mhurhangee/ep-ind-claims huggingface dataset:
A cabin attendant seat (10a; 10b) for an aircraft, the cabin attendant seat (10a; 10b) comprising: - at least one backrest element (12a, 13a; 12b, 13b); and - two seat elements (14a, 15a; 14b, 15b) each of the two seat elements (14a, 15a; 14b, 15b) being movable relative to the at least one backrest element (12a, 13a; 12b, 13b) between a folded position and an unfolded position, characterized in that the cabin attendant seat (10a; 10b) is configured as a swivel cabin attendant seat or sliding cabin attendant seat and is movable from a starting position into at least one end position, and the cabin attendant seat (10a; 10b) further comprises: - a connection element protruding from the cabin attendant seat (10a; 10b) and configured for connecting the cabin attendant seat (10a; 10b) with an aircraft seat arranged next to the cabin attendant seat (10a; 10b) when in its end position. - at least one backrest element (12a, 13a; 12b, 13b); and - two seat elements (14a, 15a; 14b, 15b) each of the two seat elements (14a, 15a; 14b, 15b) being movable relative to the at least one backrest element (12a, 13a; 12b, 13b) between a folded position and an unfolded position, characterized in that the cabin attendant seat (10a; 10b) is configured as a swivel cabin attendant seat or sliding cabin attendant seat and is movable from a starting position into at least one end position, and the cabin attendant seat (10a; 10b) further comprises: - a connection element protruding from the cabin attendant seat (10a; 10b) and configured for connecting the cabin attendant seat (10a; 10b) with an aircraft seat arranged next to the cabin attendant seat (10a; 10b) when in its end position. characterized in that the cabin attendant seat (10a; 10b) is configured as a swivel cabin attendant seat or sliding cabin attendant seat and is movable from a starting position into at least one end position, and the cabin attendant seat (10a; 10b) further comprises: - a connection element protruding from the cabin attendant seat (10a; 10b) and configured for connecting the cabin attendant seat (10a; 10b) with an aircraft seat arranged next to the cabin attendant seat (10a; 10b) when in its end position. - a connection element protruding from the cabin attendant seat (10a; 10b) and configured for connecting the cabin attendant seat (10a; 10b) with an aircraft seat arranged next to the cabin attendant seat (10a; 10b) when in its end position.
A valve for closing a container and for enabling the container to be filled, said valve comprising a housing with an inlet port and an outlet port wherein said inlet port is adapted for direct or indirect connection to a fluid source and wherein said outlet port is adapted for direct or indirect connection to said container; a closing member (360; 460); and at least one valve member (370; 470) which in a first position allows fluid communication between said inlet port and said outlet port and which, in a second position, prevents fluid communication from said inlet port to said outlet port, wherein said valve member (370; 470) is brought into and maintained in said first position only if a static pressure difference (ΔP3) across said valve member (370; 470) is below a predeterminable first threshold, characterized in that the valve member (370; 470) has an internal part (380", 480") comprised in said valve which can be operatively connected with an external part (380'; 480') not comprised in said valve for bringing and maintaining said valve member (370; 470) into said first position. a housing with an inlet port and an outlet port wherein said inlet port is adapted for direct or indirect connection to a fluid source and wherein said outlet port is adapted for direct or indirect connection to said container; a closing member (360; 460); and at least one valve member (370; 470) which in a first position allows fluid communication between said inlet port and said outlet port and which, in a second position, prevents fluid communication from said inlet port to said outlet port, wherein said valve member (370; 470) is brought into and maintained in said first position only if a static pressure difference (ΔP3) across said valve member (370; 470) is below a predeterminable first threshold,
