mhurhangee/ep-ind-claims huggingface dataset:
Aircraft comprising at least one support, at least one electrical cable, at least one conduit and at least one connecting device connecting said at least one electrical cable and said at least one conduit (42, 42') to said at least one support, said connecting device comprising at least one connecting collar surrounding said at least one conduit (42, 42') and connecting the latter to the support, the connecting device comprising a first clamping collar, which connects said at least one electrical cable to the connecting collar, and at least one shield, which is positioned between the electrical cable and the conduit or conduits and is configured to prevent an electrical arc from propagating towards the conduit or conduits (42, 42'), said connecting device being characterized in that it comprises a plurality of connecting collars and at least one shield that is common to said plurality of connecting collars, said shield comprising a channel, which is made of an insulating material and is positioned between the electrical cable and the connecting collar, the channel having a concave face (Fc) that is in contact with the electrical cable.
A piston for a refrigeration compressor, comprising - a tubular piston skirt; - a piston head formed as a piece separate from the piston skirt, mounted in said tubular piston skirt and closing it, next to an end edge thereof; wherein the piston head - has a peripheral contour, internal to an axial projection of the outer contour of said tubular piston skirt; - presents a front face coplanar to a plane containing said end edge of said tubular piston skirt; - includes a base body in which is defined the front face of said piston head, and - presents a mounting portion incorporated to the base body and mounted to the tubular piston skirt, and wherein the base body carries, in opposition to said front face, a tubular projection provided with a central channel, said central channel being open to the interior of said tubular piston skirt adapted to receive an end of a piston rod. - a tubular piston skirt; - a piston head formed as a piece separate from the piston skirt, mounted in said tubular piston skirt and closing it, next to an end edge thereof; - has a peripheral contour, internal to an axial projection of the outer contour of said tubular piston skirt; - presents a front face coplanar to a plane containing said end edge of said tubular piston skirt; - includes a base body in which is defined the front face of said piston head, and - presents a mounting portion incorporated to the base body and mounted to the tubular piston skirt,
A non-aqueous liquid foul release coating composition for controlling aqueous biofouling on man-made objects, comprising: a curable resin system comprising i) a curable polymer free of fluorine atoms and having a backbone selected from a polyurethane, a polyether, a polyester, a polycarbonate or a hybrid of two or more thereof, and having at least one terminal or pendant alkoxysilyl group of formula -(C m H 2m)-Si(R 1) (3-n) (OR 2) n wherein: n is 1, 2 or 3, preferably 2 or 3; each of R 1 and R 2 is, independently, an alkyl radical having 1 to 6 carbon atoms, preferably 1 to 4 carbon atoms; m is an integer with a value in the range of from 1 to 20, and ii) optionally a curing agent and/or a catalyst; and a marine biocide and/or a non-curable, non-volatile compound selected from the group consisting of fluorinated polymers, sterols and sterol derivatives, and hydrophilic-modified polysiloxane oils, wherein the coating composition is essentially free of a curable polysiloxane, and wherein the coating composition is essentially free of non-curable polysiloxanes other than non-curable hydrophilic-modified polysiloxane oils. a curable resin system comprising i) a curable polymer free of fluorine atoms and having a backbone selected from a polyurethane, a polyether, a polyester, a polycarbonate or a hybrid of two or more thereof, and having at least one terminal or pendant alkoxysilyl group of formula -(C m H 2m)-Si(R 1) (3-n) (OR 2) n wherein: n is 1, 2 or 3, preferably 2 or 3; each of R 1 and R 2 is, independently, an alkyl radical having 1 to 6 carbon atoms, preferably 1 to 4 carbon atoms; m is an integer with a value in the range of from 1 to 20, and ii) optionally a curing agent and/or a catalyst; and i) a curable polymer free of fluorine atoms and having a backbone selected from a polyurethane, a polyether, a polyester, a polycarbonate or a hybrid of two or more thereof, and having at least one terminal or