar graphene. wherein in the polymer-graphene composite, the carbonyl group and the planar graphene are directly bound to each other; and the planar graphene contains oxidative functional groups, selected from hydroxyl groups, carbonyl groups and carboxyl groups in an amount of less than 1 % by weight, based on the total weight of planar graphene.