mhurhangee/ep-ind-claims huggingface dataset:
Process for manufacturing molten glass in a device comprising from upstream to downstream a furnace for melting and fining glass equipped with cross-fired overhead burners, then a conditioning basin comprising one or more compartments (4,5), said furnace comprising a melting zone and a fining zone, the bottom of the fining zone and the bottom of the conditioning basin being deep enough that a single recirculation loop, called the downstream loop, passes through the fining zone and through all the compartments of the conditioning basin (4,5), said conditioning basin being supplied with glass by the furnace, said process comprising melting glass in said melting and fining furnace, the dimensions of the device being such that K is higher than 3.5, where K = K a + ∑ i K S i in which K a = 0.000727 × S f × ∫ x 0 x 1 P x 2 σ x 3 dx in which S f represents the area under flame in the furnace; x 0 is the abscissa in the general flow direction of the glass of the end of the area under flame in the furnace; x 1 is the abscissa in the general flow direction of the glass of the end of the conditioning basin; σ(x) represents the area of the cross section of flow of the glass of the device at the abscissa x; P(x) represents the perimeter of the cross section of flow of the glass of the device at the abscissa x; and ∑ i K Si represents the sum of the K Si due to a singular element in the device downstream of the area under flame in the furnace, a singular element producing, from upstream to downstream and over less than 2 m in the flow direction of the glass, a decrease in the cross section of flow of the glass of more than 10% then an increase in the cross section of flow of the glass of more than 10%, where K S i = 0.0012 × exp 5.16 σ i − σ S i σ i 2.55 − 1 S f σ i 2, σ i representing the area of the cross section of flow of the glass just upstream of the singular element S i, and σ Si representing the area of the minimum cross section of flow produced by the singular element S i. S f represents the area under flame in the furnace; x 0 is the abscissa in the general flow direction of the glass of the end of the area under flame in the furnace; x 1 is the abscissa in the general flow direction of the glass of the end of the conditioning basin; σ(x) represents the area of the cross section of flow of the glass of the device at the abscissa x; P(x) represents the perimeter of the cross section of flow of the glass of the device at the abscissa x; and ∑ i K Si represents the sum of the K Si due to a singular element in the device downstream of the area under flame in the furnace, a singular element producing, from upstream to downstream and over less than 2 m in the flow direction of the glass, a decrease in the cross section of flow of the glass of more than 10% then an increase in the cross section of flow of the glass of more than 10%, where K S i = 0.0012 × exp 5.16 σ i − σ S i σ i 2.55 − 1 S f σ i 2, σ i representing the area of the cross section of flow of the glass just upstream of the singular element S i, and σ Si representing the area of the minimum cross section of flow produced by the singular element S i.
Tubular target for cathode atomization which has no backing tube and is made of molybdenum or a molybdenum alloy with a molybdenum content of at least 50 at.%, comprising a sputtering surface and an inner surface which is in contact at least in certain regions with a cooling medium, characterized in that all of the inner surface which is in contact with the cooling medium is separated from the cooling medium by at least one protective device, wherein the protective device comprises at least one polymer and is a single-ply or multi-ply layer.
A liquid-blow molding apparatus that liquid-blow forms a resin-made preform in a container having a predetermined shape, comprising: a circular nozzle that is inserted into a mouth of the preform; a pressurized liquid-supply unit that supplies pressurized liquid to the nozzle inserted into the mouth; and characterized by a sealing member formed into a cylinder that fits on an outer peripheral face of the nozzle to seal the nozzle and an inner peripheral face of the preform by touching from an axial direction a step surface disposed at the inner peripheral face of the preform at an end face in the axial direction, when the nozzle is inserted into the mouth. a circular nozzle that is inserted into a mouth of the preform; a pressurized liquid-supply unit that supplies pressurized liquid to the nozzle inserted into the mouth; and characterized by a sealing member formed into a cylinder that fits on an outer peripheral face of the nozzle to seal the nozzle and an inner peripheral face of the preform by touching from an axial direction a step surface disposed at the inner peripheral face of the preform at an end face in the axial direction, when the nozzle is inserted into the mouth.
