mhurhangee/ep-ind-claims huggingface dataset:
Bacteriophage covalently attached to a carrier particle, for use in topical treatment of bacterial infections selected from: acne; impetigo, e.g. caused by S. aureus and/or S. pyogenes; folliculitis, furunculosis or carbunculosis, e.g. caused by S. aureus or Pseudomonas aeruginosa; ecthyma, e.g. caused by S. aureus or S. pyogenes; or erysipelas or cellulitis, e.g. caused by group A β-hemolytic streptococcus (erysipelas), S. aureus (cellulitis) or S. pyogenes. acne; impetigo, e.g. caused by S. aureus and/or S. pyogenes; folliculitis, furunculosis or carbunculosis, e.g. caused by S. aureus or Pseudomonas aeruginosa; ecthyma, e.g. caused by S. aureus or S. pyogenes; or erysipelas or cellulitis, e.g. caused by group A β-hemolytic streptococcus (erysipelas), S. aureus (cellulitis) or S. pyogenes.
A data transmission method which is applied in a time division duplex TDD system, comprising: sending, by a radio equipment controller REC, a first part of downlink data of a downlink period to a radio equipment RE before the downlink period arrives; sending, by the REC, a second part of the downlink data of the downlink period to the RE in the downlink period, wherein the second part and the first part constitute all downlink data of the downlink period; receiving, by the RE, the first part and the second part of the downlink data of the downlink period; and sending, by the RE, the first part and the second part as the downlink data through an air interface in the downlink period; wherein the REC sends the second part of the downlink data of the downlink period to the RE through a first Common Public Radio Interface, CPRI, interface, and the REC further receives, through the first CPRI interface, uplink data sent by the RE; and a transmission time of the first part of the downlink data of the downlink period on the air interface is longer than or equal to a round-trip delay of data transmission on the first CPRI interface, and is shorter than or equal to a transmission time of all downlink data of the downlink period on the air interface. sending, by a radio equipment controller REC, a first part of downlink data of a downlink period to a radio equipment RE before the downlink period arrives; sending, by the REC, a second part of the downlink data of the downlink period to the RE in the downlink period, wherein the second part and the first part constitute all downlink data of the downlink period; receiving, by the RE, the first part and the second part of the downlink data of the downlink period; and sending, by the RE, the first part and the second part as the downlink data through an air interface in the downlink period; wherein the REC sends the second part of the downlink data of the downlink period to the RE through a first Common Public Radio Interface, CPRI, interface, and the REC further receives, through the first CPRI interface, uplink data sent by the RE; and a transmission time of the first part of the downlink data of the downlink period on the air interface is longer than or equal to a round-trip delay of data transmission on the first CPRI interface, and is shorter than or equal to a transmission time of all downlink data of the downlink period on the air interface.
A method of testing an overspeed protection system of a powerplant, the method comprising: providing a powerplant machine comprising a shaft and an operational control system, wherein the operational control system is configured for operating the powerplant machine and comprises an overspeed protection system configured for detecting an overspeed event associated with the shaft; providing a safety control system independent of the operational control system, wherein the safety control system is configured for reducing risk associated with operating the powerplant machine; and wherein the safety control system functions as a stand-alone system independent of the operational control system; selecting a methodology for testing the overspeed protection system from one of: a shutdown mode procedure configured for the shutdown mode, and an operating mode procedure configured for the operating mode; wherein the selecting determines whether the powerplant machine is operating in a shutdown mode or an operating mode; determining whether the speed of the shaft exceeds a shutdown value representative of the overspeed event, if the powerplant machine is in the shutdown mode; determining whether the speed of the shaft exceeds an overspeed trip value representative of the overspeed event, if the powerplant machine is in the operating mode; changing the overspeed trip value; and determining whether the overspeed protection system would operate to trip the powerplant machine. providing a powerplant machine comprising a shaft and an operational control system, wherein the operational control system is configured for operating the powerplant machine and comprises an overspeed protection system configured for detecting an overspeed event associated with the shaft; providing a safety control system independent of the operational control system, wherein the safety control system is configured for reducing risk associated with operating the powerplant machine; and wherein the safety control system functions as a stand-alone system independent of the operational control system; selecting a methodology for testing the overspeed protection system from one of: a shutdown mode procedure configured for the shutdown mode, and an operating mode procedure configured for the operating mode; wherein the selecting determines whether the powerplant machine is operating in a shutdown mode or an operating mode; determining whether the speed of the shaft exceeds a shutdown value representative of the overspeed event, if the powerplant machine is in the shutdown mode; determining whether the speed of the shaft exceeds an overspeed trip value representative of the overspeed event, if the powerplant machine is in the operating mode; changing the overspeed trip value; and determining whether the overspeed protection system would operate to trip the powerplant machine.
