mhurhangee/patent-ind-claim-en huggingface dataset:
A film cooling system , comprising: a cooling chamber ; a first film cooling hole in fluid communication with the cooling chamber and comprising a first asymmetric diffuser ; and a second film cooling hole in fluid communication with the cooling chamber and disposed adjacent the first film cooling hole , the second film cooling hole comprising a second asymmetric diffuser ; characterised in that the first film cooling hole and the second film cooling hole have reflection symmetry with one another. a cooling chamber ; a first film cooling hole in fluid communication with the cooling chamber and comprising a first asymmetric diffuser ; and a second film cooling hole in fluid communication with the cooling chamber and disposed adjacent the first film cooling hole , the second film cooling hole comprising a second asymmetric diffuser ; characterised in that the first film cooling hole and the second film cooling hole have reflection symmetry with one another.
A phacoemulsification system comprising: a control unit comprising: a processor; and a memory unit configured to provide information to the processor; wherein the memory unit comprises a lookup table configured with a plurality of fluid parameter related conditions potentially expected to be encountered during a phacoemulsification procedure; and wherein any set of fluid related conditions that according to the lookup table may potentially result in phacoemulsification system operating condition corresponding to a level of performance outside a predetermined range results in a change in fluid functionality of the phacoemulsification system, characterised in that the fluid parameter related conditions potentially expected to be encountered during the phacoemulsification procedure comprise at least one selected from the group consisting of height of a fluid maintaining device, incision size, number of incisions, sleeve type, type of pump employed, number of pumps employed, port size, expected cut rate, maximum vacuum, and maximum flow rate. a control unit comprising: a processor; and a memory unit configured to provide information to the processor; a processor; and a memory unit configured to provide information to the processor; wherein the memory unit comprises a lookup table configured with a plurality of fluid parameter related conditions potentially expected to be encountered during a phacoemulsification procedure; and wherein any set of fluid related conditions that according to the lookup table may potentially result in phacoemulsification system operating condition corresponding to a level of performance outside a predetermined range results in a change in fluid functionality of the phacoemulsification system, characterised in that the fluid parameter related conditions potentially expected to be encountered during the phacoemulsification procedure comprise at least one selected from the group consisting of height of a fluid maintaining device, incision size, number of incisions, sleeve type, type of pump employed, number of pumps employed, port size, expected cut rate, maximum vacuum, and maximum flow rate.
An implant arranged for integration into a skeletal bone of a patient, comprising: a body and at least one end , the body being arranged to sit within a passageway formed within the bone and substantially mimic a portion of a skeletal bone; wherein the at least one end includes an enlarged portion arranged to, in use, prevent migration of the implant into the skeletal bone of a patient; wherein the enlarged portion is stepped outwardly from the body ; characterized in that the enlarged portion is arranged to sit within a recess formed in an end of the skeletal bone when implanted, wherein the recess is connected to the passageway and is of a larger diameter than the passageway; and in that a portion of the at least one end is coated with a physiologically inert substance. a body and at least one end , the body being arranged to sit within a passageway formed within the bone and substantially mimic a portion of a skeletal bone; wherein the at least one end includes an enlarged portion arranged to, in use, prevent migration of the implant into the skeletal bone of a patient; wherein the enlarged portion is stepped outwardly from the body ; characterized in that the enlarged portion is arranged to sit within a recess formed in an end of the skeletal bone when implanted, wherein the recess is connected to the passageway and is of a larger diameter than the passageway; and in that a portion of the at least one end is coated with a physiologically inert substance.
Elevator arrangement comprising an elevator with an elevator control system, and a maintenance mode, which elevator further comprises an elevator car arranged to run up and down in an elevator shaft along its guide rails, and which elevator car is equipped with a roof and a car operating panel , wherein the arrangement comprises actuating means to open the roof of the elevator car which actuating means are operatively connected to the car operating panel of the elevator car , characterized in that there are predefined buttons of the car operating panel functioning in a normal operation mode of the elevator in one way, have been arranged to open and close the roof of the elevator car when pressed in the maintenance mode of the elevator.