A laminated core manufacturing device for manufacturing at least a punched out body of a plurality of laminated core materials used for manufacturing a laminated core, the laminated core manufacturing device comprising: an overlapping unit configured to overlap the plurality of laminated core materials conveyed along different conveyance routes; an edge position correction unit configured to align edge positions in a width direction of the plurality of laminated core materials between the plurality of laminated core materials and to correct shift of each edge position of the plurality of laminated core materials with respect to a standard edge position which is a reference of each edge position in the width direction; an uplift prevention unit (10, 11) configured to prevent uplift of the plurality of laminated core materials in which the edge positions are aligned and shift of the edge positions is corrected by the edge position correction unit; and a punching unit configured to punch out the plurality of laminated core materials which are overlapped by the overlapping unit and have been subjected to a process to align the edge positions and to correct shift of the edge positions performed by the edge position correction unit, and a process to prevent the uplift performed by the uplift prevention unit, so as to obtain the punched out body. an overlapping unit configured to overlap the plurality of laminated core materials conveyed along different conveyance routes; an edge position correction unit configured to align edge positions in a width direction of the plurality of laminated core materials between the plurality of laminated core materials and to correct shift of each edge position of the plurality of laminated core materials with respect to a standard edge position which is a reference of each edge position in the width direction; an uplift prevention unit (10, 11) configured to prevent uplift of the plurality of laminated core materials in which the edge positions are aligned and shift of the edge positions is corrected by the edge position correction unit; and a punching unit configured to punch out the plurality of laminated core materials which are overlapped by the overlapping unit and have been subjected to a process to align the edge positions and to correct shift of the edge positions performed by the edge position correction unit, and a process to prevent the uplift performed by the uplift prevention unit, so as to obtain the punched out body.
Composition comprising: a) at least multilayer spherical composite particles comprising i) a core comprising at least one material A having a refractive index ranging from 1.3 to 1.8; and ii) at least one layer covering said core, comprising at least one material B having a refractive index ranging from 1.9 to 3.1; and iii) at least one second layer covering the material B, comprising at least one material C having a refractive index ranging from 1.3 to 1.8; said composite particles being present in an amount less than 28.0% by weight relative to the total weight of the composition; and b) at least one UV-screening agent, the materials A, B and C being inorganic and, - the inorganic materials A and C being chosen from the group formed by glass, silica, calcium carbonate and aluminium oxide, and mixtures thereof; - the inorganic material B being chosen from metal oxides, preferably chosen from titanium, zinc, iron and zirconium oxides, and mixtures thereof. a) at least multilayer spherical composite particles comprising i) a core comprising at least one material A having a refractive index ranging from 1.3 to 1.8; and ii) at least one layer covering said core, comprising at least one material B having a refractive index ranging from 1.9 to 3.1; and iii) at least one second layer covering the material B, comprising at least one material C having a refractive index ranging from 1.3 to 1.8; said composite particles being present in an amount less than 28.0% by weight relative to the total weight of the composition; and i) a core comprising at least one material A having a refractive index ranging from 1.3 to 1.8; and ii) at least one layer covering said core, comprising at least one material B having a refractive index ranging from 1.9 to 3.1; and iii) at least one second layer covering the material B, comprising at least one material C having a refractive index ranging from 1.3 to 1.8; b) at least one UV-screening agent, the materials A, B and C being inorganic and, - the inorganic materials A and C being chosen from the group formed by glass, silica, calcium carbonate and aluminium oxide, and mixtures thereof; - the inorganic material B being chosen from metal oxides, preferably chosen from titanium, zinc, iron and zirconium oxides, and mixtures thereof. - the inorganic materials A and C being chosen from the group formed by glass, silica, calcium carbonate and aluminium oxide, and mixtures thereof; - the inorganic material B being chosen from metal oxides, preferably chosen from titanium, zinc, iron and zirconium oxides, and mixtures thereof.
An epoxy-adduct hardening agent formed as a reaction product of a first adduct and a second adduct, where the first adduct is formed as a reaction product of a first epoxy resin and a polyether monoamine and the second adduct is formed as a reaction product of an ethyleneamine and a glycidyl ether.
A pharmaceutical composition comprising pridopidine or a pharmaceutically acceptable salt thereof for use in reducing impairment of functional capacity of a human patient afflicted with Huntington's disease, wherein the composition is orally administered at a total daily dose of 90 mg, or 135 mg, or 180 mg, or 225 mg per day.