pendant alkoxysilyl group of formula -(C m H 2m)-Si(R 1) (3-n) (OR 2) n wherein: n is 1, 2 or 3, preferably 2 or 3; each of R 1 and R 2 is, independently, an alkyl radical having 1 to 6 carbon atoms, preferably 1 to 4 carbon atoms; m is an integer with a value in the range of from 1 to 20, and n is 1, 2 or 3, preferably 2 or 3; each of R 1 and R 2 is, independently, an alkyl radical having 1 to 6 carbon atoms, preferably 1 to 4 carbon atoms; m is an integer with a value in the range of from 1 to 20, and ii) optionally a curing agent and/or a catalyst; and a marine biocide and/or a non-curable, non-volatile compound selected from the group consisting of fluorinated polymers, sterols and sterol derivatives, and hydrophilic-modified polysiloxane oils,
A rubber composition comprising a rubber component comprising at least one rubber selected from the group consisting of a synthetic rubber and a natural rubber, silica and a modified polymer of farnesene obtained by introducing a functional group into a polymer of farnesene, in which a content of the silica in the rubber composition is from 20 to 150 parts by mass on the basis of 100 parts by mass of the rubber component, and a content of the modified polymer in the rubber composition is from 2 to 10 parts by mass on the basis of 100 parts by mass of the silica.
An antenna device, comprising: a reflector antenna including a primary radiator, a feed waveguide for feeding radio waves to the primary radiator, and a reflector; and a radome that covers the reflector antenna, the radome configured to pass radio waves directed from the reflector, wherein the antenna device further comprises a sidelobe reduction member attached to a vicinity of the primary radiator or the feed waveguide, the sidelobe reduction member reducing a sidelobe in a specific direction of the reflector antenna by scattering of radio waves reflected by the radome which is a part of the radio waves radiated from the reflector antenna, wherein the sidelobe reduction member is formed of metal, characterized in that: the sidelobe reduction member is formed of a plurality of metal wedge-shaped members arranged radially with an axis of the feed waveguide as a center so that acute angles thereof face outward; or the sidelobe reduction member is formed of a plurality of metal flat plate members (12; 13) arranged radially with an axis of the feed waveguide as a center. a reflector antenna including a primary radiator, a feed waveguide for feeding radio waves to the primary radiator, and a reflector; and a radome that covers the reflector antenna, the radome configured to pass radio waves directed from the reflector, wherein the antenna device further comprises a sidelobe reduction member attached to a vicinity of the primary radiator or the feed waveguide, the sidelobe reduction member reducing a sidelobe in a specific direction of the reflector antenna by scattering of radio waves reflected by the radome which is a part of the radio waves radiated from the reflector antenna, wherein the sidelobe reduction member is formed of metal, characterized in that: the sidelobe reduction member is formed of a plurality of metal wedge-shaped members arranged radially with an axis of the feed waveguide as a center so that acute angles thereof face outward; or the sidelobe reduction member is formed of a plurality of metal flat plate members (12; 13) arranged radially with an axis of the feed waveguide as a center. the sidelobe reduction member is formed of a plurality of metal wedge-shaped members arranged radially with an axis of the feed waveguide as a center so that acute angles thereof face outward; or the sidelobe reduction member is formed of a plurality of metal flat plate members (12; 13) arranged radially with an axis of the feed waveguide as a center.
A wheel for a motor vehicle or an aircraft, the wheel comprising a base structure that is at least partially made from a composite material and a heat shield structure, wherein a. the heat shield structure is arranged on the base structure and is at least partially covering the base structure, characterised in that b. the heat shield structure is at least partially embedded in the base structure and c. comprises at least one high thermal conductive layer comprising a mesh. a. the heat shield structure is arranged on the base structure and is at least partially covering the base structure, characterised in that b. the heat shield structure is at least partially embedded in the base structure and c. comprises at least one high thermal conductive layer comprising a mesh.