A substantially planar glazing , comprising: a ply of glazing material ; a ply of plastic material bonded to the ply of glazing material ; at least first and second antennas , embedded in the ply of plastic material ; at least first and second conductors , connected to the first and second antennas ; wherein the first and second conductors are in direct current isolation from each other, configured so that the first conductor runs adjacent to, and substantially parallel to, the second conductor , so that alternating current coupling occurs therebetween; characterized in that the first and second conductors are embedded at different depths in the thickness of the ply of plastic material such that when viewed along a line perpendicular to the plane of the glazing one conductor is at least partially obscured by the other; and wherein at least one conductor is insulated wire. a ply of glazing material ; a ply of plastic material bonded to the ply of glazing material ; at least first and second antennas , embedded in the ply of plastic material ; at least first and second conductors , connected to the first and second antennas ; wherein the first and second conductors are in direct current isolation from each other, configured so that the first conductor runs adjacent to, and substantially parallel to, the second conductor , so that alternating current coupling occurs therebetween; characterized in that the first and second conductors are embedded at different depths in the thickness of the ply of plastic material such that when viewed along a line perpendicular to the plane of the glazing one conductor is at least partially obscured by the other; and wherein at least one conductor is insulated wire.
A fabric formed by first yarns and second yarns, wherein the fabric has a first side and a second side opposite the first side and wherein: i. the first yarns comprise a first fiber blend comprising aramid fibers, modacrylic fibers, and cellulosic fibers; ii. the aramid fibers and the modacrylic fibers of the first fiber blend constitute at least 50% of the first fiber blend; iii. the first fiber blend comprises more modacrylic fibers than aramid fibers; iv. the second yarns comprise a second fiber blend that is different from the first fiber blend and that comprises aramid fibers, modacrylic fibers, and cellulosic fibers; v. the second fiber blend comprises at least 60% cellulosic fibers; vi. the second fiber blend comprises more modacrylic fibers than aramid fibers; vii. the first yarns are predominantly exposed on the first side of the fabric; viii. the second yarns are predominantly exposed on the second side of the fabric; ix. the fabric has a char length of 15 cm (6 inches) or less and an afterflame of 2 seconds or less when tested pursuant to ASTM D6413 ; x. the fabric has a fabric weight between 170 and 240 grams per square meter (5 to 7 ounces per square yard), inclusive; and xi. the fabric has an arc rating of at least 8 cal/cm 2 when tested pursuant to ASTM F1959 . i. the first yarns comprise a first fiber blend comprising aramid fibers, modacrylic fibers, and cellulosic fibers; ii. the aramid fibers and the modacrylic fibers of the first fiber blend constitute at least 50% of the first fiber blend; iii. the first fiber blend comprises more modacrylic fibers than aramid fibers; iv. the second yarns comprise a second fiber blend that is different from the first fiber blend and that comprises aramid fibers, modacrylic fibers, and cellulosic fibers; v. the second fiber blend comprises at least 60% cellulosic fibers; vi. the second fiber blend comprises more modacrylic fibers than aramid fibers; vii. the first yarns are predominantly exposed on the first side of the fabric; viii. the second yarns are predominantly exposed on the second side of the fabric; ix. the fabric has a char length of 15 cm (6 inches) or less and an afterflame of 2 seconds or less when tested pursuant to ASTM D6413 ; x. the fabric has a fabric weight between 170 and 240 grams per square meter (5 to 7 ounces per square yard), inclusive; and xi. the fabric has an arc rating of at least 8 cal/cm 2 when tested pursuant to ASTM F1959 .
A cassette for preparing a sample comprising: - at least one mixing chamber for receiving a sample of cells; - a first holding chamber and an enzyme in the first holding chamber , wherein the cassette is configured to transfer the enzyme into the at least one mixing chamber to break the cells and release nucleic acid from the cells to create bulk material and the nucleic acid in the bulk material; - a second holding chamber and magnetic particles in the second holding chamber , the magnetic particles being transferable to the at least one mixing chamber to bind with the nucleic acid; - at least one magnet , positionable to attract magnetic particles together with the nucleic acid and at least partially separate the nucleic acid from the bulk material in the at least one mixing chamber ; characterized in that the cassette further comprises: - a first separation piece having a surface; - a first transfer piece having a surface with a cavity therein, wherein the at least one magnet is configured to transfer the magnetic particles together with the nucleic acid into the cavity in the surface of the first transfer piece and wherein the first transfer piece is movable relative to the first separation piece and configured to move the magnetic particles together with the nucleic acid out of the mixing chamber and past the surface of the first separation piece; and - a first receiving chamber being configured to receive the magnetic particles and nucleic acid after moving past the surface of the first separation piece. - at least one mixing chamber for receiving a sample of cells; - a first holding chamber and an enzyme in the first holding chamber , wherein the cassette is configured to transfer the enzyme into the at least one mixing chamber to break the cells and release nucleic acid from the cells to create bulk material and the nucleic acid in the bulk material; - a second holding chamber and magnetic particles in the second holding chamber , the magnetic particles being transferable to the at least one mixing chamber to bind with the nucleic acid; - at least one magnet , positionable to attract magnetic particles together with the nucleic acid and at least partially separate the nucleic acid from the bulk material in the at least one mixing chamber ; - a first separation piece having a surface; - a first transfer piece having a surface with a cavity therein, wherein the at least one magnet is configured to transfer the magnetic particles together with the nucleic acid into the cavity in the surface of the first transfer piece and wherein the first transfer piece is movable relative to the first separation piece and configured to move the magnetic particles together with the nucleic acid out of the mixing chamber and past the surface of the first separation piece; and - a first receiving chamber being configured to receive the magnetic particles and nucleic acid after moving past the surface of the first separation piece.