A rodenticidal soft bait composition comprising a mixture, in the form of a paste, comprising vegetable flour, a fat which is refined palm oil and which is not completely liquid at a temperature of 35° C, and at least one rodenticidally-active substance wherein the vegetable flour is present in the mixture in an amount of at least 60% by weight based on the total weight of the mixture and wherein the weight ratio of vegetable flour to fat is 4:1 to 8:1.
A milking stall comprising a base structure supporting a pen said pen defining a substantially rectangular enclosure comprising two opposing longer sides and two opposing shorter sides within which enclosure an animal undergoing milking may be enclosed, the pen comprising first and second entrance gates (16A, 16B) and first and second exit gates (16C, 16D), each gate being movable between an open position in which an animal may pass through the gate and a closed position in which an animal is unable to do so, wherein one of said longer sides is provided with one entrance gate and one exit gate, and wherein one of said shorter sides is provided with one entrance gate and the other one of said shorter sides is provided with one exit gate, the milking stall further comprising a control system for operating the exit gates in dependence upon one or more predetermined signals, and wherein the milking stall comprises at least one analysis device for analysing the condition of the animal during milking and generating a signal accordingly.
Cartridge piston having a venting valve, wherein a valve part is inserted in a front-side recess of the piston and comprises a through-opening and an annular groove surrounding the through-opening, the valve part is comprised of a central body that penetrates the through-opening of the piston and a wall body surrounding the central body at a distance, the wall body dipping into the annular groove and being connected with the central body on the piston front side through a wall region, the central body is spaced from an annular wall part of the piston that separates the through-opening from the annular groove by means of an annular gap and has a conical peripheral surface region tapering backwards and co-operating with a sealing edge of an opening wall protrusion formed in the through-opening, the central body has a protrusion on its back end protruding over the piston back side, by means of which the central body can be pressed forward against a resetting force produced by the wall region functioning as a spring, when a pressure is applied against the back side of the piston, in order to open a valve gap between the conical peripheral surface region and the sealing edge, and a venting path is provided that is formed by the annular groove and a filter path formed between the wall body and the annular wall part and is led through the annular gap, characterised in that the wall body has a double-walled configuration, with an outer wall and an inner wall and an interspace formed therebetween, the interspace being closed on its front end by the wall region that is only perforated by at least one air passage opening leading from the piston front side into the space, and in that between the inner wall and the annular wall part the filter path is formed in which air from the space can enter around the back end of the inner wall and can then enter into the annular gap from the filter path around the front end of the annular wall part.
Pallet as load carrier, having an upper side referred to as pallet deck and an underside that incorporates runners, where the pallet is made from plastic and the runners incorporate an elongated, essentially rectangular support surface but incorporate relief points in the form of radiuses or chamfers on the four corners of this support surface, where stops that project above the pallet deck are arranged at the edge of the pallet deck and the stops are arranged in so-called relief point areas of the pallet deck, that is, above the relief points on the runners, characterised in that the underside is designed in the form of separate runners, the stops are designed as vertically projecting protuberances, and the protuberances are arranged only inside the relief point areas.
An apparatus comprising: at least one charged substrate configured to have a non-zero polarization; a channel of two dimensional material; and at least one floating electrode (7, 7A - 7G) wherein each floating electrode (7, 7A - 7G) comprises a first area adjacent the at least one charged substrate, a second area adjacent the channel of two dimensional material and a conductive interconnection between the first area and the second area wherein the first area is larger than the second area and wherein the at least one floating electrode (7, 7A - 7G) is arranged to control the level of doping within the channel of two dimensional material, characterized in that an insulating material is provided between the channel of two dimensional material and the second area of the at least one floating electrode (7, 7A - 7G). at least one charged substrate configured to have a non-zero polarization; a channel of two dimensional material; and at least one floating electrode (7, 7A - 7G) wherein each floating electrode (7, 7A - 7G) comprises a first area adjacent the at least one charged substrate, a second area adjacent the channel of two dimensional material and a conductive interconnection between the first area and the second area wherein the first area is larger than the second area and wherein the at least one floating electrode (7, 7A - 7G) is arranged to control the level of doping within the channel of two dimensional material, characterized in that an insulating material is provided between the channel of two dimensional material and the second area of the at least one floating electrode (7, 7A - 7G).