A method for concentrating and recovering cells from a food sample, comprising: (i) passing a liquefied extract of the food sample through the interior of a hollow fiber membrane to form a permeate exterior of the hollow fiber membrane and a liquid concentrate of cells in the interior of the hollow fiber membrane; optionally wherein the liquefied extract is prepared by a process including enzymatic digestion of the food sample; and (ii) passing an aqueous solution against an exterior surface of the hollow fiber membrane during said passing step (i). (i) passing a liquefied extract of the food sample through the interior of a hollow fiber membrane to form a permeate exterior of the hollow fiber membrane and a liquid concentrate of cells in the interior of the hollow fiber membrane; optionally wherein the liquefied extract is prepared by a process including enzymatic digestion of the food sample; and (ii) passing an aqueous solution against an exterior surface of the hollow fiber membrane during said passing step (i).
A laminate comprising: - a stack of mutually bonded adhesive layers and metal layers, wherein an outer metal layer defining an outer surface of the stack comprises metal sheets having overlapping end parts and/or abutting metal sheet edges extending in a first and a different second planar direction of the laminate and defining a first and a second splice line that intersect one another under an angle in a common splicing region; and - a first splice strap connected to the outer surface and covering the first splice line over a first splice strap lateral width; a second splice strap connected to the outer surface and covering the second splice line over a second splice strap lateral width; - wherein the first and second splice straps comprise a stack of at least one metal layer bonded to at least one adhesive layer for connection to the outer surface of the stack, and/or at least one fiber reinforced adhesive layer, - wherein the bending stiffness E ∗ t 3 in the lateral width direction of a lateral edge part of each splice strap is less than the bending stiffness of the outer metal layer sheets, the edge part being defined as extending from an outer lateral edge of a splice strap over a lateral distance of at least 5 times the edge part average thickness. - a stack of mutually bonded adhesive layers and metal layers, wherein an outer metal layer defining an outer surface of the stack comprises metal sheets having overlapping end parts and/or abutting metal sheet edges extending in a first and a different second planar direction of the laminate and defining a first and a second splice line that intersect one another under an angle in a common splicing region; and - a first splice strap connected to the outer surface and covering the first splice line over a first splice strap lateral width; a second splice strap connected to the outer surface and covering the second splice line over a second splice strap lateral width; - wherein the first and second splice straps comprise a stack of at least one metal layer bonded to at least one adhesive layer for connection to the outer surface of the stack, and/or at least one fiber reinforced adhesive layer, - wherein the bending stiffness E ∗ t 3 in the lateral width direction of a lateral edge part of each splice strap is less than the bending stiffness of the outer metal layer sheets, the edge part being defined as extending from an outer lateral edge of a splice strap over a lateral distance of at least 5 times the edge part average thickness.