An accelerometer comprising: a frame ; a first proof mass suspended from the frame by one or more flexures to move relative to the frame along a first axis; a first resonant element assembly fixed between the frame and the first proof mass, wherein movement of the proof mass along the first axis relative to the frame exerts a strain on the first resonant element that affects the resonant behaviour of the first resonant element assembly; characterised in a second proof mass suspended from the frame by one or more flexures to move relative to the frame along a second axis, a second resonant element assembly fixed between the frame and the second proof mass, wherein movement of the proof mass along the second axis relative to the frame exerts a strain on the second resonant element that affects the resonant behaviour of the second resonant element assembly; wherein the second proof mass surrounds the first proof mass and the first resonant element assembly. a frame ; a first proof mass suspended from the frame by one or more flexures to move relative to the frame along a first axis; a first resonant element assembly fixed between the frame and the first proof mass, wherein movement of the proof mass along the first axis relative to the frame exerts a strain on the first resonant element that affects the resonant behaviour of the first resonant element assembly; characterised in a second proof mass suspended from the frame by one or more flexures to move relative to the frame along a second axis, a second resonant element assembly fixed between the frame and the second proof mass, wherein movement of the proof mass along the second axis relative to the frame exerts a strain on the second resonant element that affects the resonant behaviour of the second resonant element assembly; wherein the second proof mass surrounds the first proof mass and the first resonant element assembly.
A particle accelerator comprising: a cavity ; a voltage source configured to provide in operation a radio frequency voltage to the cavity to accelerate particles from a plasma column at the centre of the cavity, the cavity is in operation subject to a magnetic field to cause particles accelerated from the plasma column to move orbitally within the cavity; an extraction channel configured to receive the particles accelerated from the plasma column and to output the received particles from the cavity; and a regenerator configured to provide a magnetic field bump within the cavity to thereby change successive orbits of the particles accelerated from the plasma column so that, eventually, particles output to the extraction channel, wherein one of a) and b), a) the magnetic field is to be at least 4 Tesla and the magnetic field bump is at most 2 Tesla; and b) the particle accelerator is configured to vary an energy of the particles that move orbitally within the cavity; the accelerator is characterised in that the regenerator has an irregular cross-sectional shape that comprises an angular feature on a portion of the regenerator facing towards the centre of the cavity, the angular feature comprising an edge comprising a non-orthogonal intersection of two faces . a cavity ; a voltage source configured to provide in operation a radio frequency voltage to the cavity to accelerate particles from a plasma column at the centre of the cavity, the cavity is in operation subject to a magnetic field to cause particles accelerated from the plasma column to move orbitally within the cavity; an extraction channel configured to receive the particles accelerated from the plasma column and to output the received particles from the cavity; and a regenerator configured to provide a magnetic field bump within the cavity to thereby change successive orbits of the particles accelerated from the plasma column so that, eventually, particles output to the extraction channel, wherein one of a) and b), a) the magnetic field is to be at least 4 Tesla and the magnetic field bump is at most 2 Tesla; and b) the particle accelerator is configured to vary an energy of the particles that move orbitally within the cavity; the accelerator is characterised in that the regenerator has an irregular cross-sectional shape that comprises an angular feature on a portion of the regenerator facing towards the centre of the cavity, the angular feature comprising an edge comprising a non-orthogonal intersection of two faces . a) the magnetic field is to be at least 4 Tesla and the magnetic field bump is at most 2 Tesla; and b) the particle accelerator is configured to vary an energy of the particles that move orbitally within the cavity; the accelerator is characterised in that the regenerator has an irregular cross-sectional shape that comprises an angular feature on a portion of the regenerator facing towards the centre of the cavity, the angular feature comprising an edge comprising a non-orthogonal intersection of two faces .
