mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula A[-Y(-T) r] s or a physiologically acceptable salt thereof, wherein: A is a fibrin-binding peptide moiety comprising an amino acid sequence selected from the group consisting of: Seq. ID Amino acid sequence Seq001 WQPC*PAESWTFC*WDP Seq019 GPPG WQPC*P A ESWTFC*WDP Seq021 KKG WQPC*P A ESWTFC* WDP Seq022 KGKGKG WQPC*P A ESWTFC*WDP Seq023 G WQPC*P A ESWTFC*WDP Seq025 WQPC*P A ESWT- Ffe 4-C*WDP Seq026 WQPC*P A ESWT- Cha -C*WDP Seq027 WQPC*P A ESWT- F34f e-C*WDP Seq028 Thf2ca -WQPC*P A ESWTFC*WDP Seq030 RRG GWQPC*P A ESWTFC*WDP Seq032 R WQPC*PAESWT- Cha -C*WDP Seq033 G WQPC*P A ESWT- Cha -C*WDP Seq034 RG WQPC*P A ESWTFC*WDP Seq035 R GWQPC*P A ESWT- Cha -C*WDP Seq036 R WQPC*P A ESWTFC*WDP characterized by an Alanine for Tryptophane substitution at position 6 of a reference fibrin binding peptide with sequence WQPC*P W ESWTTC*WDP (seqIDNO 000) and for improved binding properties as compared to said reference binding peptide; Y is, independently in each occurrence, a suitable linking moiety connecting A with at least one T moiety; T is, independently in each occurrence, a diagnostically or therapeutically active moiety; r is, independently in each occurrence, an integer from 1 to 8; s is 1 or 2; A is a fibrin-binding peptide moiety comprising an amino acid sequence selected from the group consisting of: Seq. ID Amino acid sequence Seq001 WQPC*PAESWTFC*WDP Seq019 GPPG WQPC*P A ESWTFC*WDP Seq021 KKG WQPC*P A ESWTFC* WDP Seq022 KGKGKG WQPC*P A ESWTFC*WDP Seq023 G WQPC*P A ESWTFC*WDP Seq025 WQPC*P A ESWT- Ffe 4-C*WDP Seq026 WQPC*P A ESWT- Cha -C*WDP Seq027 WQPC*P A ESWT- F34f e-C*WDP Seq028 Thf2ca -WQPC*P A ESWTFC*WDP Seq030 RRG GWQPC*P A ESWTFC*WDP Seq032 R WQPC*PAESWT- Cha -C*WDP Seq033 G WQPC*P A ESWT- Cha -C*WDP Seq034 RG WQPC*P A ESWTFC*WDP Seq035 R GWQPC*P A ESWT- Cha -C*WDP Seq036 R WQPC*P A ESWTFC*WDP characterized by an Alanine for Tryptophane substitution at position 6 of a reference fibrin binding peptide with sequence WQPC*P W ESWTTC*WDP (seqIDNO 000) and for improved binding properties as compared to said reference binding peptide; Y is, independently in each occurrence, a suitable linking moiety connecting A with at least one T moiety; T is, independently in each occurrence, a diagnostically or therapeutically active moiety; r is, independently in each occurrence, an integer from 1 to 8; s is 1 or 2;
Device comprising at least one supercapacitor comprising: - an electrolyte having a first end and a second end opposite the first end, - a first electrode in contact with the first end of the electrolyte, and - a second electrode in contact with the second end of the electrolyte, the electrolyte being made of a solid, inorganic, ion-conductive material having an ionic conductivity that is greater than its electronic conductivity, the solid material being crystalline, characterized in that the material comprises a lamellar crystallographic structure formed of planes parallel to each other, having a composition of the A 2 B 2 O 5 type, and between which ions of the material are able to move, constituting said ionic conductivity of the material. - an electrolyte having a first end and a second end opposite the first end, - a first electrode in contact with the first end of the electrolyte, and - a second electrode in contact with the second end of the electrolyte, the electrolyte being made of a solid, inorganic, ion-conductive material having an ionic conductivity that is greater than its electronic conductivity, the solid material being crystalline, characterized in that the material comprises a lamellar crystallographic structure formed of planes parallel to each other, having a composition of the A 2 B 2 O 5 type, and between which ions of the material are able to move, constituting said ionic conductivity of the material. the electrolyte being made of a solid, inorganic, ion-conductive material having an ionic conductivity that is greater than its electronic conductivity, the solid material being crystalline, characterized in that the material comprises a lamellar crystallographic structure formed of planes parallel to each other, having a composition of the A 2 B 2 O 5 type, and between which ions of the material are able to move, constituting said ionic conductivity of the material.
