mhurhangee/ep-ind-claims huggingface dataset:
A flexible tube comprising: a flexible tube substrate that has a cylindrical shape and flexibility; a resin layer that covers the flexible tube substrate; and a top coat layer that covers the resin layer, wherein the top coat layer contains a polymer compound I derived from monomers including the following A to C, Monomer A: hydroxyl group-free acrylate having a molecular weight equal to or greater than 110 100 parts by mass, Monomer B: hydroxyl group-free acrylate having a molecular weight equal to or greater than 80 and less than 110 10 parts by mass to 200 parts by mass, Monomer C: hydroxyalkyl acrylate 1 part by mass to 60 parts by mass. a flexible tube substrate that has a cylindrical shape and flexibility; a resin layer that covers the flexible tube substrate; and a top coat layer that covers the resin layer, wherein the top coat layer contains a polymer compound I derived from monomers including the following A to C, Monomer A: hydroxyl group-free acrylate having a molecular weight equal to or greater than 110 100 parts by mass, Monomer B: hydroxyl group-free acrylate having a molecular weight equal to or greater than 80 and less than 110 10 parts by mass to 200 parts by mass, Monomer C: hydroxyalkyl acrylate 1 part by mass to 60 parts by mass.
A method for providing a stem for a hip prosthesis, which comprises the steps of: providing a stem body, which has a proximal region and a distal region, by way of additive manufacturing technology; providing said stem body with an anterior wall, a posterior wall, a medial wall and a lateral wall, said posterior wall and said medial wall having a porous structure with undercuts; said lateral wall being provided with a machining allowance, characterized in that it comprises a step of removing said machining allowance from said lateral wall with machine tools until a smooth surface is achieved which lacks porosities at the distal region and has a relief pattern, adapted to assist osseointegration, at the proximal region. providing a stem body, which has a proximal region and a distal region, by way of additive manufacturing technology; providing said stem body with an anterior wall, a posterior wall, a medial wall and a lateral wall, said posterior wall and said medial wall having a porous structure with undercuts; said lateral wall being provided with a machining allowance, characterized in that it comprises a step of removing said machining allowance from said lateral wall with machine tools until a smooth surface is achieved which lacks porosities at the distal region and has a relief pattern, adapted to assist osseointegration, at the proximal region.
Piercing tool protection device for a syringe having a syringe body and a piercing tool arranged at the distal end of the syringe body, comprising a dimensionally stable sleeve element, which extends in an axial direction and at least partially encloses an inner element extending in an axial direction, the inner element consisting of a resilient material and being able to at least partially enclose the piercing tool, characterised in that a connection element connected to the sleeve element has at least one protrusion extending in the axial direction, which protrusion is received at least in portions in a recess of the inner element such that a force- and/or form-fitting connection exists between the sleeve element and the inner element.
A printing apparatus that performs printing on a medium unwound from a roll body having the medium wound into a cylindrical shape, the printing apparatus comprising: an unwinding unit that rotatably holds the roll body and unwinds the medium by rotating the roll body; a transport unit that transports the medium unwound from the unwinding unit; and a printing unit that performs printing on the medium transported by the transport unit, wherein the unwinding unit includes a first rotary body that is integrally rotatable with the roll body by engaging with a first end of the roll body, a second rotary body that is integrally rotatable with the roll body by engaging with a second end of the roll body, and characterized in that: the unwinding unit further includes a first drive unit that rotatably drives the first rotary body, and a second drive unit that rotatably drives the second rotary body. an unwinding unit that rotatably holds the roll body and unwinds the medium by rotating the roll body; a transport unit that transports the medium unwound from the unwinding unit; and a printing unit that performs printing on the medium transported by the transport unit, wherein the unwinding unit includes a first rotary body that is integrally rotatable with the roll body by engaging with a first end of the roll body, a second rotary body that is integrally rotatable with the roll body by engaging with a second end of the roll body, and characterized in that: the unwinding unit further includes a first drive unit that rotatably drives the first rotary body, and a second drive unit that rotatably drives the second rotary body.
A method for manufacturing a tubular fibrous structure with lobes, wherein fibers (13, 15) are draped/deposited on a mandrel having a shape corresponding to that of this fibrous structure, this draping/deposition being performed such that at least one group of fibers (13, 15) has the same orientation relative to the longitudinal axis of said fibrous structure, the method being characterized in that the fibers having been draped over an angular sector less than the total periphery of the mandrel, one end of the fibrous structure is separated from the mandrel in order to allow the continuation of the draping on the same mandrel.