A system for detecting an analyte in a solution, the system comprising: an array of optical sensors comprising capture probes; a first magnet configured to generate a first magnetic field that forces a plurality of magnetic particles in the solution toward the optical sensors; a second magnet configured to generate a second magnetic field that tends to force the plurality of magnetic particles away from the optical sensors, the second magnetic field having a spatially-varying magnetic field gradient such that different ones of the optical sensors are located in areas where the second magnetic field has different strengths; and a detector configured to detect changes in an optical property of the optical sensors, the change in the optical property for each optical sensor resulting from binding events involving the analyte, a magnetic particle, or the capture probe at the optical sensor, wherein the detector is further configured to determine information about a binding strength of one or more of the binding events based on different changes in the optical property for optical sensors at different locations in the presence of the second magnetic field. an array of optical sensors comprising capture probes; a first magnet configured to generate a first magnetic field that forces a plurality of magnetic particles in the solution toward the optical sensors; a second magnet configured to generate a second magnetic field that tends to force the plurality of magnetic particles away from the optical sensors, the second magnetic field having a spatially-varying magnetic field gradient such that different ones of the optical sensors are located in areas where the second magnetic field has different strengths; and a detector configured to detect changes in an optical property of the optical sensors, the change in the optical property for each optical sensor resulting from binding events involving the analyte, a magnetic particle, or the capture probe at the optical sensor, wherein the detector is further configured to determine information about a binding strength of one or more of the binding events based on different changes in the optical property for optical sensors at different locations in the presence of the second magnetic field.
Electrically operated motor vehicle coolant pump comprising a pump rotor , a motor portion with a permanent-magnet motor rotor , a motor stator comprising motor coils and a can separating the motor stator from the motor rotor in a liquid-tight manner, and a control portion comprising a control chamber in which the motor control is arranged, characterized in that the control chamber is separated from the motor portion by a plastic partition wall lying substantially in a transversal plane, the partition wall comprises a heat transfer opening in which a heat conductor is arranged, one longitudinal end thereof being in heat-conducting contact with the can and the other longitudinal end thereof being in heat-conducting contact with the motor controller , and the specific thermal conductivity of the heat conductor is higher than the specific thermal conductivity of the plastic material of the partition wall.
A method of degrading or hydrolyzing a polysaccharide, wherein the polysaccharide is chitin or cellulose, comprising contacting said polysaccharide with chitinase or cellulase and two or more oxidohydrolytic enzymes, wherein said degradation or hydrolysis is carried out in the presence of at least one reducing agent selected from the group of ascorbic acid, reduced glutathione, Fe(II)SO4, LiAIH4, NaBH4 or lignin or a fragment thereof and at least one divalent metal ion selected from the group of Ca2+, Co2+, Mg2+, Mn2+, Ni2+, Zn2+ or Cu2+, and wherein one of said oxidohydrolytic enzymes is a CBM33 family protein and another of said oxidohydrolytic enzymes is a GH61 family protein, wherein said oxidohydrolytic enzyme is a polypeptide which comprises an amino acid sequence as set forth in any one of SEQ ID NOs: 1 to 16 or a sequence with at least 30% sequence identity thereto or a biologically active fragment thereof having oxidohydrolytic enzyme activity comprising at least 100 amino acids of said sequence.
A hair accessory for extending length, filling in areas of thinning or balding, or creating volume to a wearer's hair comprising: hair material comprising a hair material base end and a hair material distal end ; a magnetic material operatively installed to the hair material near the hair material base end ; and a coating to at least partially enclose the magnetic material ; wherein the hair material is installable to a mounting location via compression by the magnetic material onto the mounting location , characterized in that the coating comprises a score to improve friction and increase grip to the mounting location. hair material comprising a hair material base end and a hair material distal end ; a magnetic material operatively installed to the hair material near the hair material base end ; and a coating to at least partially enclose the magnetic material ; wherein the hair material is installable to a mounting location via compression by the magnetic material onto the mounting location , characterized in that the coating comprises a score to improve friction and increase grip to the mounting location.
A cabinet system for installation in a vehicle , comprising a lower receiving space , an upper receiving space and at least one electrical contacting device for providing electrical power and/or for data communication, wherein the upper receiving space is configured such that an air conditioner can be reversibly inserted into the upper receiving space , wherein the upper receiving space is configured such that the air conditioner is mechanically reversibly fixed in the upper receiving space by a completed insertion into the upper receiving space and is reversibly contacted with the electrical contacting device , characterized in that a condensate removal device is provided, and wherein the condensate removal device is connected to the upper receiving space . comprising a lower receiving space , an upper receiving space and at least one electrical contacting device for providing electrical power and/or for data communication, wherein the upper receiving space is configured such that an air conditioner can be reversibly inserted into the upper receiving space , wherein the upper receiving space is configured such that the air conditioner is mechanically reversibly fixed in the upper receiving space by a completed insertion into the upper receiving space and is reversibly contacted with the electrical contacting device , characterized in that a condensate removal device is provided, and wherein the condensate removal device is connected to the upper receiving space .