mhurhangee/ep-ind-claims huggingface dataset:
A method for the in vitro diagnosis of ovarian cancer in a subject, comprising the steps of: a) contacting said biological sample from said subject with at least one progastrin-binding molecule, b) detecting the binding of said progastrin-binding molecule to progastrin in said sample, wherein said binding indicates the presence of ovarian cancer in said subject, wherein said biological sample is chosen among: blood, serum and plasma. a) contacting said biological sample from said subject with at least one progastrin-binding molecule, b) detecting the binding of said progastrin-binding molecule to progastrin in said sample, wherein said binding indicates the presence of ovarian cancer in said subject,
Trim element for a vehicle comprising: - at least one support, said support comprising an inner face and an outer face, - at least one skin layer having an inner face and an outer face, the inner face of the skin layer extending over at least part of the outer face of the support, - at least one seam extending over the skin layer, and - at least one protective element of the seam having an inner face and an outer face and extending over the support opposite the seam, the outer face of the protective element of the seam extending over the inner face of the support, the seam extending from the inner face of the protective element to the outer face of the skin layer, characterized in that the support comprises natural fibers and a matrix made of plastics material and in that the protective element is in the form of a woven or non-woven fabric. - at least one support, said support comprising an inner face and an outer face, - at least one skin layer having an inner face and an outer face, the inner face of the skin layer extending over at least part of the outer face of the support, - at least one seam extending over the skin layer, and - at least one protective element of the seam having an inner face and an outer face and extending over the support opposite the seam, the outer face of the protective element of the seam extending over the inner face of the support, the seam extending from the inner face of the protective element to the outer face of the skin layer,
A nanoparticle, wherein an alkyl group of a ligand (R-A-L) having an alkane or alkene chain according to Formula 1 below is coated on a surface of a hydrophobic nanoparticle through a non-covalent bond: [Formula 1] R-A-L where, L is a ligand selected from the group consisting of amino acid, peptide, protein, nucleic acid, vitamin, hormone, neurotransmitter, saccharide, chelating agent, and fluorescent dye, A is a linker selected from the group consisting of -CH 2 -, -CH=, -C=, -N-, -NH-, -N=, -O-, -S-, -CS-, -CO-, - PO 4 H-, -PO 3 H-, -PO 2 H-, and -benzene-, and R is C 10 ∼C 30 alkane or C 10 ∼C 30 alkene, and wherein if the R is alkene, 5 or less double bonds are contained in the chain. L is a ligand selected from the group consisting of amino acid, peptide, protein, nucleic acid, vitamin, hormone, neurotransmitter, saccharide, chelating agent, and fluorescent dye, A is a linker selected from the group consisting of -CH 2 -, -CH=, -C=, -N-, -NH-, -N=, -O-, -S-, -CS-, -CO-, - PO 4 H-, -PO 3 H-, -PO 2 H-, and -benzene-, and R is C 10 ∼C 30 alkane or C 10 ∼C 30 alkene, and wherein if the R is alkene, 5 or less double bonds are contained in the chain.