A compound having the formula: or a pharmaceutically acceptable salt thereof, wherein: the group is selected from: R 4 is H, -N(R 6)SO 2 R 7 or R 6 is C 1 -C 6 alkyl or C 1 -C 6 haloalkyl and R 7 is independently C 1 -C 6 alkyl. the group is selected from: R 4 is H, -N(R 6)SO 2 R 7 or R 6 is C 1 -C 6 alkyl or C 1 -C 6 haloalkyl and R 7 is independently C 1 -C 6 alkyl.
A method of evaluating and visualising a process state of a production installation which contains at least one cyclically operating shaping machine, wherein continuously or in time-discrete relationship the value of a plurality of selected process variables is ascertained and the respective current value of each selected process variable or a variable derived therefrom is compared to one or more reference values by means of a computing unit and a deviation or a rate of change is determined, characterised in that - each selected process variable is associated with at least one logical group by the computing unit, wherein there are provided at least two different logical groups, and - logical groups are arranged in at least two hierarchy levels in such a way that at least one logical group of a lower hierarchy level is associated with another logical group of a higher hierarchy level, and - for each logical group a state of the logical group is evaluated by the computing unit on the basis of the process variables associated with said logical group and is visualised by means of a display device. - each selected process variable is associated with at least one logical group by the computing unit, wherein there are provided at least two different logical groups, and - logical groups are arranged in at least two hierarchy levels in such a way that at least one logical group of a lower hierarchy level is associated with another logical group of a higher hierarchy level, and - for each logical group a state of the logical group is evaluated by the computing unit on the basis of the process variables associated with said logical group and is visualised by means of a display device.
A dosage regimen comprising essential oil of Kunzea ambigua, for internal administration, in an amount of 2 to 15 drops, for use as an anthelmintic in the treatment of parasite infestation, or for use in the treatment of gout or irritable bowel syndrome, the dosage regimen being: 2 to 4 times daily by swallowing for use as an anthelmintic in the treatment of parasitic infestation; up to 4 times daily in water or fruit juice for use in the treatment of gout; or 2 to 4 times daily with food for use in the treatment of irritable bowel syndrome. 2 to 4 times daily by swallowing for use as an anthelmintic in the treatment of parasitic infestation; up to 4 times daily in water or fruit juice for use in the treatment of gout; or 2 to 4 times daily with food for use in the treatment of irritable bowel syndrome.
A polymer composition comprising a) a low density polyethylene (LDPE); and b) a polythiophene; wherein the LDPE a) is present in an amount of 90 to 99.99 wt% relative to the total weight of the polymer composition as a whole. a) a low density polyethylene (LDPE); and b) a polythiophene;
An ex vivo use of a combination of inhibitors for inducing pluripotency in one or more non-pluripotent mammalian cells in a mixture comprising: (i) the one or more non-pluripotent mammalian cells; and (ii) the combination of inhibitors, wherein said combination comprises: an ALK5 inhibitor; a MEK inhibitor; and a ROCK inhibitor. (i) the one or more non-pluripotent mammalian cells; and (ii) the combination of inhibitors, wherein said combination comprises: an ALK5 inhibitor; a MEK inhibitor; and a ROCK inhibitor.
A portable module for monitoring of one or more heart parameters, and non-intrusive electrical neuro-stimulation of one or more peripheral nerves, and of a subject, comprising: a monitoring electrode, mounted in/on a top surface of the portable module; a stimulation electrode and a dual-function electrode, mounted in/on a bottom surface of the portable module; a monitoring unit for monitoring electrical activity; a stimulation unit for inducing electrical signals; and a control unit; wherein each of said electrodes is at least partly exposed; wherein said control unit is configured to enable controllably switching between at least two modes of operation of the portable module: a first mode, wherein said monitoring unit is functionally associated with said monitoring and dual-function electrodes; and a second mode, wherein said stimulation unit is functionally associated with said stimulation and dual-function electrodes; wherein the module is configured to facilitate simultaneously establishing dermal contact between a target body part of the subject and said dual-function electrode and between an opposing body part to the target body part and said monitoring electrode, thereby allowing, in the first mode, to obtain heart parameters of the subject by monitoring electrical activity at said dual-function and monitoring electrodes; and wherein the module is further configured to facilitate establishing dermal contact between the target body part and both of said dual-function electrode and said stimulation electrode, thereby allowing, in the second mode, to electrically neuro-stimulate at least one peripheral nerve in the target body part, by inducing an electrical signal between said dual-function and stimulation electrodes. a monitoring electrode, mounted in/on a top surface of the portable module; a stimulation electrode and a dual-function electrode, mounted in/on a bottom surface of the portable module; a monitoring unit for monitoring electrical activity; a stimulation unit for inducing electrical signals; and a control unit; a first mode, wherein said monitoring unit is functionally associated with said monitoring and dual-function electrodes; and a second mode, wherein said stimulation unit is functionally associated with said stimulation and dual-function electrodes;
A die, comprising: a generally cylindrical die ring comprising an end surface and having a radial bending mode of vibration in which the end surface oscillates between a concave and a convex state; and a mounting tube coaxial with the die ring and extending from the end surface of the die ring; characterized in that the mounting tube joins the end surface of the die ring at a radius where the amplitude of the oscillation of the end surface is at a minimum. a generally cylindrical die ring comprising an end surface and having a radial bending mode of vibration in which the end surface oscillates between a concave and a convex state; and a mounting tube coaxial with the die ring and extending from the end surface of the die ring; characterized in that the mounting tube joins the end surface of the die ring at a radius where the amplitude of the oscillation of the end surface is at a minimum.
