mhurhangee/ep-ind-claims huggingface dataset:
A sleep support system comprising: a head cushion having a face relief aperture to receive a passenger's face leaving the eyes, nose mount and chin unrestricted when the face is supported by the head cushion; a chest cushion; a hinged support structure for angular adjustment between said head cushion and said chest cushion, said chest cushion receiving the passenger's chest in a forward leaning position; and, straps extending over the passenger's shoulders for attachment to a transportation vehicle seat, the sleep support system characterised in that: the sleep system is incorporated in a backpack; the head cushion is deployable from the backpack; the chest cushion is integral to or affixed on a rear surface of the backpack; and wherein the straps are attachable to the backpack and are releasable from the backpack at a lower end of the straps such that they may be attached to the transportation vehicle seat. a head cushion having a face relief aperture to receive a passenger's face leaving the eyes, nose mount and chin unrestricted when the face is supported by the head cushion; a chest cushion; a hinged support structure for angular adjustment between said head cushion and said chest cushion, said chest cushion receiving the passenger's chest in a forward leaning position; and, straps extending over the passenger's shoulders for attachment to a transportation vehicle seat, the sleep support system characterised in that: the sleep system is incorporated in a backpack; the head cushion is deployable from the backpack; the chest cushion is integral to or affixed on a rear surface of the backpack; and wherein the straps are attachable to the backpack and are releasable from the backpack at a lower end of the straps such that they may be attached to the transportation vehicle seat. the sleep system is incorporated in a backpack; the head cushion is deployable from the backpack; the chest cushion is integral to or affixed on a rear surface of the backpack; and wherein the straps are attachable to the backpack and are releasable from the backpack at a lower end of the straps such that they may be attached to the transportation vehicle seat.
A method comprising: converting single bit data respectively received at each of a plurality of ports into respective parallel bit data via a respective data aligner included in each port; and binding the plurality of ports so as to treat the data received at the plurality of ports as a single logical channel, wherein the binding the plurality of ports includes, for each data aligner, if the data aligner receives a control signal from a port aligner, the data aligner inserts a delay in data received at the port including the data aligner based on the control signal so as to compensate skew between data received at the plurality of ports. converting single bit data respectively received at each of a plurality of ports into respective parallel bit data via a respective data aligner included in each port; and binding the plurality of ports so as to treat the data received at the plurality of ports as a single logical channel, wherein the binding the plurality of ports includes, for each data aligner, if the data aligner receives a control signal from a port aligner, the data aligner inserts a delay in data received at the port including the data aligner based on the control signal so as to compensate skew between data received at the plurality of ports.
A light emitting diode, LED, light source comprising: a plurality of pairs of LED dies; and a tapered collection optic having an input aperture at a first end, an output aperture at a second end and a length, the input aperture being in optical communication with the plurality of pairs of LED dies to receive light therefrom, wherein the tapered collection optic is wider at its output end than at its input end, the output aperture defined by a non-reflective circular region in a reflective surface disposed at the second end, wherein light transmitted through the tapered collection optic that is incident at the aperture is emitted from the second end of the tapered collection optic and wherein light transmitted through the tapered collection optic that is incident at the second end and not in the aperture is reflected back into the tapered collection optic, CHARACTERIZED in that one of the pairs of LED dies has a different color from another of the pairs of LED dies, wherein each LED die in each pair is disposed diametrically opposite the other LED die in the pair with respect to the input aperture of the tapered collection optic, so that the pair has a high degree of 2-fold symmetry about the input aperture of the tapered collection optic. a plurality of pairs of LED dies; and a tapered collection optic having an input aperture at a first end, an output aperture at a second end and a length, the input aperture being in optical communication with the plurality of pairs of LED dies to receive light therefrom, wherein the tapered collection optic is wider at its output end than at its input end, the output aperture defined by a non-reflective circular region in a reflective surface disposed at the second end, wherein light transmitted through the tapered collection optic that is incident at the aperture is emitted from the second end of the tapered collection optic and wherein light transmitted through the tapered collection optic that is incident at the second end and not in the aperture is reflected back into the tapered collection optic, CHARACTERIZED in that one of the pairs of LED dies has a different color from another of the pairs of LED dies, wherein each LED die in each pair is disposed diametrically opposite the other LED die in the pair with respect to the input aperture of the tapered collection optic, so that the pair has a high degree of 2-fold symmetry about the input aperture of the tapered collection optic.