Device for ultra-precise positioning of an element, comprising - a body; - several flexible plates (31', 32', 33', 34') made of polymer material fixed on the body, these plates, when at rest, being perpendicular to one another in pairs, each flexible plate (31', 32', 33', 34') also having a central part attached to the body, two identical parts (31", 31''') arranged symmetrically relative to the cutting plane of the device that is perpendicular to the plate in question and passes through the centre of the latter, said two identical parts (31", 31''') each comprising a central zone (310") and ends (311", 312") with reduced thickness relative to the thickness of the central zone (310"), one (311") of said ends being fixed at the level of a common edge between two outer faces (21', 24') of said body and the other one (312") of said ends joining said central part of said plate; - two rods (25', 26') connecting each body to an associated flexible plate (31', 32') in such a way that said central part is mounted fixed at its centre relative to one of said rods (25', 26'), each rod being arranged to pass through the centre of the plate and perpendicularly to this plate so that the rods (25', 26') are perpendicular to one another; the flexible plates (31', 32', 33', 34') opposite to one another relative to the body thus making it possible to accompany the associated rod (25', 26') in a movement of translation of this rod in the direction of its longitudinal axis, when such a movement is imparted to the rod. - a body; - several flexible plates (31', 32', 33', 34') made of polymer material fixed on the body, these plates, when at rest, being perpendicular to one another in pairs, each flexible plate (31', 32', 33', 34') also having a central part attached to the body, two identical parts (31", 31''') arranged symmetrically relative to the cutting plane of the device that is perpendicular to the plate in question and passes through the centre of the latter, said two identical parts (31", 31''') each comprising a central zone (310") and ends (311", 312") with reduced thickness relative to the thickness of the central zone (310"), one (311") of said ends being fixed at the level of a common edge between two outer faces (21', 24') of said body and the other one (312") of said ends joining said central part of said plate; - two rods (25', 26') connecting each body to an associated flexible plate (31', 32') in such a way that said central part is mounted fixed at its centre relative to one of said rods (25', 26'),
A telescopic steering shaft comprising: a male shaft having an outer circumference on which a plurality of protruding teeth are formed; and a female shaft having an inner circumference on which a plurality of tooth grooves are formed, the female shaft being fitted onto the male shaft, wherein the protruding teeth and the tooth grooves are engaged with each other such that the male shaft and the female shaft are relatively slidable in an axial direction and such that a rotational torque is transmittable between the male shaft and the female shaft, wherein at least one of the male shaft and the female shaft is configured such that a radial rigidity of a portion of the at least one of the male shaft and the female shaft in an axial range of a region where the protruding teeth and the tooth grooves are engaged with each other is lower than a radial rigidity of another portion of the at least one of the male shaft and the female shaft, wherein the male shaft is at least partially a solid shaft, wherein one end portion of the male shaft corresponding to one end of the protruding teeth in the axial direction is formed with a hole along the axial direction, characterised in that the female shaft includes a small-diameter portion which is formed by reducing an outside diameter of one end portion of the female shaft corresponding to one end of the tooth groove in the axial direction, and an outside diameter of the small-diameter portion is smaller than an outside diameter of the other portion of the female shaft in the axial range of the tooth grooves, and wherein, on a tooth surface of the protruding teeth of the male shaft, a covering portion is formed to reduce sliding resistance between the protruding teeth and the tooth grooves of the female shaft. a male shaft having an outer circumference on which a plurality of protruding teeth are formed; and a female shaft having an inner circumference on which a plurality of tooth grooves are formed, the female shaft being fitted onto the male shaft, wherein the protruding teeth and the tooth grooves are engaged with each other such that the male shaft and the female shaft are relatively slidable in an axial direction and such that a rotational torque is transmittable between the male shaft and the female shaft, wherein at least one of the male shaft and the female shaft is configured such that a radial rigidity of a portion of the at least one of the male shaft and the female shaft in an axial range of a region where the protruding teeth and the tooth grooves are engaged with each other is lower than a radial rigidity of another portion of the at least one of the male shaft and the female shaft, wherein the male shaft is at least partially a solid shaft, wherein one end portion of the male shaft corresponding to one end of the protruding teeth in the axial direction is formed with a hole along the axial direction, characterised in that
A catheter assembly, comprising: a sonic connector at a proximal end of a core wire, the sonic connector configured to couple to an ultrasound-producing mechanism (120, 130) and transmit vibrational energy from the proximal end of the core wire to a distal end portion of the core wire for modifying intravascular lesions; a damping mechanism including a gasket system around a proximal end portion of the core wire in a damping-mechanism bore of the catheter assembly, the damping mechanism configured to damp a number of degrees of freedom of the vibrational energy not needed for modifying the intravascular lesions; and a heat sink, characterised in that the heat sink includes a first annulus at a first end of the gasket system, a second annulus at a second, opposing end of the gasket system, and a plurality of longitudinal members arranged around a circumference of the gasket system configured to conduct and dissipate heat from the damping mechanism. a sonic connector at a proximal end of a core wire, the sonic connector configured to couple to an ultrasound-producing mechanism (120, 130) and transmit vibrational energy from the proximal end of the core wire to a distal end portion of the core wire for modifying intravascular lesions; a damping mechanism including a gasket system around a proximal end portion of the core wire in a damping-mechanism bore of the catheter assembly, the damping mechanism configured to damp a number of degrees of freedom of the vibrational energy not needed for modifying the intravascular lesions; and a heat sink, characterised in that the heat sink includes a first annulus at a first end of the gasket system, a second annulus at a second, opposing end of the gasket system, and a plurality of longitudinal members arranged around a circumference of the gasket system configured to conduct and dissipate heat from the damping mechanism.