A computer-implemented method comprising: measuring, by a first local controller connected to a first converter, one or more characteristics of the first converter; the first converter belonging to a set of two or more converters in a power system configured to power equipment, and each of the two or more converters being connected to a respective local controller; detecting an arc fault, based at least in part on the one or more characteristics of the first converter; communicating, to a central controller, an indication of the arc fault; and remediating the arc fault by performing one or more remedial operations determined by at least one of the first local controller and the central controller, wherein remediating the arc fault comprises requesting, by the first local controller, that the central controller implements disconnecting the respective converter from a common bus. measuring, by a first local controller connected to a first converter, one or more characteristics of the first converter; the first converter belonging to a set of two or more converters in a power system configured to power equipment, and each of the two or more converters being connected to a respective local controller; detecting an arc fault, based at least in part on the one or more characteristics of the first converter; communicating, to a central controller, an indication of the arc fault; and remediating the arc fault by performing one or more remedial operations determined by at least one of the first local controller and the central controller, wherein remediating the arc fault comprises requesting, by the first local controller, that the central controller implements disconnecting the respective converter from a common bus.
A separator for a lead-acid battery, comprising: a substrate, and a crack-containing layer which is laminated on at least one surface of the substrate and which contains an electrically conductive material, characterized in that the crack-containing layer contains large cracks formed in the thickness direction from the layer surface, the large cracks having a width of 0.3 μm to 100 μm and a length of 200 μm to 10 mm, wherein 50% or more of the of the large cracks reach the boundary between the layer and the substrate, and wherein the crack-containing layer has a large crack ratio of 1.0% or more, wherein the large crack ratio is the surface ratio of the area of large cracks to the total area of the crack-containing layer, and wherein the crack-containing layer contains small cracks which have a width of 0.01 μm to less than 0.3 μm and a length of 1 μm to 200 μm. a substrate, and a crack-containing layer which is laminated on at least one surface of the substrate and which contains an electrically conductive material, characterized in that the crack-containing layer contains large cracks formed in the thickness direction from the layer surface, the large cracks having a width of 0.3 μm to 100 μm and a length of 200 μm to 10 mm, wherein 50% or more of the of the large cracks reach the boundary between the layer and the substrate, and wherein the crack-containing layer has a large crack ratio of 1.0% or more, wherein the large crack ratio is the surface ratio of the area of large cracks to the total area of the crack-containing layer, and wherein the crack-containing layer contains small cracks which have a width of 0.01 μm to less than 0.3 μm and a length of 1 μm to 200 μm.
A tire comprising a tread portion comprising a plurality of blocks, wherein each of the blocks comprises a first longitudinal edge and a second longitudinal edge extending in a tire circumferential direction, and a ground contacting surface defined therebetween, the blocks include a first block having a first narrow groove provided in the ground contacting surface thereof, and the first narrow groove extends from a first end on the first longitudinal edge toward a center in a tire axial direction of the first block and curves within the ground contacting surface and reaches a second end on the first longitudinal edge so as to extend in a laterally oriented v-shape, characterized in that each of the blocks has a hexagonal ground contacting surface with the first longitudinal edge having a first vertex convex toward the outside of the first block and the second longitudinal edge having a second vertex convex toward the outside of the first block, wherein the first vertex is provided between the first end and the second end.
A reducer casing of a motor vehicle power steering system, comprising, along a main axis, first and second machined bores which are axially spaced apart from each other, designed to receive guide bearings of the shaft of a reducer of an assist motorization, and comprising an intermediate axial hole between these bores (22, 24), the intermediate hole having a substantially circular cross-section, characterized in that the substantially circular cross-section comprises a notch forming on one side of this intermediate hole a longitudinal groove which extend along an entire length of this intermediate hole.
