mhurhangee/ep-ind-claims huggingface dataset:
A method of fabricating a composite material part having a body secured to at least one platform (14; 16) present at one end of said body, the method comprising: - using multilayer weaving between a plurality of layers of warp yarns to form a fiber blank having a longitudinal direction corresponding to the longitudinal direction of the body of the part that is to be made, the fiber blank being separated in its thickness direction into first, second, and third portions (102, 104, 106; 112, 114, 116) in at least one zone of non-interlinking (103; 105) adjacent to one of its ends, the first portion (102; 112) being situated between the second and third portions (104, 106; 114, 116), to which it is connected by weaving outside said at least one zone of non-interlinking (103; 105); - using the fiber blank to form a preform for the part that is to be made by folding out segments (104a, 106a; 114a, 116a) of the second and third portions that are not interlinked with the first portion on opposite sides of the first portion, by shaping the folded-out segments (104a, 106a; 114a, 116a) of the second and third portions to form preform portions for a platform (14; 16) of the part to be fabricated, and by folding down the segment (102; 112a) of the first portion in order to fill in the groove (108; 118) present in the gap between the second and third portions (104, 106; 114, 116); and - densifying the preform with a matrix in order to obtain a part made of composite material having at least one integrated platform (14; 16). - using multilayer weaving between a plurality of layers of warp yarns to form a fiber blank having a longitudinal direction corresponding to the longitudinal direction of the body of the part that is to be made, the fiber blank being separated in its thickness direction into first, second, and third portions (102, 104, 106; 112, 114, 116) in at least one zone of non-interlinking (103; 105) adjacent to one of its ends, the first portion (102; 112) being situated between the second and third portions (104, 106; 114, 116), to which it is connected by weaving outside said at least one zone of non-interlinking (103; 105); - using the fiber blank to form a preform for the part that is to be made by folding out segments (104a, 106a; 114a, 116a) of the second and third portions that are not interlinked with the first portion on opposite sides of the first portion, by shaping the folded-out segments (104a, 106a; 114a, 116a) of the second and third portions to form preform portions for a platform (14; 16) of the part to be fabricated, and by folding down the segment (102; 112a) of the first portion in order to fill in the groove (108; 118) present in the gap between the second and third portions (104, 106; 114, 116); and - densifying the preform with a matrix in order to obtain a part made of composite material having at least one integrated platform (14; 16).
Mirikizumab for use in the treatment of moderate to severe ulcerative colitis, wherein the treatment comprises: a) administering three induction doses of mirikizumab to the patient at 4 week intervals, wherein each induction dose comprises 300 mg of mirikizumab, and wherein each induction dose is administered by intravenous infusion; and b) administering multiple maintenance doses of mirikizumab to the patient by subcutaneous injection, wherein the first maintenance dose is administered 2 to 8 weeks after the last induction dose is administered, wherein the maintenance dose comprises 200 mg of mirikizumab. a) administering three induction doses of mirikizumab to the patient at 4 week intervals, wherein each induction dose comprises 300 mg of mirikizumab, and wherein each induction dose is administered by intravenous infusion; and b) administering multiple maintenance doses of mirikizumab to the patient by subcutaneous injection, wherein the first maintenance dose is administered 2 to 8 weeks after the last induction dose is administered, wherein the maintenance dose comprises 200 mg of mirikizumab.
A composition comprising an isolated nucleic acid molecule comprising a nucleotide sequence that encodes an immunogen; and a nucleotide sequence that encodes IL-28B.
An insect trapping device comprising: a housing having an opening through which insects can enter the housing; trapping means for trapping insects within the housing; an attractant source and regulating means for regulating a flow of an attractant into the housing; propelling means for evacuating at least a portion of the attractant from within the housing through the opening; control means communicatively coupled with the regulating means and propelling means; characterized in that the control means is configured to activate the propelling means once a threshold volume of attractant has accumulated within housing. a housing having an opening through which insects can enter the housing; trapping means for trapping insects within the housing; an attractant source and regulating means for regulating a flow of an attractant into the housing; propelling means for evacuating at least a portion of the attractant from within the housing through the opening; control means communicatively coupled with the regulating means and propelling means; characterized in that the control means is configured to activate the propelling means once a threshold volume of attractant has accumulated within housing.