A method for increasing the thickness of a sheet of CNTs (146, 147, 246, 346), comprising: providing a wet continuous sheet of CNTs, wherein a continuous sheet of CNTs is an elongated sheet whose length is orders of magnitude greater than its width and wherein the wet continuous sheet of CNTs has been manufactured as follows: in a container filled with a liquid solution comprising CNTs at certain concentration, submerging a vacuum tank having a lower surface forming a grillage, moving an elongated filtering membrane along the lower surface of the vacuum tank while vacuum is applied on the elongated filtering membrane in such a way that in the surface of the filtering membrane opposed to the surface in contact with the lower surface of the vacuum tank CNTs are deposited forming a continuous sheet of CNTs of constant thickness, taking the filtering membrane together with the continuous sheet of CNTs out of the container, separating the wet continuous sheet of CNTs from the filtering membrane, drying the wet continuous sheet of CNTs (146, 147, 246, 346) by applying heat (15, 25, 35) from a heat source (12, 22, 32), wherein the heat source is an infrared irradiation source. providing a wet continuous sheet of CNTs, wherein a continuous sheet of CNTs is an elongated sheet whose length is orders of magnitude greater than its width and wherein the wet continuous sheet of CNTs has been manufactured as follows: in a container filled with a liquid solution comprising CNTs at certain concentration, submerging a vacuum tank having a lower surface forming a grillage, moving an elongated filtering membrane along the lower surface of the vacuum tank while vacuum is applied on the elongated filtering membrane in such a way that in the surface of the filtering membrane opposed to the surface in contact with the lower surface of the vacuum tank CNTs are deposited forming a continuous sheet of CNTs of constant thickness, taking the filtering membrane together with the continuous sheet of CNTs out of the container, in a container filled with a liquid solution comprising CNTs at certain concentration, submerging a vacuum tank having a lower surface forming a grillage, moving an elongated filtering membrane along the lower surface of the vacuum tank while vacuum is applied on the elongated filtering membrane in such a way that in the surface of the filtering membrane opposed to the surface in contact with the lower surface of the vacuum tank CNTs are deposited forming a continuous sheet of CNTs of constant thickness, taking the filtering membrane together with the continuous sheet of CNTs out of the container, separating the wet continuous sheet of CNTs from the filtering membrane, drying the wet continuous sheet of CNTs (146, 147, 246, 346) by applying heat (15, 25, 35) from a heat source (12, 22, 32), wherein the heat source is an infrared irradiation source.
A blown bottle blow molded from a preform, comprising at least two layers including an inner layer and an outer layer, wherein the inner layer includes an inner layer flange and the outer layer includes an outer layer flange, and wherein a protrusion is formed on either one of the inner layer flange or the outer layer flange, a recess is formed in the other, and the protrusion is fitted to the recess, wherein the protrusion is formed on the inner layer flange, and the recess is formed in the outer layer flange, and characterized in that the recess is formed in a partially segmented annular shape if the blown bottle is seen in a height direction thereof, the partial segmentation of the recess is adapted to provide walls for stopping movement in a rotational direction about a stretching direction of the preform and movement of the outer layer flange in the rotational direction is also restricted.