A pump which comprises a bearing part and a drive shaft which is arranged through the bearing part, and the pump comprises a gasket part in conjunction with the bearing part, whereby the drive shaft comprises at least three parts (3,4,5), and the gasket part includes a detachable part of the drive shaft, which can be detachably coupled between the other parts (3, 5) of the drive shaft; the gasket part includes a mechanical gasket, and the mechanical gasket is arranged in conjunction with the detachable part of the drive shaft; and the detachable part is to be arranged to be compacted in the longitudinal direction of the drive shaft and the detachable part includes means for arranging the detachable part to be compacted, and the said means includes a first part and a second part, of which the first part can be accommodated within the second part when arranging the detachable part to be compacted; characterised in that the gasket part includes a flexible additional gasket arranged to be flexible in the longitudinal direction of the drive shaft and adapted to protect the means for arranging the detachable part to be compacted.
An electronic device, comprising: a display; a metal middle frame, and a printed circuit board with an antenna support; wherein the metal middle frame is disposed in between the display and the printed circuit board; a rear cover, wherein the rear cover is made of a first insulating material; a feeding unit, wherein the feeding unit is fixed on the antenna support, and the feeding unit is a feeding support antenna; a first coupling unit (41, 411, 413) coupled to the feeding unit to generate resonances of a first plurality of frequency bands, wherein the first coupling unit (41, 411, 413) is disposed on the rear cover, the first coupling unit (41, 411, 413) comprises a first end and a second end, the first end and the second end are open, the feeding unit and the first coupling unit (41, 411, 413) are coupled along a first direction, wherein the first direction is perpendicular to the plane (X-Y) where the display or the rear cover is located; a second coupling unit coupled to the feeding unit to generate resonances of a second plurality of frequency bands, wherein the second coupling unit is disposed in the metal middle frame. a display; a metal middle frame, and a printed circuit board with an antenna support; wherein the metal middle frame is disposed in between the display and the printed circuit board; a rear cover, wherein the rear cover is made of a first insulating material; a feeding unit, wherein the feeding unit is fixed on the antenna support, and the feeding unit is a feeding support antenna; a first coupling unit (41, 411, 413) coupled to the feeding unit to generate resonances of a first plurality of frequency bands, wherein the first coupling unit (41, 411, 413) is disposed on the rear cover, the first coupling unit (41, 411, 413) comprises a first end and a second end, the first end and the second end are open, the feeding unit and the first coupling unit (41, 411, 413) are coupled along a first direction, wherein the first direction is perpendicular to the plane (X-Y) where the display or the rear cover is located; a second coupling unit coupled to the feeding unit to generate resonances of a second plurality of frequency bands, wherein the second coupling unit is disposed in the metal middle frame.
A device for distributing oil from a rolling bearing for an aircraft turbine engine, comprising: - a rolling bearing comprising two rings (12, 14), respectively inner and outer, - an oil distribution ring configured to be mounted on a turbine engine shaft, this distribution ring comprising: i) a first outer cylindrical surface for mounting the inner ring of the bearing, and ii) an oil recovery scoop supplying a circuit configured for lubricating said bearing, - an annular track of a dynamic seal, characterised in that said distribution ring and said track are formed by a single-part body, and in that said lubricating circuit is formed in this body and extends into the distribution ring and the track. - a rolling bearing comprising two rings (12, 14), respectively inner and outer, - an oil distribution ring configured to be mounted on a turbine engine shaft, this distribution ring comprising: i) a first outer cylindrical surface for mounting the inner ring of the bearing, and ii) an oil recovery scoop supplying a circuit configured for lubricating said bearing, i) a first outer cylindrical surface for mounting the inner ring of the bearing, and ii) an oil recovery scoop supplying a circuit configured for lubricating said bearing, - an annular track of a dynamic seal,