An apparatus (100, 199, 300) comprising: an in-phase sigma delta receiver coupled to a radio frequency input port providing at least a first carrier aggregation signal and a second carrier aggregation signal; and a quadrature phase sigma delta receiver coupled to the radio frequency input port providing at least the first carrier aggregation signal and the second aggregation signal, wherein the in-phase sigma delta receiver and the quadrature phase sigma delta receiver each include a resonator stage circuitry including at least one variable capacitor that varies notch frequencies to provide passbands for the first carrier aggregation signal and the second carrier aggregation signal wherein the at least one variable capacitor comprises at least one integration capacitor (CH 2), and the apparatus (100, 199, 300) further comprising: a mixer stage to downsample a signal received from the radio frequency input port, wherein the mixer stage further includes a first integration capacitor (CH 1), and wherein the first integration capacitor (CH 1) is further coupled to a transfer capacitance stage circuitry, which is coupled to the resonator stage circuitry. an in-phase sigma delta receiver coupled to a radio frequency input port providing at least a first carrier aggregation signal and a second carrier aggregation signal; and a quadrature phase sigma delta receiver coupled to the radio frequency input port providing at least the first carrier aggregation signal and the second aggregation signal, wherein the in-phase sigma delta receiver and the quadrature phase sigma delta receiver each include a resonator stage circuitry including at least one variable capacitor that varies notch frequencies to provide passbands for the first carrier aggregation signal and the second carrier aggregation signal wherein the at least one variable capacitor comprises at least one integration capacitor (CH 2), and the apparatus (100, 199, 300) further comprising: a mixer stage to downsample a signal received from the radio frequency input port, wherein the mixer stage further includes a first integration capacitor (CH 1), and wherein the first integration capacitor (CH 1) is further coupled to a transfer capacitance stage circuitry, which is coupled to the resonator stage circuitry.
A pharmaceutical composition comprising an Ecklonia cava extract as an active ingredient for use in the treatment of a vascular disease, wherein the Ecklonia cava extract is prepared by extraction using 45% ∼ 50% ethanol, and the vascular disease is selected from the group consisting of vascular inflammatory diseases, vascular restenosis, vascular stenosis, arteriosclerosis, atherosclerosis, myocardial infarction, angina pectoris, hypertension, hypertensive heart disease and peripheral vascular stenosis.
An acoustic wave device comprising a piezoelectric lithium niobate and/or lithium tantalate material and control electrodes, characterised in that said piezoelectric material corresponds to one of the following compositions: - Li 1-x Nb 1+x O 3+/-δ where x is a molar fraction such as: 0.97 ≤ 1-x ≤ 1.02 and δ is a molar fraction weakly before 1; - Li 1-y Ta 1+y O 3+/-δ where y is a molar fraction such as: 0.97 ≤ 1-y ≤ 1.02 and δ is a molar fraction weakly before 1; - Li 1-z Nb 1+p Ta 1+q O 3+/-δ where z, p and q are molar fractions such as: 0 ≤ 1+p ≤ 1.03, 0 ≤ 1+q ≤ 1.03 and 0.97 ≤ 1-z ≤ 1.02 and δ is a molar fraction weakly before 1; - said piezoelectric material having an absolute TCF coefficient value less than approximately 20 ppm/°C. - Li 1-x Nb 1+x O 3+/-δ where x is a molar fraction such as: 0.97 ≤ 1-x ≤ 1.02 and δ is a molar fraction weakly before 1; 0.97 ≤ 1-x ≤ 1.02 and δ is a molar fraction weakly before 1; - Li 1-y Ta 1+y O 3+/-δ where y is a molar fraction such as: 0.97 ≤ 1-y ≤ 1.02 and δ is a molar fraction weakly before 1; 0.97 ≤ 1-y ≤ 1.02 and δ is a molar fraction weakly before 1; - Li 1-z Nb 1+p Ta 1+q O 3+/-δ where z, p and q are molar fractions such as: 0 ≤ 1+p ≤ 1.03, 0 ≤ 1+q ≤ 1.03 and 0.97 ≤ 1-z ≤ 1.02 and δ is a molar fraction weakly before 1; 0 ≤ 1+p ≤ 1.03, 0 ≤ 1+q ≤ 1.03 and 0.97 ≤ 1-z ≤ 1.02 and δ is a molar fraction weakly before 1; - said piezoelectric material having an absolute TCF coefficient value less than approximately 20 ppm/°C.