Method for detecting a phase boundary and discriminating whether it is an air-liquid or an air-foam phase boundary in a liquid container of an apparatus by means of a capacitively operating measuring device having a sensor which can be moved up and down in the liquid container, wherein at least one output signal (s out (t)) is processed by the measuring device, the method comprising the following steps: a) performing an upward or downward movement of the sensor in the liquid container; b) applying an input signal (s in (t)) having a first frequency (f 1) to the sensor; c) applying the input signal (s in (t)) having a second frequency (f 2) to the sensor, wherein the second frequency (f 2) and the first frequency (f 1) are different; d) in the context of a first process - evaluating the output signal (s out (t)) to detect a first jump (ΔX1) of the output signal (s out (t)); e) in the context of a second process - evaluating the output signal (s out (t)) to detect a second jump (ΔX2) of the output signal (s out (t)); characterized in that the method comprises the following further steps: f) comparing the first jump (ΔX1) with the second jump (ΔX2); g) if the comparison exceeds a preset, output of an identifier (Ks) signalling contacting of the sensor with foam in the liquid container. a) performing an upward or downward movement of the sensor in the liquid container; b) applying an input signal (s in (t)) having a first frequency (f 1) to the sensor; c) applying the input signal (s in (t)) having a second frequency (f 2) to the sensor, wherein the second frequency (f 2) and the first frequency (f 1) are different; d) in the context of a first process - evaluating the output signal (s out (t)) to detect a first jump (ΔX1) of the output signal (s out (t)); e) in the context of a second process - evaluating the output signal (s out (t)) to detect a second jump (ΔX2) of the output signal (s out (t)); f) comparing the first jump (ΔX1) with the second jump (ΔX2); g) if the comparison exceeds a preset, output of an identifier (Ks) signalling contacting of the sensor with foam in the liquid container.
A method for providing individualized power control for a plurality of sub-systems (214A, 214B, 214C) within an electronic device, the electronic device comprising a host processor apparatus and a peripheral processor apparatus, the peripheral processor apparatus comprising the plurality of sub-systems (214A, 214B, 214C), the method comprising: establishing a memory mapped interface to the plurality of sub-systems (214A, 214B, 214C) of the peripheral processor apparatus, each of the plurality of sub-systems being characterized by a corresponding independent power management state machine that is independent over other ones of the plurality of sub-systems (214A, 214B, 214C); and for one of the plurality of sub-systems, causing the corresponding power management state machine to transition to an active state from a sleep state independent from other ones of the plurality of sub-systems(214A, 214B, 214C). establishing a memory mapped interface to the plurality of sub-systems (214A, 214B, 214C) of the peripheral processor apparatus, each of the plurality of sub-systems being characterized by a corresponding independent power management state machine that is independent over other ones of the plurality of sub-systems (214A, 214B, 214C); and for one of the plurality of sub-systems, causing the corresponding power management state machine to transition to an active state from a sleep state independent from other ones of the plurality of sub-systems(214A, 214B, 214C).
An object detecting device comprising: a detection unit configured to detect the relative velocity of an object, which exists in the lateral direction of a vehicle, with respect to the vehicle; wherein the detection unit is installed in the vehicle with a direction crossing the longitudinal direction of the vehicle as a central direction of detection; and a velocity calculating unit configured to calculate the absolute velocity of the object in the horizontal direction of the vehicle on the basis of the object's relative velocity and the vehicle's travel velocity detected by a vehicle velocity detection unit, characterized by a determination unit configured to determine whether or not the object is an approaching moving object on the basis of the object's relative velocity with respect to the vehicle as detected by the detection unit and the vehicle's travel velocity component in the direction from the vehicle to the object, and when the object is determined not to be an approaching moving object, to determine whether or not the object is an approaching moving object on the basis of the absolute velocity of the object in the horizontal direction of the vehicle calculated by the velocity calculating unit. a detection unit configured to detect the relative velocity of an object, which exists in the lateral direction of a vehicle, with respect to the vehicle; wherein the detection unit is installed in the vehicle with a direction crossing the longitudinal direction of the vehicle as a central direction of detection; and a velocity calculating unit configured to calculate the absolute velocity of the object in the horizontal direction of the vehicle on the basis of the object's relative velocity and the vehicle's travel velocity detected by a vehicle velocity detection unit, characterized by a determination unit configured to determine whether or not the object is an approaching moving object on the basis of the object's relative velocity with respect to the vehicle as detected by the detection unit and the vehicle's travel velocity component in the direction from the vehicle to the object, and when the object is determined not to be an approaching moving object, to determine whether or not the object is an approaching moving object on the basis of the absolute velocity of the object in the horizontal direction of the vehicle calculated by the velocity calculating unit.