Photovoltaic system having a plurality of bifacial PV modules which are arranged upright on a supporting structure, wherein the supporting structure has a plurality of posts which are secured, in particular anchored, on or in the ground, wherein crossmembers are secured to the posts, said crossmembers in each case connecting two adjacent posts to each other, and wherein in each case two posts and two crossmembers define a substantially rectangular mounting area in which at least one PV module is arranged, characterized in that plug-through openings are formed on the posts in order in each case to receive a crossmember or the end thereof.
A tube closure defining a lumen and comprising a valve having: a first section; a second section; and, a crease initiation region between the first and second sections, wherein the crease initiation region formed by a narrowing of the valve and configured to initiate a crease upon relative rotation of the first and section sections; characterised by a protrusion projecting into the lumen from the crease initiation region; in which the valve is movable between: an open condition in which there is a continuous flow path through lumen; and, a closed condition in which the first section is rotated relative to the second section about a crease formed in the crease initiation region feature to thereby close the lumen in the crease initiation region by abutment of the protrusion with an opposing surface of the valve. a first section; a second section; and, a crease initiation region between the first and second sections, wherein the crease initiation region formed by a narrowing of the valve and configured to initiate a crease upon relative rotation of the first and section sections; characterised by a protrusion projecting into the lumen from the crease initiation region; in which the valve is movable between: an open condition in which there is a continuous flow path through lumen; and, a closed condition in which the first section is rotated relative to the second section about a crease formed in the crease initiation region feature to thereby close the lumen in the crease initiation region by abutment of the protrusion with an opposing surface of the valve. an open condition in which there is a continuous flow path through lumen; and, a closed condition in which the first section is rotated relative to the second section about a crease formed in the crease initiation region feature to thereby close the lumen in the crease initiation region by abutment of the protrusion with an opposing surface of the valve.
Iterative method of stacking fibre plies for producing a reinforcing preform of a composite wall, the method comprising a step of: (a) adding a fibre ply onto a preceding ply or onto a stacking template, the added fibre ply having reference markings (40; 44; 48) distributed over its surface, including at least a first reference marking and a second reference marking; characterized in that the method further comprises the steps of: (b) projecting at least two illuminated marks (42; 46; 38) onto the added ply, including a first mark and a second mark, the marks (42; 46; 38) being adapted to trace on the ply the predetermined positions that the corresponding reference markings (40; 44; 48) are to occupy in the preform; (c) moving the added ply relative to the illuminated marks (42; 46; 38) so that the first reference marking coincides with the first corresponding mark; (d) adjusting (116; 118) the added ply so that the second reference marking coincides with the second corresponding mark; the preceding steps being repeated so as to form a stack of fibre plies forming the preform. (a) adding a fibre ply onto a preceding ply or onto a stacking template, (b) projecting at least two illuminated marks (42; 46; 38) onto the added ply, including a first mark and a second mark, the marks (42; 46; 38) being adapted to trace on the ply the predetermined positions that the corresponding reference markings (40; 44; 48) are to occupy in the preform; (c) moving the added ply relative to the illuminated marks (42; 46; 38) so that the first reference marking coincides with the first corresponding mark; (d) adjusting (116; 118) the added ply so that the second reference marking coincides with the second corresponding mark;
A battery presence detection system of a device, said device being connectable to a battery (101, 500), said device having a battery detection line, a battery ground line and a battery cell voltage line, the battery detection line of the battery (101, 500) being connected to the battery ground line of the battery (101, 500) via a pull-down resistor, the battery presence detection system being characterised by a terminal battery detection line configured to be connected to the battery detection line of the battery (101, 500) when the battery (101, 500) is connected to the device a terminal ground line configured to be connected to the battery ground line of the battery (101, 500) when the battery (101, 500) is connected to the device; a terminal capacitance between the terminal battery detection line and the terminal ground line; a pulse generator configured to generate a line charging pulse signal applied to the terminal battery detection line; and a detector configured to detect a presence of one of a line voltage edge and a line voltage level on the terminal battery detection line, and output an indication as to whether the battery (101, 500) is connected to the device based on the presence of the one of the line voltage edge and the line voltage level on the terminal battery detection line.