An air flotation bar, comprising: a header (7A, 7B; 310a, 310b), at least one primary discharge slot (12A, 12B; 12') for discharging fluid for supporting a web; a channel assembly containing: an infrared light source for emitting electromagnetic energy, a reflector for reflecting electromagnetic energy emitted by said infrared light source, and a lens having a web-facing surface; at least one aperture (22; 22') in said channel assembly for introducing fluid into said channel assembly for cooling said infrared light source and said reflector; and characterized by further comprising at least one secondary discharge slot (14A, 14B; 14') configured to discharge said fluid introduced into said channel assembly parallel to said web-facing surface of said lens and to said web; wherein said at least one primary discharge slot (12A, 12B; 12') and said at least one secondary discharge slot (14A, 14B; 14') are configured such that 5% to 40% of total air is discharged via said at least one secondary discharge slot (14A, 14B; 14'). a header (7A, 7B; 310a, 310b), at least one primary discharge slot (12A, 12B; 12') for discharging fluid for supporting a web; a channel assembly containing: an infrared light source for emitting electromagnetic energy, a reflector for reflecting electromagnetic energy emitted by said infrared light source, and a lens having a web-facing surface; at least one aperture (22; 22') in said channel assembly for introducing fluid into said channel assembly for cooling said infrared light source and said reflector; and characterized by further comprising at least one secondary discharge slot (14A, 14B; 14') configured to discharge said fluid introduced into said channel assembly parallel to said web-facing surface of said lens and to said web; wherein said at least one primary discharge slot (12A, 12B; 12') and said at least one secondary discharge slot (14A, 14B; 14') are configured such that 5% to 40% of total air is discharged via said at least one secondary discharge slot (14A, 14B; 14'). an infrared light source for emitting electromagnetic energy, a reflector for reflecting electromagnetic energy emitted by said infrared light source, and a lens having a web-facing surface; at least one aperture (22; 22') in said channel assembly for introducing fluid into said channel assembly for cooling said infrared light source and said reflector; and characterized by further comprising at least one secondary discharge slot (14A, 14B; 14') configured to discharge said fluid introduced into said channel assembly parallel to said web-facing surface of said lens and to said web; wherein said at least one primary discharge slot (12A, 12B; 12') and said at least one secondary discharge slot (14A, 14B; 14') are configured such that 5% to 40% of total air is discharged via said at least one secondary discharge slot (14A, 14B; 14').
A process for treating aqueous slurries of finely divided fillers, wherein the treatment is carried out by heating an aqueous slurry of at least one finely divided filler to a temperature of at least 45°C and then by adding an aqueous dispersion of at least one latex to this heated aqueous slurry of at least one finely divided filler.
An implantable system for stimulating a human heart or an animal heart, comprising a first stimulation unit and a first detection unit, the first stimulation unit being used to stimulate at least one cardiac region of a human heart or an animal heart, and the first detection unit being used to detect an electrical signal of at least one cardiac region of the same human or animal heart, the system comprises a second stimulation unit, which is specifically designed and configured to stimulate a His bundle of the same human or animal heart, characterized in that the system comprises a first timer, which is used to provide a defined delivery of stimulation pulses, in terms of time, by the first stimulation unit, and the system comprises a second timer, which is provided and configured to match a delivery point in time of at least one pulse to be delivered by the second stimulation unit to a delivery point in time of at least one pulse to be delivered by the first stimulation unit.
A hard capsule comprising a film containing a cellulose compound, a gelling agent, a gelling aid, and at least one member selected from the group consisting of a non-reducing disaccharide and a non-reducing disaccharide alcohol, wherein the film contains the gelling agent in an amount of 0.05 to 10 mass%, the gelling aid in an amount of more than 0.6 mass% and not more than 5 mass%, and the at least one member selected from the group consisting of a non-reducing disaccharide and a non-reducing disaccharide alcohol in an amount of 2 to 10 mass%, based on 100 mass% of the total film components of the hard capsule, excluding moisture. a film containing a cellulose compound, a gelling agent, a gelling aid, and at least one member selected from the group consisting of a non-reducing disaccharide and a non-reducing disaccharide alcohol, a cellulose compound, a gelling agent, a gelling aid, and at least one member selected from the group consisting of a non-reducing disaccharide and a non-reducing disaccharide alcohol, wherein the film contains the gelling agent in an amount of 0.05 to 10 mass%, the gelling aid in an amount of more than 0.6 mass% and not more than 5 mass%, and the at least one member selected from the group consisting of a non-reducing disaccharide and a non-reducing disaccharide alcohol in an amount of 2 to 10 mass%, based on 100 mass% of the total film components of the hard capsule, excluding moisture.