Mounting for voice valves and heat-moisture exchanger and heat-moisture exchanger suited therefor, to which a heat-moisture exchanger having a lateral air supply is detachably fastened by a tracheostoma adhesive plaster, characterized in that a tracheostoma plaster in its rim portion (13, b) of its passage opening is firmly and non-detachably connected to a disk, said disk covering a stoma and being provided with an air passage opening, said disk having a sufficient flexural rigidity when the heat-moisture exchanger is pressure loaded due to an exchange or starting of the voice function, the heat-moisture exchanger is adapted to be detachably glued on to said disk, said heat-moisture exchanger being provided on its surface offside to the stoma with an airtight surface coating and on its side opposite to the disk at least with a circumferential adhesive face.
A helmet provided with a latching mechanism comprising: a pedestal provided on a surface of a shell of the helmet and provided with a first hole substantially in a center part viewed from a position immediately above the surface; a visor located on a surface of the pedestal and provided with a second hole substantially similar to the first hole and opened at a position overlapping substantially with the first hole; and a fastening member having a first part inserted into, and removable from, the first hole via the second hole so that the visor is attached to the pedestal in an attachable and detachable manner, characterised in that the said first part of the fastening member extends through the second hole into the first hole and the fastening member is arranged such that a second part, opposite to the first part, is rotatable about an axis in a direction of the insertion such that an outer shape, profile or formation of the one end part viewed from the direction of insertion intersects with an outer shape, profile or formation of the first hole and/or the second hole, so that the visor is mounted onto the pedestal, and wherein the said second part is rotatable about an axis in the direction of insertion such that the outer shape, profile or formation of the one end part viewed from the direction of insertion coincides substantially with the outer shape, profile or formation of the first hole and/or the second hole, so that the visor is separable from the pedestal. a pedestal provided on a surface of a shell of the helmet and provided with a first hole substantially in a center part viewed from a position immediately above the surface; a visor located on a surface of the pedestal and provided with a second hole substantially similar to the first hole and opened at a position overlapping substantially with the first hole; and a fastening member having a first part inserted into, and removable from, the first hole via the second hole so that the visor is attached to the pedestal in an attachable and detachable manner, characterised in that the said first part of the fastening member extends through the second hole into the first hole and the fastening member is arranged such that a second part, opposite to the first part, is rotatable about an axis in a direction of the insertion such that an outer shape, profile or formation of the one end part viewed from the direction of insertion intersects with an outer shape, profile or formation of the first hole and/or the second hole, so that the visor is mounted onto the pedestal, and wherein the said second part is rotatable about an axis in the direction of insertion such that the outer shape, profile or formation of the one end part viewed from the direction of insertion coincides substantially with the outer shape, profile or formation of the first hole and/or the second hole, so that the visor is separable from the pedestal.
A piston for cold-chamber Injection machines, which is applicable In Injection machines with cylinders, and designed to move fitted to the walls of the cylinder container or sleeve, comprising, connected through at least one grub screw, a support and an external body, and that includes a bayonet lock ring, to complement the fastening between the external body and the support, said bayonet lock ring constituting an independent piece of the external body and that includes a spring bush as a piece that adjusts to the walls of the container, consisting of an independent piece of the external body and the bayonet lock ring characterised in that, below the spring bush and on the external body, it includes a conical spring ring, which exerts pressure on the bush tending to expand the same.
An endovascular prosthesis comprising: a tubular body having a wall and comprising a graft material; a shaped protrusion extending from the wall and comprising a semi-rigid thermoset material, the shaped protrusion having an outer edge and an inner edge at least partially surrounded by the outer edge and being void of structures other than the thermoset material of the protrusion that extends radially between the edges; and a fenestration having fluid communication through the wall and disposed within the inner edge of the shaped protrusion. a tubular body having a wall and comprising a graft material; a shaped protrusion extending from the wall and comprising a semi-rigid thermoset material, the shaped protrusion having an outer edge and an inner edge at least partially surrounded by the outer edge and being void of structures other than the thermoset material of the protrusion that extends radially between the edges; and a fenestration having fluid communication through the wall and disposed within the inner edge of the shaped protrusion.