A downhole tool, comprising: a housing defining a bore and defining at least one port communicating the bore outside the housing; and at least one inset member being temporarily disposed in the at least one port, the at least one inset member defining at least one orifice (157, 158) permitting flow therethrough and defining at least one slit on at least one side thereof, the at least one inset member at least temporarily restricting fluid flow through the at least one port, wherein the at least one inset member dislodges from the at least one port by application of a fluid pressure against the at least one inset member, by breaking up the at least one inset member, by erosion of the at least one inset member, or by a combination thereof. a housing defining a bore and defining at least one port communicating the bore outside the housing; and at least one inset member being temporarily disposed in the at least one port, the at least one inset member defining at least one orifice (157, 158) permitting flow therethrough and defining at least one slit on at least one side thereof, the at least one inset member at least temporarily restricting fluid flow through the at least one port, wherein the at least one inset member dislodges from the at least one port by application of a fluid pressure against the at least one inset member, by breaking up the at least one inset member, by erosion of the at least one inset member, or by a combination thereof.
A creasing unit for creating fold lines in cardboard, comprising two crease rollers, each crease roller having a circumferential protrusion adapted for indenting cardboard to create a fold line, characterized in - that said crease rollers are rotatably mounted next to each other in their axial directions such that each crease roller can rotate about its own centre axis and - that each crease roller is movable between at least a first position for creating a fold line and a second position for either allowing cardboard to pass the respective crease roller without being indented by the respective crease roller or for creating an additional indented line being less deep than the fold line. - that said crease rollers are rotatably mounted next to each other in their axial directions such that each crease roller can rotate about its own centre axis and - that each crease roller is movable between at least a first position for creating a fold line and a second position for either allowing cardboard to pass the respective crease roller without being indented by the respective crease roller or for creating an additional indented line being less deep than the fold line.
A method for forming a pattern on a metal surface of an article, the metal surface including a first portion, a second portion, a third portion and a fourth portion, the method including: applying a first mask on the first portion and the fourth portion, while leaving the second portion and the third portion exposed; exposing the second portion and the third portion to a first texturing process; removing the first mask from the first portion and the fourth portion; applying a second mask on the third portion and the fourth portion, while leaving the first portion and the second portion exposed; imparting a first surface texture to the first portion and a second surface texture to the second portion by exposing the first portion and the second portion to a second texturing process; removing the second mask to reveal a third surface texture of the third portion and a fourth surface texture of the fourth portion, wherein the first, second, third and fourth surface textures are each different from each other; forming a first oxide layer on one portion selected from the first portion, the second portion, the third portion, and the fourth portion using a hard anodizing process; and forming a second oxide layer on another portion selected from the first portion, the second portion, the third portion, and the fourth portion using a standard anodizing process, wherein an abrasion resistance of the first oxide layer is different than an abrasion resistance of the second oxide layer. applying a first mask on the first portion and the fourth portion, while leaving the second portion and the third portion exposed; exposing the second portion and the third portion to a first texturing process; removing the first mask from the first portion and the fourth portion; applying a second mask on the third portion and the fourth portion, while leaving the first portion and the second portion exposed; imparting a first surface texture to the first portion and a second surface texture to the second portion by exposing the first portion and the second portion to a second texturing process; removing the second mask to reveal a third surface texture of the third portion and a fourth surface texture of the fourth portion, wherein the first, second, third and fourth surface textures are each different from each other; forming a first oxide layer on one portion selected from the first portion, the second portion, the third portion, and the fourth portion using a hard anodizing process; and forming a second oxide layer on another portion selected from the first portion, the second portion, the third portion, and the fourth portion using a standard anodizing process, wherein an abrasion resistance of the first oxide layer is different than an abrasion resistance of the second oxide layer.
A machine for packaging fibre material, comprising feed means supplying predetermined portions of fibre material in an ordered succession, compacting means by which the portions of fibre material are compacted initially, a feed station to which packs are supplied for filling with the fibre material, a filling station at which the fibre material is inserted into the packs, and a closure station located downstream of the filling station, at which the filled packs are closed, the machine also comprising fibre material compressing and forming means by which each of the portions of fibre material is maintained in a state of compression downstream of the compacting means for a prescribed interval of time, in such a way that the selfsame portion of fibre material is caused to assume a compact geometry of tablet-like form prior to its insertion into the respective pack, the compressing and forming means comprising a drum, turning on a respective axis of rotation, furnished with a plurality of pockets into which the portions of fibre material received from the compacting means are inserted at a loading station (A') and conveyed to an unloading station (B'), the machine being characterized in that the pockets are aligned radially and arranged in at least one circular ring which is concentric and coaxial with the drum.
A cotton-free ultrasonic atomizer, comprising an e-liquid cup, an air inlet passage, an e-liquid smoke outlet passage and an atomization component, wherein the atomization component comprises a first atomization sheet and a second atomization sheet; an atomization cavity is formed between the first atomization sheet and the second atomization sheet, and spraying end of the first atomization sheet faces an atomization surface of the second atomization sheet; the first atomization sheet communicates with an e-liquid outlet of the e-liquid cup, the air inlet passage communicates with the atomization cavity, and the atomization cavity communicates with the e-liquid smoke outlet passage; and a hole is provided in the first atomization sheet, and the second atomization sheet is a solid atomization sheet.