Method of producing a solid phase extraction body, comprising the steps: a) forming a mixture comprising (i) bringing an aromatic polyether into solution in a solvent and (ii) suspending a resin in said solvent before, during or after step (a)-(i), wherein the resin is of the formula - n - m - p - and salts thereof, wherein the order of, and may be random, block, or a combination of random and block; wherein 1 100 < p + n m < 100 1 and 1 500 < p n < 100 1 wherein is selected from the group consisting of wherein is selected from the group consisting of and wherein C is A or modified A, wherein modified A is selected from the group consisting of and wherein X is selected from the group consisting of SO 3 H, CH 2 CO 2 H, CH 2 CH(CO 2 H) 2, CO 2 H, PO 3 H 2, PO 2 H 2, CH 2 PO 3 H 2, CH 2 Cl, CH 2 NH 2, CH 2 N[(CH 2) y CH 3] therein y is any integer from 0 to 18, CH 2 N + [(CH 2) y= CH 3] 3 D - wherein y= is any integer from 0 to 18 and D is an anion, SO 2 NHR wherein R is polyethylenimine, and CH 2 NHR wherein R is polyethylenimine, b) forming a solid phase extraction body using the mixture of step a), by coating and drying a carrier body with the mixture to form a solid phase extraction layer on the carrier body. a) forming a mixture comprising (i) bringing an aromatic polyether into solution in a solvent and (ii) suspending a resin in said solvent before, during or after step (a)-(i), wherein the resin is of the formula - n - m - p - and salts thereof, wherein the order of, and may be random, block, or a combination of random and block; wherein 1 100 < p + n m < 100 1 and 1 500 < p n < 100 1 wherein is selected from the group consisting of wherein is selected from the group consisting of and wherein C is A or modified A, wherein modified A is selected from the group consisting of and wherein X is selected from the group consisting of SO 3 H, CH 2 CO 2 H, CH 2 CH(CO 2 H) 2, CO 2 H, PO 3 H 2, PO 2 H 2, CH 2 PO 3 H 2, CH 2 Cl, CH 2 NH 2, CH 2 N[(CH 2) y CH 3] therein y is any integer from 0 to 18, CH 2 N + [(CH 2) y= CH 3] 3 D - wherein y= is any integer from 0 to 18 and D is an anion, SO 2 NHR wherein R is polyethylenimine, and CH 2 NHR wherein R is polyethylenimine, (i) bringing an aromatic polyether into solution in a solvent and (ii) suspending a resin in said solvent before, during or after step (a)-(i), wherein the resin is of the formula - n - m - p - b) forming a solid phase extraction body using the mixture of step a), by coating and drying a carrier body with the mixture to form a solid phase extraction layer on the carrier body.
A flame-retardant electric cable (10;20) having a core comprising an electric conductor, an electrically insulating coating and an outermost layer (13a; 14) made from a flame-retardant polymer composition comprising: a) 100 phr of polyvinylchloride as base polymer; b) 70-110 phr of a metal hydroxide; c) 1-8 phr of an optionally surface-treated montmorillonite having average particle dimensions of from 5 to 20 μm; d) 3-8 phr of antimony trioxide; wherein the sum of the amount of montmorillonite and antimony trioxide is at least 5.5 phr and wherein the antimony trioxide and montmorillonite are in a ratio of from 1:0.1 to 1:2.5. a) 100 phr of polyvinylchloride as base polymer; b) 70-110 phr of a metal hydroxide; c) 1-8 phr of an optionally surface-treated montmorillonite having average particle dimensions of from 5 to 20 μm; d) 3-8 phr of antimony trioxide;
A side part for a car body of a motor vehicle, comprising a base door sill that extends longitudinally, an outer side plate of the base door sill which is provided on the outer wall, and an inner side plate arranged on the provided inner side, and a door sill reinforcement which is arranged between the side plates (11, 12) and comprises a reinforcing plate, wherein the door sill reinforcement is connected in a middle region of the base door sill situated between its upper and lower boundary to at least one of the side plates (11, 12), and wherein the reinforcing plate comprises a vertical section guided to the upper boundary of the base door sill and a second section which is vertically guided up to the lower boundary of the base door sill, wherein the two sections (20, 21) of the reinforcing plate comprise several U-shaped deformations (15, 22, 23), and the reinforcing plate has a cross-section which is constant over its entire length, characterized in that the reinforcing plate of the door sill reinforcement comprises at its edges a flange (30, 31) each for connection with the side plates (11, 12), and comprises a U-shaped deformation with a base between the flanges (30, 31), and the base of the U-shaped deformation of the door sill reinforcement is fastened to at least one of the side plates.