A process for producing acetic acid by carbonylation of methanol in a liquid phase reactor, the process comprising: separating, in a flash vessel, a reaction medium formed in the reactor to form a liquid recycle and a vapor product stream; distilling the vapor product stream in a first column to obtain a side stream and a first low-boiling overhead vapor stream, wherein the side stream comprises water in an amount from 1 to 3 wt.%; condensing the first low-boiling overhead vapor stream and biphasically separating the condensed stream to form a heavy liquid phase and a light liquid phase; distilling the side stream in a second column to obtain a purified acetic acid product and a second low-boiling overhead vapor stream; condensing the second low-boiling overhead vapor stream to obtain an aqueous recycle stream; comprising a) water in an amount from 50 to 90 wt.% or b) greater than or equal to 90% of the water in the side stream; and recycling the second low-boiling overhead vapor stream to the reactor, wherein the recycle ratio of the mass flow of the light liquid phase recycled to the reactor to the mass flow of the aqueous recycle stream recycled to the reactor is less than or equal to 2 and higher than or equal to 0.2. separating, in a flash vessel, a reaction medium formed in the reactor to form a liquid recycle and a vapor product stream; distilling the vapor product stream in a first column to obtain a side stream and a first low-boiling overhead vapor stream, wherein the side stream comprises water in an amount from 1 to 3 wt.%; condensing the first low-boiling overhead vapor stream and biphasically separating the condensed stream to form a heavy liquid phase and a light liquid phase; distilling the side stream in a second column to obtain a purified acetic acid product and a second low-boiling overhead vapor stream; condensing the second low-boiling overhead vapor stream to obtain an aqueous recycle stream; comprising a) water in an amount from 50 to 90 wt.% or b) greater than or equal to 90% of the water in the side stream; and recycling the second low-boiling overhead vapor stream to the reactor, wherein the recycle ratio of the mass flow of the light liquid phase recycled to the reactor to the mass flow of the aqueous recycle stream recycled to the reactor is less than or equal to 2 and higher than or equal to 0.2.
Pigmented aqueous basecoat material comprising a polyether-based reaction product which is preparable by reaction of (a) at least one cyclic carboxylic anhydride comprising a free carboxylic acid group and/or the halide of a carboxylic acid group with (b) at least one polyether of the general structural formula in which R is a C 3 to C 6 alkylene radical and n is selected accordingly such that the polyether (b) possesses a number-average molecular weight of 800 to 4000 g/mol, the components (a) and (b) being used in the reaction in a molar ratio of 0.7/2.3 to 1.6/1.7 and the resulting reaction product possessing an acid number of 5 to 50 mg KOH/g. (a) at least one cyclic carboxylic anhydride comprising a free carboxylic acid group and/or the halide of a carboxylic acid group with (b) at least one polyether of the general structural formula in which R is a C 3 to C 6 alkylene radical and n is selected accordingly such that the polyether (b) possesses a number-average molecular weight of 800 to 4000 g/mol, the components (a) and (b) being used in the reaction in a molar ratio of 0.7/2.3 to 1.6/1.7 and the resulting reaction product possessing an acid number of 5 to 50 mg KOH/g.
A method implemented by computer for estimating the affinity φ of a first DNA strand, or "probe", to be hybridized with a second DNA strand, or "target", to form a hybrid of length L bp, the method comprising: - in each division of a set of M divisions of the hybrid, counting the number of times in which each hybrid of a set of P DNA strand hybrids is present in the division, said hybrids being of length k less than the length L bp, or " k -hybrids"; - for each combination of mismatches of a set of L combinations of mismatches in a hybrid of length Lbp, determining whether said pair of mismatches is present in said hybrid; and - calculating the affinity φ according to the equation: φ = ∑ m = 1 M ∑ p = 1 P x m, p. β ^ m, p + α an expression in which: - ∀( m, p) ∈ [1,M] × [1, P], β̂ m,p is a predetermined scalar quantifying the contribution to the affinity φ of the p th k -hybrid of the set of P k -hybrids when this p th k- hybrid is present in the m th area of said division, and x m,p is the number of times in which this p th k -hybrid is counted for said hybrid in the m th area of said division; and - α is a real term. - in each division of a set of M divisions of the hybrid, counting the number of times in which each hybrid of a set of P DNA strand hybrids is present in the division, said hybrids being of length k less than the length L bp, or " k -hybrids"; - for each combination of mismatches of a set of L combinations of mismatches in a hybrid of length Lbp, determining whether said pair of mismatches is present in said hybrid; and - calculating the affinity φ according to the equation: φ = ∑ m = 1 M ∑ p = 1 P x m, p. β ^ m, p + α an expression in which: - ∀( m, p) ∈ [1,M] × [1, P], β̂ m,p is a predetermined scalar quantifying the contribution to the affinity φ of the p th k -hybrid of the set of P k -hybrids when this p th k- hybrid is present in the m th area of said division, and x m,p is the number of times in which this p th k -hybrid is counted for said hybrid in the m th area of said division; and - α is a real term. - ∀( m, p) ∈ [1,M] × [1, P], β̂ m,p is a predetermined scalar quantifying the contribution to the affinity φ of the p th k -hybrid of the set of P k -hybrids when this p th k- hybrid is present in the m th area of said division, and x m,p is the number of times in which this p th k -hybrid is counted for said hybrid in the m th area of said division; and - α is a real term.