A telemeter station for collecting data comprising: - a main unit enclosing an electronic subassembly, the electronic subassembly comprising a processing unit, - an atmospheric sensor connected to the processing unit for recording atmospheric data, - an elongated rod that is mounted on a ground surface, - at least two leaf sensors connected to the processing unit for measuring predefined parameters, wherein the first leaf sensor is mounted on the elongated rod and the second leaf sensor is located on a remote position, different from the elongated rod, characterised in that the main unit is made of UV reinforced polypropylene and further comprises a pressure balancing valve with a waterproof breathable membrane. - a main unit enclosing an electronic subassembly, the electronic subassembly comprising a processing unit, - an atmospheric sensor connected to the processing unit for recording atmospheric data, - an elongated rod that is mounted on a ground surface, - at least two leaf sensors connected to the processing unit for measuring predefined parameters, wherein the first leaf sensor is mounted on the elongated rod and the second leaf sensor is located on a remote position, different from the elongated rod, characterised in that the main unit is made of UV reinforced polypropylene and further comprises a pressure balancing valve with a waterproof breathable membrane.
A programmable logic device, comprising: a plurality of logic elements (LE's) arranged in an array; a base signal routing architecture including a plurality of signal routing lines to route signals among the logic elements, the signal routing lines including short lines and long lines, a hole (302; 402) formed within the array of logic elements, and the hole having a perimeter portion and a central portion; wherein the base signal routing architecture is, at least in part, interrupted at the hole (302; 402); wherein the programmable logic device further comprises interface circuitry (304; 408; 504; 604; 1008) within the perimeter portion of the hole, configurable to couple circuitry within the hole to at least one of the signal routing lines of the signal routing architecture; characterized in that the programmable logic device further comprises an IP function block (110; 120; 502; 1004) within the hole (302; 402) and electrically coupled to the interface circuitry (304; 408; 504; 604; 1008); a first portion of the short lines connect to the IP function block (110; 120; 502; 1004) and a second portion of the short lines terminates at the IP function block (110; 120; 502; 1004) while at least one long line passes by the IP function block (110; 120; 502; 1004). a plurality of logic elements (LE's) arranged in an array; a base signal routing architecture including a plurality of signal routing lines to route signals among the logic elements, the signal routing lines including short lines and long lines, a hole (302; 402) formed within the array of logic elements, and the hole having a perimeter portion and a central portion; wherein the base signal routing architecture is, at least in part, interrupted at the hole (302; 402); wherein the programmable logic device further comprises interface circuitry (304; 408; 504; 604; 1008) within the perimeter portion of the hole, configurable to couple circuitry within the hole to at least one of the signal routing lines of the signal routing architecture; characterized in that the programmable logic device further comprises an IP function block (110; 120; 502; 1004) within the hole (302; 402) and electrically coupled to the interface circuitry (304; 408; 504; 604; 1008); a first portion of the short lines connect to the IP function block (110; 120; 502; 1004) and a second portion of the short lines terminates at the IP function block (110; 120; 502; 1004) while at least one long line passes by the IP function block (110; 120; 502; 1004).
A distributor tray for a gas and a liquid circulating as a co-current, said tray comprising a plate perforated by orifices and supporting hollow chimneys extending perpendicularly to said plate, each orifice of the plate being surmounted by a chimney of identical cross section to said orifice, characterized in that the plate is equipped with a plurality of openings arranged on the periphery of each chimney inside a circumscribed circle, the centre of which coincides with the centre of the chimney, and the radius of which is less than or equal to 1/3 of the shortest distance separating two adjacent chimneys, and in that a single deflector element (40, 100) is arranged beneath each chimney, the openings and the deflector element (40,100) associated with each of the chimneys being so arranged as to impart a rotating movement to the gas/liquid mixture under each chimney, and in that the openings are so arranged as to impart a rotating movement to the liquid passing through them, each opening comprising a deflection wall, either plane or curved, partially punched and lowered in a direction opposite to the chimney or obtained by joining a wall to the edge of the opening, in order to guide the fluid in a direction that is inclined at an angle α in relation to the plate and substantially tangent to a circle of which the chimney is the centre, or in that the openings are transcurrent orifices, and the single deflector element associated with each chimney exhibits a form adapted to impart said rotating movement to the mixture of gas and liquid, each deflector element being formed: - by a plate traversed by a plurality of openings so arranged as to impart a rotating movement to the fluid passing through them, each opening comprising a deflection wall, either plane or curved, in order to guide the fluid in a direction that is inclined at an angle α in relation to the plate and substantially tangent to a circle of which the chimney is the centre, or - by a plurality of vanes inclined at the same angle α in relation to the plate of the distributor tray. - by a plate traversed by a plurality of openings so arranged as to impart a rotating movement to the fluid passing through them, each opening comprising a deflection wall, either plane or curved, in order to guide the fluid in a direction that is inclined at an angle α in relation to the plate and substantially tangent to a circle of which the chimney is the centre, or - by a plurality of vanes inclined at the same angle α in relation to the plate of the distributor tray.