Device for the optical monitoring of a material strand in the tobacco-processing industry, in particular a cigarette strand, with: a first optical system for diverting optical beams, made available substantially parallel to the material strand, in the direction of the material strand, and a detector (81, 88) for detecting the beams reflected by the material strand, wherein the first optical system is developed in such a way that optical beams diverted by the optical system exhibit convergence in the area of the surface of the material strand, characterised in that the first optical system exhibits a curved reflecting area for diverting the optical beams, and wherein the curved reflecting area is disposed to divert the optical beams at least partially closed in an annular arrangement around the material strand and centred on the middle of the material strand. a first optical system for diverting optical beams, made available substantially parallel to the material strand, in the direction of the material strand, and a detector (81, 88) for detecting the beams reflected by the material strand, wherein the first optical system is developed in such a way that optical beams diverted by the optical system exhibit convergence in the area of the surface of the material strand, characterised in that the first optical system exhibits a curved reflecting area for diverting the optical beams, and wherein the curved reflecting area is disposed to divert the optical beams at least partially closed in an annular arrangement around the material strand and centred on the middle of the material strand.
An aqueous dispersion of multistage polymer particles comprising: an oligomer, a polymer A, and optionally a polymer B; wherein the oligomer has a weight average molecular weight, measured as indicated in the experimental part, of from 1,000 to 50,000 g/mol and comprises structural units of an ethylenically unsaturated nonionic monomer selected from alkyl esters of (meth)acrylic acids, vinyl aromatic monomers, vinyl esters of carboxylic acid, ethylenically unsaturated nitriles, or mixtures thereof; and structural units of an alkoxylated (meth)acrylate having the structure of formula, wherein R 1 is H or CH 3, R 2 is H or a C 1 -C 6 alkyl group, R 3 and R 4 are each independently H or CH 3, m is an integer of from 4 to 50, and n is an integer of from 0 to 6; wherein the multistage polymer particles comprise from 3% to 20% of the oligomer, by weight based on the weight of the multistage polymer particles. structural units of an ethylenically unsaturated nonionic monomer selected from alkyl esters of (meth)acrylic acids, vinyl aromatic monomers, vinyl esters of carboxylic acid, ethylenically unsaturated nitriles, or mixtures thereof; and structural units of an alkoxylated (meth)acrylate having the structure of formula, wherein R 1 is H or CH 3, R 2 is H or a C 1 -C 6 alkyl group, R 3 and R 4 are each independently H or CH 3, m is an integer of from 4 to 50, and n is an integer of from 0 to 6; wherein the multistage polymer particles comprise from 3% to 20% of the oligomer, by weight based on the weight of the multistage polymer particles.
Measurement cuvette for enumerating and/or characterising cells, particularly blood cells, the measurement cuvette comprising a base and a transparent lateral enclosure extending from the base so as to form therewith an optical measurement chamber; the base having a through-orifice of 30 to 100 μm in diameter for cells to pass through, wherein the base and the transparent lateral enclosure form a one-piece cuvette suitable both for impedance measurement and for optical measurement; and the base has an upper surface which is the combination of a lateral surface and a surface of lesser radius of a frustum, the through-orifice traversing the base at a portion thereof corresponding to the surface of lesser radius of the upper surface, so that the upper surface of the base penetrates the optical measurement chamber.
Cutter system for an electric shaver and/or trimmer, comprising a pair of cooperating cutting elements (4, 5) movably supported relative to each other by a support element, wherein lateral ends of at least one of said cutting elements are provided with lateral protection elements having rounded and/or chamfered edge contours for soft skin engagement, said cooperating cutting elements (4, 5) comprising a first stationary cutting element having a skin side and an opposite side facing a second moveable cutting element, said moveable second cutting element being moveable in a movement direction, said pair of cooperating cutting elements having lateral sides perpendicular to the movement direction and longitudinal sides parallel to the movement direction, characterized in that said lateral protection elements are protruding only in the direction away from the skin contact surface, the cutting element having a portion enveloping or covering a gap movably receiving the other cutting element at the lateral sides and/or enveloping or covering the support element.
A substantially purified or isolated endophyte having a desired genetic and metabolic profile, said endophyte being selected from the group consisting of E1, NEA10, NEA11 and NEA12, deposited with the National Measurement Institute under Accession Nos. V10/000001, V10/000002, V10/000003 and V10/000004, respectively.
An assembly for continuously expanding a pipe and orienting the pipe during operation, the assembly comprising: a. a mandrel; b. an internal guide; c. an external guide extending around all or a portion of the internal guide and the external guide being concentric with the internal guide; wherein the assembly is configured so that during operation a pipe is moved between the external guide and the internal guide until the pipe is moved over the mandrel, having a clearance located between the internal guide and the external guide, wherein the clearance is equal to a thickness of the pipe to be moved through the assembly plus a clearance between the pipe and the internal guide and between the pipe and the external guide; and wherein the guide and the external guide each have an end that is located proximate to the mandrel; and the assembly being characterised in that a space is located between the mandrel and the end of the internal guide proximate the mandrel and between the mandrel and the end of the external guide proximate to the mandrel. a. a mandrel; b. an internal guide; c. an external guide extending around all or a portion of the internal guide and the external guide being concentric with the internal guide; wherein the assembly is configured so that during operation a pipe is moved between the external guide and the internal guide until the pipe is moved over the mandrel, having a clearance located between the internal guide and the external guide, wherein the clearance is equal to a thickness of the pipe to be moved through the assembly plus a clearance between the pipe and the internal guide and between the pipe and the external guide; and wherein the guide and the external guide each have an end that is located proximate to the mandrel; and the assembly being characterised in that a space is located between the mandrel and the end of the internal guide proximate the mandrel and between the mandrel and the end of the external guide proximate to the mandrel.