A loudspeaker system having infinite baffle topology including an infinite baffle, the loudspeaker system operating below 300 Hz and including a loudspeaker assembly adapted for use in a motor vehicle, the infinite baffle including an outer skin of the vehicle, said loudspeaker assembly comprising a loudspeaker driver including a cone and a basket, said loudspeaker assembly further including a Helmholtz resonator including a chamber and a vent duct, the vent duct communicating with said chamber, the loudspeaker assembly being constituted so that one side of the cone faces the chamber and the duct is adapted to pass through the outer skin, and wherein the loudspeaker system is constituted to radiate sound to the listening environment of the vehicle from the other side of the cone.
A method for detecting cancer or premalignant change in a subject, the method comprising: obtaining a consensus sequence of a genome of the subject, wherein the consensus sequence is derived using sequence tags from a sample of the subject that contains more than 50% DNA from healthy cells; receiving one or more sequence tags for each of a plurality of DNA fragments in a biological sample of the subject, the biological sample including cell-free DNA; determining genomic positions for the sequence tags; comparing the sequence tags to the consensus sequence_to determine a first number of first loci, wherein: at each of the first loci, a number of the sequence tags having a sequence variant relative to the consensus sequence - is above a cutoff value, the cutoff value being greater than one; determining a parameter based on a count of sequence tags having a sequence variant at the first loci; and comparing the parameter to a threshold value to determine a classification of a level of cancer in the subject, the threshold value corresponding to a range of the parameter for subjects having the classification of the level of cancer. obtaining a consensus sequence of a genome of the subject, wherein the consensus sequence is derived using sequence tags from a sample of the subject that contains more than 50% DNA from healthy cells; receiving one or more sequence tags for each of a plurality of DNA fragments in a biological sample of the subject, the biological sample including cell-free DNA; determining genomic positions for the sequence tags; comparing the sequence tags to the consensus sequence_to determine a first number of first loci, wherein: at each of the first loci, a number of the sequence tags having a sequence variant relative to the consensus sequence - is above a cutoff value, the cutoff value being greater than one; determining a parameter based on a count of sequence tags having a sequence variant at the first loci; and comparing the parameter to a threshold value to determine a classification of a level of cancer in the subject, the threshold value corresponding to a range of the parameter for subjects having the classification of the level of cancer. at each of the first loci, a number of the sequence tags having a sequence variant relative to the consensus sequence - is above a cutoff value, the cutoff value being greater than one; determining a parameter based on a count of sequence tags having a sequence variant at the first loci; and comparing the parameter to a threshold value to determine a classification of a level of cancer in the subject, the threshold value corresponding to a range of the parameter for subjects having the classification of the level of cancer.
A method for transmitting a data stream from a transmitting device to a receiving device, the data stream comprising m data sub-streams, m ≥ 4, said method comprising: - encoding the data sub-streams with respective polar codes, such as to produce m polar-encoded data sub-streams, - modulating the m polar-encoded data sub-streams onto symbols of a multilevel modulation comprising m levels defining 2 m different symbols in a complex plane, according to a predetermined labeling function Z which bijectively associates a symbol Z(c 1,...,c m) to a set c 1,..., c m of m bits from respective polar-encoded data sub-streams, such that successive sets of m bits from respective polar-encoded data sub-streams are converted into successive symbols forming a symbol stream, - transmitting the symbol stream to the receiving device, wherein the 2 m symbols of the multilevel modulation are distributed in the complex plane such that they are regularly spaced along the real axis and the complex axis by a spacing factor K, characterized in that the predetermined labeling function Z is such that: Φ Z < 1.7 m × 0.0425 × m − 0.06 expression in which: Φ Z = ∑ i = 1 m ∑ c 1,..., c m ∑ c i ′,..., c m ′ ∖ c i,..., c m e − 4 K 2 Z c 1,..., c m − Z c 1,..., c i − 1, c ′ i,..., c ′ m 2 - encoding the data sub-streams with respective polar codes, such as to produce m polar-encoded data sub-streams, - modulating the m polar-encoded data sub-streams onto symbols of a multilevel modulation comprising m levels defining 2 m different symbols in a complex plane, according to a predetermined labeling function Z which bijectively associates a symbol Z(c 1,...,c m) to a set c 1,..., c m of m bits from respective polar-encoded data sub-streams, such that successive sets of m bits from respective polar-encoded data sub-streams are converted into successive symbols forming a symbol stream, - transmitting the symbol stream to the receiving device, wherein the 2 m symbols of the multilevel modulation are distributed in the complex plane such that they are regularly spaced along the real axis and the complex axis by a spacing factor K, characterized in that the predetermined labeling function Z is such that: Φ Z < 1.7 m × 0.0425 × m − 0.06 expression in which: Φ Z = ∑ i = 1 m ∑ c 1,..., c m ∑ c i ′,..., c m ′ ∖ c i,..., c m e − 4 K 2 Z c 1,..., c m − Z c 1,..., c i − 1, c ′ i,..., c ′ m 2