A composition for use in the treatment or prevention of cancer by activating helper T cells in a subject, wherein said composition comprises a WT1 peptide, a polynucleotide encoding the WT1 peptide, an expression vector containing the polynucleotide, or cells containing the expression vector, wherein helper T cells recognize a complex of the WT1 peptide and an MHC class II molecule selected from an HLA-DRB1*08:02 molecule, an HLA-DRB1*13:02 molecule, an HLA-DRB1*14:03 molecule, an HLA-DRB1*14:05 molecule, an HLA-DQB1*03:02 molecule, and an HLA-DQB1*04:01 molecule, wherein the WT1 peptide is: (a) a peptide of 16-21 amino acids length containing the amino acid sequence: Lys Arg Tyr Phe Lys Leu Ser His Leu Gln Met His Ser Arg Lys His (SEQ ID NO:2); or (b) the peptide of (a) wherein the amino acid sequence of SEQ ID NO:2 has substitution, deletion or addition of one amino acid and has an ability to bind to an MHC class II molecule selected from an HLA-DRB1*08:02 molecule, an HLA-DRB1*13:02 molecule, an HLA-DRB1*14:03 molecule, an HLA-DRB1*14:05 molecule, an HLA-DQB1*03:02 molecule and an HLA-DQB1*04:01 molecule; and wherein said helper T cells are from a subject selected from an HLA-DRB1*08:02-positive subject, an HLA-DRB1*13:02-positive subject, an HLA-DRB1*14:03-positive subject, an HLA-DRB1*14:05-positive subject, an HLA-DQB1*03:02-positive subject, and an HLA-DQB1*04:01-positive subject. (a) a peptide of 16-21 amino acids length containing the amino acid sequence: Lys Arg Tyr Phe Lys Leu Ser His Leu Gln Met His Ser Arg Lys His (SEQ ID NO:2); or (b) the peptide of (a) wherein the amino acid sequence of SEQ ID NO:2 has substitution, deletion or addition of one amino acid and has an ability to bind to an MHC class II molecule selected from an HLA-DRB1*08:02 molecule, an HLA-DRB1*13:02 molecule, an HLA-DRB1*14:03 molecule, an HLA-DRB1*14:05 molecule, an HLA-DQB1*03:02 molecule and an HLA-DQB1*04:01 molecule;
A cluster mill blank for fabrication of dental articles, comprising: a framework (80, 82,104,122); and a plurality of sub-blanks (52, 84, 106, 124) attached to the framework (80, 82,104,122); wherein the sub-blanks (52, 84, 106, 124) are arranged in an addressable matrix; wherein the framework (80, 82,104,122) is constructed to cooperate with a blank holder of an existing CAD/CAM system such that the sub-blanks (52, 84, 106, 124) are accessible to the CAD/CAM system for milling shaped bodies into the sub-blanks (52, 84, 106, 124); characterized in that each sub-blank (52, 84, 106, 124) is attached to a support (86, 108) having a flange attached to a shaft having a longitudinal axis that is attached to the framework (80, 82,104,122). a framework (80, 82,104,122); and a plurality of sub-blanks (52, 84, 106, 124) attached to the framework (80, 82,104,122); wherein the sub-blanks (52, 84, 106, 124) are arranged in an addressable matrix; wherein the framework (80, 82,104,122) is constructed to cooperate with a blank holder of an existing CAD/CAM system such that the sub-blanks (52, 84, 106, 124) are accessible to the CAD/CAM system for milling shaped bodies into the sub-blanks (52, 84, 106, 124); characterized in that each sub-blank (52, 84, 106, 124) is attached to a support (86, 108) having a flange attached to a shaft having a longitudinal axis that is attached to the framework (80, 82,104,122).