A safety device for a medical injector having a part supporting a needle hub or supporting a needle projecting forwardly from said part of the injector, which device comprises a tubular sleeve for surrounding a supported needle and slidable rearwardly with respect thereto to expose at least the tip of the supported needle, the sleeve having a forward end for contacting an injection site, said forward end having an orifice for a supported needle to project through when the sleeve is slid rearwardly, and a removable cover (28;71) which extends rearwardly through said orifice to create a seal to said part of the injector or the needle hub, characterised in that the cover (28;71) projects forwardly of the sleeve and in that the cover is attached to and integral with said forward end of the sleeve but is separable therefrom.
Capacitive element manufactured by using multilayer printed circuit board technology, wherein the body of the element comprises a layer of dielectric material interposed between two layers of conductive material (30,32) arranged on opposite sides of said layer of dielectric material, wherein each layer of conductive material (30,32) is in turn covered, on its free side, with an external covering layer (20,22); the material for making said layer of dielectric material is chosen among materials having: - a dielectric permittivity ε r >1, - a dielectric strength k>100kV/mm, and - a dissipation factor Df≤0.002, and wherein the dimensions of said layer of dielectric material are greater than the dimensions of said layers of conductive material (30,32), so as to limit the edge effects that might cause discharge phenomena, and wherein said layer of dielectric material is chosen among a polyamide film, a fluorinated ethylene propylene film and silicon oxide, and make said capacitive element flexible. - a dielectric permittivity ε r >1, - a dielectric strength k>100kV/mm, and - a dissipation factor Df≤0.002,
A bile duct stent comprising: a cylindrical body having a mesh structure formed by zigzagging metal wires of a shape memory alloy on a plurality of pins each disposed in a circumferential direction and a longitudinal direction of a cylindrical jig; and a backflow-preventing pattern film in which the metal wires are woven on pins disposed in the circumferential direction at a lower end of the jig and the metal wires cross an outlet end of the cylindrical body one time or more to form a network structure, wherein the backflow-preventing pattern film is formed as a radial backflow-preventing pattern film in which the metal wires are sequentially woven on the pins disposed in the circumferential direction at a lower end of the jig and on a single vertical pin (Py) disposed at the center of a lower surface of the jig. a cylindrical body having a mesh structure formed by zigzagging metal wires of a shape memory alloy on a plurality of pins each disposed in a circumferential direction and a longitudinal direction of a cylindrical jig; and a backflow-preventing pattern film in which the metal wires are woven on pins disposed in the circumferential direction at a lower end of the jig and the metal wires cross an outlet end of the cylindrical body one time or more to form a network structure, wherein the backflow-preventing pattern film is formed as a radial backflow-preventing pattern film in which the metal wires are sequentially woven on the pins disposed in the circumferential direction at a lower end of the jig and on a single vertical pin (Py) disposed at the center of a lower surface of the jig.
A method of enriching specific species of carbon nanotubes by exposing a composition of carbon nanotubes comprising semiconductor carbon nanotubes and metallic carbon nanotubes to an azo compound, the azo compound having the chemical formula or a salt thereof A-[- N = N - B-]- n wherein A and B are independently from each other optionally substituted naphthalene and n is 2 or 3; the method comprising a) mixing the azo compound with a suspension comprising the composition of carbon nanotubes to form a mixture; b) incubating the mixture to react the azo compound with the carbon nanotubes; and c) separating a supernatant and a precipitate formed in the mixture. A and B are independently from each other optionally substituted naphthalene and n is 2 or 3; the method comprising a) mixing the azo compound with a suspension comprising the composition of carbon nanotubes to form a mixture; b) incubating the mixture to react the azo compound with the carbon nanotubes; and c) separating a supernatant and a precipitate formed in the mixture. a) mixing the azo compound with a suspension comprising the composition of carbon nanotubes to form a mixture; b) incubating the mixture to react the azo compound with the carbon nanotubes; and c) separating a supernatant and a precipitate formed in the mixture.