A fluid recirculation channel for dispensing a plurality of fluid drop weights comprising: a number of sub-channels comprising: at least one pump channel; and a plurality of drop generator channels (212, 222) fluidically coupled to the at least one pump channel by a number of connection channels; a number of pump generators incorporated into the at least one pump channel; a number of drop generators (230, 234) incorporated into the drop generator channels (212, 222); and a plurality of nozzles (228, 232) defined within the drop generator channels (212, 222), the nozzles (228, 232) being at least as numerous as the number of drop generators (230, 234); characterized in that the nozzles (228, 232) comprise at least two different nozzles (228, 232) that emit at least two different drop weights of fluid, the two different drop weights comprising a first drop weight and a second drop weight, the second drop weight comprising a drop weight that is relatively higher than the first drop weight. a number of sub-channels comprising: at least one pump channel; and a plurality of drop generator channels (212, 222) fluidically coupled to the at least one pump channel by a number of connection channels; at least one pump channel; and a plurality of drop generator channels (212, 222) fluidically coupled to the at least one pump channel by a number of connection channels; a number of pump generators incorporated into the at least one pump channel; a number of drop generators (230, 234) incorporated into the drop generator channels (212, 222); and a plurality of nozzles (228, 232) defined within the drop generator channels (212, 222), the nozzles (228, 232) being at least as numerous as the number of drop generators (230, 234); characterized in that the nozzles (228, 232) comprise at least two different nozzles (228, 232) that emit at least two different drop weights of fluid, the two different drop weights comprising a first drop weight and a second drop weight, the second drop weight comprising a drop weight that is relatively higher than the first drop weight.
An audio/video device comprising an enclosing cabinet and an electronic circuitry comprising at least two interface components (15, 16), said circuitry being located within the cabinet capable of using at least two light signals, each associated with one of the interface components, and being received as a control signal formed by light irradiating the outside of the cabinet, or being emitted as a feedback signal to be radiated outside the cabinet, where the audio/video device comprises a single light guide for transporting the light signals inside the cabinet between a hole or transparent part in the exterior of the enclosing cabinet and the respective interface components.
Use of a temporary stain repellent, for forming a protective seal over teeth previously subjected to a teeth whitening product or procedure, thereby prolonging the effects of the teeth whitening product or procedure before said teeth are subjected to pigment depositing activities, whereby the protective seal prevents the pigment depositing activity from directly accessing the teeth, characterized in that said protective seal over teeth is formed within 5 minutes from application, thereby substantially preventing staining of the teeth, wherein said repellent comprises a sealant selected from castor oil or liquid polyester.
A speech recognition method comprising: receiving a first multi-channel audio signal; obtaining, for a first frame, n, of the first multi-channel audio signal, a first speech signal characteristic and a first noise signal characteristic for at least one frequency band of frequency bands corresponding to channel audio signals included in the first multi-channel audio signal; generating a first enhancement signal by performing a first beamforming on the first multi-channel audio signal based on the first speech signal characteristic and the first noise signal characteristic generating a second enhancement signal by performing a second beamforming on the first multi-channel audio signal based on the first speech signal characteristic and a second noise signal characteristic the second noise signal characteristic comprising a second speech signal characteristic for a second frame, n-M, obtained prior to the first frame, n; determining whether the first enhancement signal or the second enhancement signal includes a wake word; and based on determining that the first enhancement signal or the second enhancement signal includes the wake word: determining to wake up a speech recognition operation and activating the speech recognition operation based on the determination that the wake word is included in the first enhancement signal or the second enhancement signal. receiving a first multi-channel audio signal; obtaining, for a first frame, n, of the first multi-channel audio signal, a first speech signal characteristic and a first noise signal characteristic for at least one frequency band of frequency bands corresponding to channel audio signals included in the first multi-channel audio signal; generating a first enhancement signal by performing a first beamforming on the first multi-channel audio signal based on the first speech signal characteristic and the first noise signal characteristic generating a second enhancement signal by performing a second beamforming on the first multi-channel audio signal based on the first speech signal characteristic and a second noise signal characteristic the second noise signal characteristic comprising a second speech signal characteristic for a second frame, n-M, obtained prior to the first frame, n; determining whether the first enhancement signal or the second enhancement signal includes a wake word; and based on determining that the first enhancement signal or the second enhancement signal includes the wake word: determining to wake up a speech recognition operation and activating the speech recognition operation based on the determination that the wake word is included in the first enhancement signal or the second enhancement signal.