An X-ray window for separating an ambient pressure region from a reduced pressure region, the window comprising: a primary X-ray-transparent window element separating the ambient pressure region from an intermediate region; a secondary window element separating the intermediate region from the reduced pressure region, which secondary window element comprises a side facing the reduced pressure region for receiving a contaminant depositing thereon; and heating means ( 28, 30) for applying an electric voltage between areas of said secondary window element for thereby evaporating contaminant having deposited thereon, characterized in that said secondary window element comprises: an electrically insulating layer; a charge-drain layer, which faces the reduced pressure region and is connected to a charge sink; and a heater layer, which is electrically insulated from the charge-drain layer, wherein said areas, between which the voltage is applied, are located in the heater layer. a primary X-ray-transparent window element separating the ambient pressure region from an intermediate region; a secondary window element separating the intermediate region from the reduced pressure region, which secondary window element comprises a side facing the reduced pressure region for receiving a contaminant depositing thereon; and heating means ( 28, 30) for applying an electric voltage between areas of said secondary window element for thereby evaporating contaminant having deposited thereon, characterized in that said secondary window element comprises: an electrically insulating layer; a charge-drain layer, which faces the reduced pressure region and is connected to a charge sink; and a heater layer, which is electrically insulated from the charge-drain layer, wherein said areas, between which the voltage is applied, are located in the heater layer. an electrically insulating layer; a charge-drain layer, which faces the reduced pressure region and is connected to a charge sink; and a heater layer, which is electrically insulated from the charge-drain layer, wherein said areas, between which the voltage is applied, are located in the heater layer.
An inner casing component, having a base, configured to form part of a steam flow path of a last stage of an axial flow in a low pressure steam turbine, made of cast iron, having a portion with cladding consisting of a work hardening austenitic steel material, wherein the cladding consists of 0.05wt%-0.15wt% C, 18wt%-21 wt% Cr, 8%-10% Ni, 6.5wt%-7.5wt% Mn and remainder Fe.
Binder system comprising: a polyol component, comprising a phenolic resin containing free OH groups, wherein the phenolic resin is partially etherified with a C 1-8 -alkanol, an isocyanate component, comprising a polyisocyanate having at least two NCO-groups per molecule, at least one monoester of an epoxidized fatty acid and optionally one or more further constituents selected from organic solvents, silanes, oils, complexing agents, plastizicers, additives for prolonging the sand life, and internal release agents. a polyol component, comprising a phenolic resin containing free OH groups, wherein the phenolic resin is partially etherified with a C 1-8 -alkanol, an isocyanate component, comprising a polyisocyanate having at least two NCO-groups per molecule, at least one monoester of an epoxidized fatty acid and optionally one or more further constituents selected from organic solvents, silanes, oils, complexing agents, plastizicers, additives for prolonging the sand life, and internal release agents.
Apparatus for comminuting a polycrystalline silicon rod, which apparatus comprises a base, as well as at least one movable comminuting tool and at least one immovable anvil, wherein the at least one comminuting tool possesses a longitudinal axis which is oriented parallel or virtually parallel to the surface of the base, wherein a silicon rod to be comminuted, which lies on the surface of the base, can respectively be adjusted between comminuting tool and anvil in such a way that the comminuting tool and the anvil can respectively in the region of the silicon rod have contact with the silicon rod, and a point of contact of silicon rod and anvil, as well as a transverse axis of the silicon rod, which transverse axis runs through a rod center, or an axis of the silicon rod, which axis is parallel to that transverse axis and is distanced by up to 30% of a rod diameter from the rod center, respectively lie on the longitudinal axis of the comminuting tool or on an axis which is parallel to the longitudinal axis of the comminuting tool and is distanced by up to 30% of the rod diameter from the longitudinal axis of the comminuting tool, characterized in that the anvil and the silicon rod have precisely one point of contact and that surface of the anvil which contains this point of contact is curved.