A method of generating liquid droplets containing two or more types of particles, the method comprising: focusing a bead fluid (124, 224, 324, 524A-F, 624, 724) having beads (122, 222, 322, 422A-D, 622, 722) suspended therein by inertial focusing into a first ordered stream of beads within a first microchannel (104, 204, 304, 404, 504A-F, 604, 704), wherein inertial focusing the beads comprises passing the beads through a first inertial focusing portion of the first microchannel; focusing a cell fluid having cells (130, 630, 730) suspended therein by inertial focusing into a second ordered stream of cells within a second microchannel (108, 110, 308, 310, 508A-F, 510A-F, 608, 610, 708, 710), wherein inertial focusing the cells comprises passing the cells through a second inertial focusing portion of the second microchannel; and merging the first ordered stream with the second ordered stream to form a plurality of droplets having a predetermined number of cells and beads within each droplet, wherein merging of the first ordered stream and the second ordered stream comprises contacting the first ordered stream and the second ordered stream with a third fluid immiscible in the first fluid and the second fluid, wherein the first microchannel has a minimum cross-sectional dimension D and the beads have a cross-sectional dimension that is at least about 0.1D. focusing a bead fluid (124, 224, 324, 524A-F, 624, 724) having beads (122, 222, 322, 422A-D, 622, 722) suspended therein by inertial focusing into a first ordered stream of beads within a first microchannel (104, 204, 304, 404, 504A-F, 604, 704), wherein inertial focusing the beads comprises passing the beads through a first inertial focusing portion of the first microchannel; focusing a cell fluid having cells (130, 630, 730) suspended therein by inertial focusing into a second ordered stream of cells within a second microchannel (108, 110, 308, 310, 508A-F, 510A-F, 608, 610, 708, 710), wherein inertial focusing the cells comprises passing the cells through a second inertial focusing portion of the second microchannel; and merging the first ordered stream with the second ordered stream to form a plurality of droplets having a predetermined number of cells and beads within each droplet, wherein merging of the first ordered stream and the second ordered stream comprises contacting the first ordered stream and the second ordered stream with a third fluid immiscible in the first fluid and the second fluid, wherein the first microchannel has a minimum cross-sectional dimension D and the beads have a cross-sectional dimension that is at least about 0.1D.
A method for isolating a target bioentity from a biological sample by means of colloidal magnetic particles, comprising: a) obtaining a biological specimen suspected of containing said target bioentity together with non-target bioentities and endogenous aggregating factors; b) contacting said biological specimen with a aggregation inhibiting agent capable of inactivating any endogenous aggregating factors present in said specimen; c) preparing an immunomagnetic suspension comprising a mixture of said specimen and colloidal, magnetic particles coupled to a biospecific ligand having binding affinity for at least one characteristic determinant present on said target bioentity; and d) subjecting said immunomagnetic suspension to a magnetic field to obtain a target bioentity- enriched fraction; wherein said aggregation inhibiting agent being at least one selected from those consisting of a reducing agent, an immune-complex, a chelating agent, an unconjugated ferrofluid, and diamino butane. a) obtaining a biological specimen suspected of containing said target bioentity together with non-target bioentities and endogenous aggregating factors; b) contacting said biological specimen with a aggregation inhibiting agent capable of inactivating any endogenous aggregating factors present in said specimen; c) preparing an immunomagnetic suspension comprising a mixture of said specimen and colloidal, magnetic particles coupled to a biospecific ligand having binding affinity for at least one characteristic determinant present on said target bioentity; and d) subjecting said immunomagnetic suspension to a magnetic field to obtain a target bioentity- enriched fraction; wherein said aggregation inhibiting agent being at least one selected from those consisting of a reducing agent, an immune-complex, a chelating agent, an unconjugated ferrofluid, and diamino butane.