Suction appliance, comprising a suction assembly, a suction conduit device, which is in fluidic connection with the suction assembly, a fluid provisioning device and a dispensing device for fluid, which is in fluidic connection with the fluid provisioning device, and a conducting element which is coupleable to the dispensing device and to the suction conduit device and which conducts fluid from the dispensing device into the suction conduit device for cleaning the suction conduit device, wherein the conducting element comprises at least one channel through which fluid is able to flow from the dispensing device into the suction conduit device, characterized in that the conducting element comprises a sealing device for a fluid-tight connection of the dispensing device and a fluid-tight connection of the suction conduit device.
An implantable medical lead system comprising: a lead body comprising an insulative material (68, 104), the lead body including a distal end and a proximal end defining a longitudinal axis of the lead body; an electrical connector (56, 56A) positioned near the proximal end; an electrical conductor (72, 72A, 108) extending about the longitudinal axis of the lead body; wherein the electrical conductor (72, 72A, 108) is electrically coupled to the electrical connector (56, 56A), characterized in that the implantable medical lead system further comprises a sleeve (74, 74A, 112) coupled to the insulative material (68, 104) of the lead body, the sleeve positioned around the electrical conductor (72, 72A, 108), wherein the sleeve (74, 74A, 112) is not fixed to the electrical conductor (72, 72A, 108). a lead body comprising an insulative material (68, 104), the lead body including a distal end and a proximal end defining a longitudinal axis of the lead body; an electrical connector (56, 56A) positioned near the proximal end; an electrical conductor (72, 72A, 108) extending about the longitudinal axis of the lead body; wherein the electrical conductor (72, 72A, 108) is electrically coupled to the electrical connector (56, 56A), characterized in that the implantable medical lead system further comprises a sleeve (74, 74A, 112) coupled to the insulative material (68, 104) of the lead body, the sleeve positioned around the electrical conductor (72, 72A, 108), wherein the sleeve (74, 74A, 112) is not fixed to the electrical conductor (72, 72A, 108).
A work vehicle collective switch apparatus (30, 30a, 30b) comprising: a switch operation unit including a plurality of switches (SW1 to SW12); a network side signal output unit that outputs a switch state signal to an in-vehicle network side connected to the collective switch apparatus (30, 30a, 30b); a drive signal output unit that outputs a drive signal to a direct-coupled device (51 to 54) connected to the collective switch apparatus (30, 30a, 30b), and a control unit that outputs a command signal corresponding to switch operation on a basis of switch assignment information that assigns in advance as to whether the drive signal is to be output from the drive signal output unit or the switch state signal is to be output from the network side signal output unit in accordance with switch operation of any of the plurality of switches (SW1 to SW12). a switch operation unit including a plurality of switches (SW1 to SW12); a network side signal output unit that outputs a switch state signal to an in-vehicle network side connected to the collective switch apparatus (30, 30a, 30b); a drive signal output unit that outputs a drive signal to a direct-coupled device (51 to 54) connected to the collective switch apparatus (30, 30a, 30b), and a control unit that outputs a command signal corresponding to switch operation on a basis of switch assignment information that assigns in advance as to whether the drive signal is to be output from the drive signal output unit or the switch state signal is to be output from the network side signal output unit in accordance with switch operation of any of the plurality of switches (SW1 to SW12).
Power connection device for an electric battery comprising - at least one cage comprising a first wall and a second wall opposite each other, as well as spring means, - a current conducting busbar comprising at least one end inserted into said at least one cage leaving a space between the busbar and the second wall, characterized in that it comprises moreover at least one contact pad made from an electrically conductive metal, inserted in an opening formed in the busbar, at the level of its end inserted into the cage, this pad protruding on a face of the busbar towards the second wall of the cage, the spring means being configured to clamp, against the contact pad, at least a portion of a tab inserted into the cage between the contact pad and the second wall. - at least one cage comprising a first wall and a second wall opposite each other, as well as spring means, - a current conducting busbar comprising at least one end inserted into said at least one cage leaving a space between the busbar and the second wall, characterized in that it comprises moreover at least one contact pad made from an electrically conductive metal, inserted in an opening formed in the busbar, at the level of its end inserted into the cage, this pad protruding on a face of the busbar towards the second wall of the cage, the spring means being configured to clamp, against the contact pad, at least a portion of a tab inserted into the cage between the contact pad and the second wall.