A non-therapeutic nutritional or cosmetic use of a mixture of carnitine, caffeine and arginine, as such or as pharmacologically acceptable salts or simple ester which is acetylcarnitine, for inhibition of hair loss and/or stimulation of hair growth and skin health.
Surgical generator configured to output a high-frequency alternating voltage to a surgical ultrasound instrument, comprising a main control unit, an oscillator generating a driving oscillation and an inverter generating high-frequency alternating voltage dependent on the driving oscillation, the high frequency alternating voltage being supplied via a filter and a matching circuit to an output socket for connection of said surgical instrument, wherein a matching circuit is provided for matching power output of the inverter to said surgical instrument, characterized in that, the matching circuit is formed by a matching-coil emulation device configured to emulate a matching coil comprising a correction device acting on the driving oscillation, the correction device comprising a mixing unit and a feedback circuit whose input is connected to the output socket, wherein the feedback circuit calculates a correction signal supplied as an input to the mixing unit whose other input receives the driving oscillation, an output of the mixing unit being supplied to the inverter; and an artificial phase generator configured to provide an artificial phase signal as an input to the oscillator, the artificial phase generator comprising an estimator for a virtual current in consideration of the emulated matching-coil and being configured to determine a phase shift between said virtual current and the measured output voltage, the artificial phase being different from a measured phase shift between output voltage and current. the matching circuit is formed by a matching-coil emulation device configured to emulate a matching coil comprising a correction device acting on the driving oscillation, the correction device comprising a mixing unit and a feedback circuit whose input is connected to the output socket, wherein the feedback circuit calculates a correction signal supplied as an input to the mixing unit whose other input receives the driving oscillation, an output of the mixing unit being supplied to the inverter; and an artificial phase generator configured to provide an artificial phase signal as an input to the oscillator, the artificial phase generator comprising an estimator for a virtual current in consideration of the emulated matching-coil and being configured to determine a phase shift between said virtual current and the measured output voltage, the artificial phase being different from a measured phase shift between output voltage and current.
A method for mechanically pointing bristles for brushes, in particular toothbrushes, by grinding, comprising the following steps: a) holding bristle tufts in a tuft holder such that the ratio (L/I) of the free length of the bristle tuft, as measured from the fixture to the free end to be pointed, to the length of the conical bristle tip to be produced is greater than or equal to 3, and b) grinding the bristle ends at the first free end, characterized in that one or more grinding rollers are used for grinding which have a circular cylindrical or conical shell surface on which the grinding process is carried out, the tuft holder rotating about an axis of rotation during grinding, the axis of rotation being parallel to the longitudinal direction of the clamped bristle tuft and at an angle (α) of at least 80° with respect to the axis of rotation of the grinding roller, and the ratio (R/r) of the radius of the grinding roller to the distance (r) of the held bristle tuft furthest away from the axis of rotation of the tuft holder from the axis of rotation being between 1 and 4. a) holding bristle tufts in a tuft holder such that the ratio (L/I) of the free length of the bristle tuft, as measured from the fixture to the free end to be pointed, to the length of the conical bristle tip to be produced is greater than or equal to 3, and b) grinding the bristle ends at the first free end,