Method for manufacturing articles impregnated with at least one plant substance from at least one plant, characterised in that said method comprises the following steps: a) Extraction and/or pressing at least one plant or at least one part of said plant so as to produce a liquid plant extract and a solid fibrous residue, then b) Separation of said plant extract from said fibrous residue, and c) Destructuring said fibrous residue, d) Producing a fibrous web or an article made from the fibrous residue obtained in step c), e) Impregnating said fibrous residue with (i) at least said plant extract that is optionally concentrated, purified, flavoured and/or fragranced, or with (ii) at least one water-soluble or lipo-soluble plant substance isolated from said plant extract, or with (iii) at least one composition comprising at least one optionally concentrated, purified, flavoured and/or fragranced water-soluble or lipo-soluble substance of said plant extract. a) Extraction and/or pressing at least one plant or at least one part of said plant so as to produce a liquid plant extract and a solid fibrous residue, then b) Separation of said plant extract from said fibrous residue, and c) Destructuring said fibrous residue, d) Producing a fibrous web or an article made from the fibrous residue obtained in step c), e) Impregnating said fibrous residue with (i) at least said plant extract that is optionally concentrated, purified, flavoured and/or fragranced, or with (ii) at least one water-soluble or lipo-soluble plant substance isolated from said plant extract, or with (iii) at least one composition comprising at least one optionally concentrated, purified, flavoured and/or fragranced water-soluble or lipo-soluble substance of said plant extract.
Modular construction element (10; 10') comprising two rigid walls (12, 14; 12', 14') spaced apart from one another, and a cavity which extends between said two walls, said modular construction element (10; 10') comprising a plant-based insulating material housed inside said cavity; characterised in that said rigid walls (12, 14; 12', 14') are made of a composite material produced from a mixture of plant aggregate and binder based on compounds derived from living organisms.
A method for producing a transgenic leguminous plant having an altered trait relative to a leguminous control plant, the method steps characterized by: a) providing an expression construct comprising a recombinant polynucleotide encoding a polypeptide comprising a B-box zinc finger domain of amino acid residues 5-50 of SEQ ID NO:2; and b) introducing the expression vector into a target leguminous plant to produce the transgenic leguminous plant; wherein the polypeptide is over-expressed in the transgenic leguminous plant, the polypeptide confers an altered trait relative to a control leguminous plant, and the altered trait is selected from the group consisting of: improved late season vigor; increased late season canopy coverage in soybean; increased pod-containing mainstem nodes in soybean; and increased internode length. a) providing an expression construct comprising a recombinant polynucleotide encoding a polypeptide comprising a B-box zinc finger domain of amino acid residues 5-50 of SEQ ID NO:2; and b) introducing the expression vector into a target leguminous plant to produce the transgenic leguminous plant;
A porous membrane for a secondary battery, comprising non-conductive particles and a binder for a porous membrane, wherein the non-conductive particle is a polymer particle having a core-shell structure, the non-conductive particle has a core portion having a glass transition point of 30°C to 90°C, the non-conductive particle has a shell portion having a glass transition point higher than that of the core portion by 10°C or higher, a polymer forms the core portion of the non-conductive particle wherein the polymer is a homopolymer or a copolymer, which polymer is obtainable by polymerization of one or more polymerizable monomers, wherein the polymerizable monomer is selected from the group consisting of an acrylic acid ester monomer; a methacrylic acid ester monomer; and an aromatic monovinyl compound, a thickness (nm) of the shell portion is 0.01% to 3.0% of a number average particle diameter (nm) of the non-conductive particles, and a number average particle diameter (nm) of the non-conductive particle and a number average particle diameter (nm) of the binder for a porous membrane satisfy >.