Set of two cheese holders each having a grip element, which has an abutment surface, which is at least partially arranged in an abutment plane and, in a use position of the cheese holder, butts against a piece of cheese, and also has at least one grip surface, which is directed away from the abutment surface, is intended for gripping the cheese holder in the use position and is arranged within an imaginary space extending by 5 mm from the abutment plane, at right angles thereto, wherein the grip surface extends, in particular, parallel to the abutment plane, and also each having at least one slip-guard element, which is arranged on the grip element such that, in the use position, it extends away from the piece of cheese, counteracting any possibility of the latter slipping from the grip surface, and extends by 5 to 20 mm, preferably by 10 to 12 mm, beyond the imaginary space, wherein the grip element has a maximum width (a), measured parallel to the abutment plane, of 15 mm to 50 mm, in particular of 28 mm to 33 mm, and a maximum length (b), measured parallel to the abutment plane and perpendicularly to the width (a), of 25 mm to 70 mm, in particular of 42 mm to 47 mm, and the grip element has arranged on it at least one spike element, which extends by 4 mm to 15 mm, in particular by 7 mm to 12 mm, from the abutment surface.
A process for producing succinic acid, comprising a step to add sulfuric acid into a solution containing an alkali metal succinate, a step to precipitate and remove the crystal of an alkali metal sulfate from the solution, and a step to precipitate and recover the crystal of succinic acid, wherein the removal of a crystal of the alkali metal sulfate in the step is performed by a solid-liquid separation in a state that the crystal of alkali metal sulfate is precipitated by concentrating and heating the solution that is obtained by adding sulfuric acid in the step and succinic acid is dissolved in the solution; wherein the recovery of the crystal of succinic acid in the step is performed by a solid-liquid separation in a state that the crystal of succinic acid is crystallized by cooling the solution that is obtained after removing the crystal of the alkali metal sulfate, and the unremoved alkali metal sulfate that is remained in the step is dissolved in the solution; and wherein the solution containing the alkali metal succinate is a broth by microorganisms.
An electroluminescent display comprising a base substrate and a plurality of pixel units arranged in arrays on the base substrate, each of the pixel units being composed of at least four subpixel units, and each of the pixel units comprising a carrier or exciton blocking layer and at least three luminescent material layers, wherein each of the luminescent material layers at least covers two adjacent subpixel units, the at least four subpixel units comprise a first subpixel unit, a second subpixel unit, a third subpixel unit and a fourth subpixel unit, the at least three luminescent material layers comprise a first luminescent material layer, a second luminescent material layer and a third luminescent material layer, the first luminescent material layer covers the second subpixel unit and the third subpixel unit, the second luminescent material layer covers the first subpixel unit and the second subpixel unit, and the third luminescent material layer covers the third subpixel unit and the fourth subpixel unit, wherein the first luminescent material layer is on a side of the carrier or exciton blocking layer, and the second luminescent material layer and the third luminescent material layer are on another side of the carrier or exciton blocking layer, the carrier or exciton blocking layer is arranged in a portion where the second luminescent material layer and the third luminescent material layer overlap the first luminescent material layer, only one of the luminescent material layers in each of the subpixel units is configured to emit light, and only the first luminescent material layer is configured to emit light in the second subpixel unit and the third subpixel unit. wherein each of the luminescent material layers at least covers two adjacent subpixel units, the at least four subpixel units comprise a first subpixel unit, a second subpixel unit, a third subpixel unit and a fourth subpixel unit, the at least three luminescent material layers comprise a first luminescent material layer, a second luminescent material layer and a third luminescent material layer, the first luminescent material layer covers the second subpixel unit and the third subpixel unit, the second luminescent material layer covers the first subpixel unit and the second subpixel unit, and the third luminescent material layer covers the third subpixel unit and the fourth subpixel unit, wherein the first luminescent material layer is on a side of the carrier or exciton blocking layer, and the second luminescent material layer and the third luminescent material layer are on another side of the carrier or exciton blocking layer, the carrier or exciton blocking layer is arranged in a portion where the second luminescent material layer and the third luminescent material layer overlap the first luminescent material layer, only one of the luminescent material layers in each of the subpixel units is configured to emit light, and only the first luminescent material layer is configured to emit light in the second subpixel unit and the third subpixel unit.