A wheelbarrow comprising: - a frame for receiving a container capable of receiving a load, - a wheel capable of pivoting with respect to the frame, so as to allow the wheelbarrow to be rolled, - a gripping assembly pivoting with respect to the frame, changing between an unfolded position capable of allowing the wheelbarrow to be rolled by the user, and a folded position, the gripping assembly comprising two poles connected through a connecting means, the gripping assembly having a substantially U-shape, the gripping assembly being in one-piece, - the frame is in the form of a continuous metal tube, the frame comprising an end part, a leg part and a front part, the leg part comprising curved leg segments for supporting the wheelbarrow on the ground, the end part including two arms extending from the leg segments, the transverse distance between the poles is greater than the transverse overall size of the frame, so that the poles extend on either side of the frame, the gripping assembly abutting against the frame in two separate locations when the gripping assembly is in the folded configuration. - a frame for receiving a container capable of receiving a load, - a wheel capable of pivoting with respect to the frame, so as to allow the wheelbarrow to be rolled, - a gripping assembly pivoting with respect to the frame, changing between an unfolded position capable of allowing the wheelbarrow to be rolled by the user, and a folded position, the gripping assembly comprising two poles connected through a connecting means, the gripping assembly having a substantially U-shape, the gripping assembly being in one-piece, - the frame is in the form of a continuous metal tube, the frame comprising an end part, a leg part and a front part, the leg part comprising curved leg segments for supporting the wheelbarrow on the ground, the end part including two arms extending from the leg segments, the transverse distance between the poles is greater than the transverse overall size of the frame, so that the poles extend on either side of the frame, the gripping assembly abutting against the frame in two separate locations when the gripping assembly is in the folded configuration.
A method for the preparation of polysaccharides of formula wherein R is H or SO 3 Na G is H, SO 3 Na or acetyl comprising at least one identification or quantification step of the xylose units substituted with 4-O-methyl-glucuronic acid and acetylated (G=acetyl). R is H or SO 3 Na G is H, SO 3 Na or acetyl
A non-invasive detection method for screening for a well-developed blastocyst, characterized in that, genome of trophectoderm cells of the blastocyst to be detected is subjected to methylation detection; the average DNA methylation level of embryos identified as having a good morphology in Gardner morphological blastocyst grading system is used as a standard; and a blastocyst to be detected is well-developed when its DNA methylation level is close or equal to the standard, wherein the embryos identified as having a good morphology in the Gardner morphological blastocyst grading system refer to blastocysts of AA, AB, BA and BB grades.
A piezoelectric pressure sensor comprising a sensor housing in which is disposed a membrane, a piezoelectric transducer, a charge pick-up (23.1), and a prestressing assembly; wherein said membrane captures a pressure profile; said captured pressure profile generating polarization charges on said piezoelectric transducer; wherein said prestressing assembly comprises a prestressing body (24.2) and a prestressing sleeve (24.1) and puts the piezoelectric transducer under a mechanical prestress; the charge pick-up (23.1) picks up the polarization charges; said charge pick-up (23.1) being electrically insulated from the prestressing sleeve (24.1) by a second gap and the charge pick-up (23.1) being mechanically joined to said prestressing body (24.2) on a side of the prestressing body (24.2) that faces the membrane via a first electrical insulation body and sealing-off said second gap from an environment in a pressure-tight manner, characterized in that the charge pick-up (23.1) is joined to the first electrical insulation body by material bonding.
A vaccine composition comprising the ECDs of Her1 and Her2 receptors, or immunogenic fragments thereof, in the same proportion and in a concentration range from approximately 100 to approximately 800 μg/dose, and very small size proteoliposomes derived from proteins of the outer membrane of Neisseria meningitidis and GM3 (VSSP-GM3), for use in inducing an immune response against malignant tumors that express Her1 and Her2 receptors; wherein the composition is for subcutaneous administration.
A terminal device comprising: a receiver configured and/or programmed to receive a measurement configuration which includes measurement object information, first information, and second information, the measurement object information indicating frequencies to be monitored, the first information indicating whether each of the frequencies indicated by the measurement object information is configured for a first measurement or for a second measurement, each of the frequencies for the second measurement being different from a frequency of a serving cell, and the second information being a coefficient used to prolong an identification time of the second measurement, and a measurement portion configured and/or programmed to identify cells for the first measurement within an identification time of the first measurement, and cells for the second measurement within an identification time of the second measurement, wherein the identification time of the first measurement is configured proportionally to a number of frequencies to be monitored with the first measurement, and the identification time of the second measurement is configured based on the second information and proportionally to a number of frequencies to be monitored with the second measurement. a receiver configured and/or programmed to receive a measurement configuration which includes measurement object information, first information, and second information, the measurement object information indicating frequencies to be monitored, the first information indicating whether each of the frequencies indicated by the measurement object information is configured for a first measurement or for a second measurement, each of the frequencies for the second measurement being different from a frequency of a serving cell, and the second information being a coefficient used to prolong an identification time of the second measurement, and a measurement portion configured and/or programmed to identify cells for the first measurement within an identification time of the first measurement, and cells for the second measurement within an identification time of the second measurement, wherein the identification time of the first measurement is configured proportionally to a number of frequencies to be monitored with the first measurement, and the identification time of the second measurement is configured based on the second information and proportionally to a number of frequencies to be monitored with the second measurement.