A reversible color-changing sanitizer-indicating nonwoven wipe, comprising: a cloth-like nonwoven fabric; and a reversible color-changing ink formulation bound to the nonwoven fabric using a polymer binder; the reversible color-changing ink formulation including, based on a dry weight of the ink formulation, 55-98% by weight of the polymer binder and 0.1 -20% by weight of a reversible color-changing dye that causes the nonwoven wipe to change between a first color and a second color at a pH between 5.5 and 8.0. a cloth-like nonwoven fabric; and a reversible color-changing ink formulation bound to the nonwoven fabric using a polymer binder;
A lock movable between a locking and an unlocking condition, the lock comprising: - (i) a first hollow tubular casing; (ii) a second hollow tubular casing disposed within the hollow portion of the first hollow casing; (iii) a lock portion mounted within the second hollow casing; and (iv) a key for moving said lock between a locking condition and an unlocking condition, wherein the lock portion comprises a plurality of annular elements arranged side by side, each said annular element comprising an engaging member extending radially outwards from the periphery of the annular element, and wherein the first hollow casing comprises a plurality of first elongate notches extending substantially along the length of the first hollow casing, each first elongate notch disposed at a predetermined position on the periphery of the first hollow casing, and wherein the second hollow casing comprises a plurality of second elongate notches extending substantially along the length of the second hollow casing, each second elongate notch disposed at a predetermined position on the periphery of the second hollow casing such that, when said lock is in said locking condition, each of the first elongate notches substantially overlaps with a corresponding second elongate notch, and wherein each said engaging member is biased towards a position whereby said engaging member is disposed within one of said first elongate notches and its corresponding overlapping second elongate notch, defining said locking condition in which rotational movement of said second hollow casing within said first hollow casing is prevented, and wherein said lock is movable between said locking condition and an unlocking condition in which at least one said engaging member is disposed within a second elongate notch, but is not engaged with its corresponding overlapping first elongate notch, to allow for rotational movement of said second hollow casing within said first hollow casing, and characterised in that said key further comprises a shaped member, and said second hollow casing has a closed end comprising a correspondingly shaped slot such that, when the key has been disposed inside the second hollow casing, a portion of the shaped member engages with the slot of the closed end, so that, when the key is rotated, the second hollow casing also rotates. (i) a first hollow tubular casing; (ii) a second hollow tubular casing disposed within the hollow portion of the first hollow casing; (iii) a lock portion mounted within the second hollow casing; and (iv) a key for moving said lock between a locking condition and an unlocking condition,
A sorting machine for sorting flat articles on edge, which machine includes an upstream conveyor, a downstream conveyor that is provided with side downstream belts facing each other and that is arranged to convey said flat articles by nipping them, and detector means for detecting bunching of said flat articles, wherein said detector means are provided between said upstream conveyor and said downstream conveyor and include: · an intermediate conveyor provided with side perforated intermediate belts facing each other and arranged to convey said flat articles without nipping them; · suction means (24, 25) associated individually with said intermediate belts and suitable for generating suction at each of said intermediate belts, which suction is suitable for pressing any flat article traveling between said intermediate belts against one or the other of said intermediate belts; · image capture means suitable for capturing images of the edges of said flat articles passing between said intermediate belts; and · image analysis and processing means suitable for detecting any bunching of said flat articles on the basis of said images; said sorting machine being characterized in that said image capture means being disposed facing the passage zone defined by said intermediate belts, in the downstream portion of said passage zone. · an intermediate conveyor provided with side perforated intermediate belts facing each other and arranged to convey said flat articles without nipping them; · suction means (24, 25) associated individually with said intermediate belts and suitable for generating suction at each of said intermediate belts, which suction is suitable for pressing any flat article traveling between said intermediate belts against one or the other of said intermediate belts; · image capture means suitable for capturing images of the edges of said flat articles passing between said intermediate belts; and · image analysis and processing means suitable for detecting any bunching of said flat articles on the basis of said images;