mhurhangee/patent-ind-claim-en huggingface dataset:
An artificial insemination device comprising: a condom comprising: a sheath; a reinforced cup that caps one end of the sheath, thereby having an inner concave surface and an outer convex surface; a delivery handle comprising an elongate extension sized and shaped to contact the outer convex surface of the condom cup; and, a pull-string attachable to the outer convex surface of the condom; wherein the device is transitionable from: (a) a first state in which the pull-string is attached to the handle and not attached to the outer convex surface of the condom; to (b) a second state in which the pull-string is not attached to the handle and is attached to the outer convex surface of the condom. a sheath; a reinforced cup that caps one end of the sheath, thereby having an inner concave surface and an outer convex surface; a delivery handle comprising an elongate extension sized and shaped to contact the outer convex surface of the condom cup; and, a pull-string attachable to the outer convex surface of the condom; wherein the device is transitionable from: (a) a first state in which the pull-string is attached to the handle and not attached to the outer convex surface of the condom; to (b) a second state in which the pull-string is not attached to the handle and is attached to the outer convex surface of the condom. (a) a first state in which the pull-string is attached to the handle and not attached to the outer convex surface of the condom; to (b) a second state in which the pull-string is not attached to the handle and is attached to the outer convex surface of the condom.
Device for marking-free slope monitoring and / or building inspection with at least one camera , a computing unit , a data memory and a communication unit which are communicatively connected to one another, wherein • the camera is designed for the mosaic-like recording of overlapping individual images of the entire observation area at several magnification levels, and • the computing unit is designed to compose from the individual images at different magnification levels an overall image with layers corresponding to the magnification levels, and • the computing unit comprises a data interface , which is designed to record auxiliary data, selected from weather data, seismic data and traffic data, synchronized with the image data from the camera . • the camera is designed for the mosaic-like recording of overlapping individual images of the entire observation area at several magnification levels, and • the computing unit is designed to compose from the individual images at different magnification levels an overall image with layers corresponding to the magnification levels, and • the computing unit comprises a data interface , which is designed to record auxiliary data, selected from weather data, seismic data and traffic data, synchronized with the image data from the camera .
A network management device for determining a behaviour of a wireless device, STA, in a wireless communication network comprising: - a collecting module configured to obtain a first set of metric data vectors for consecutive time periods; and wherein a metric data vector comprises a set of wireless device metrics associated with a respective time period; and - a pattern analyzing module configured to mutually compare the first set of metric data vectors, thereby obtaining a behavioural pattern factor; and to classify the STA based on the behavioural pattern factor as a deterministic behavioural STA or a randomly behavioural STA. - a collecting module configured to obtain a first set of metric data vectors for consecutive time periods; and wherein a metric data vector comprises a set of wireless device metrics associated with a respective time period; and - a pattern analyzing module configured to mutually compare the first set of metric data vectors, thereby obtaining a behavioural pattern factor; and to classify the STA based on the behavioural pattern factor as a deterministic behavioural STA or a randomly behavioural STA.
A peptide combination, said combination consisting of a first peptide consisting of the amino acid sequence SEQ ID NO: 38 and a second peptide comprising 13 consecutive amino acid residues from an amino acid sequence having the formula: Z 1 -Z 2 -Z 3 -Z 4 -Z 5 -Z 6 -Z 7 -Z 8 -Z 9 -Z 10 -Z 11 -Z 12 -Z 13 -Z 14 -Z 15 -Z 16 -Z 17 (III) wherein Z 1 is Asp, Z 2 is Arg, Z 3 is Pro, Z 4 is Glu or Gly, Z 5 is Gly or Arg, Z 6 is Ile, Z 7 is Glu, Z 8 is Glu, Z 9 is Glu, Z 10 is Gly, Z 11 is Gly, Z 12 is Glu or is absent, Z 13 is Arg or Gin, Z 14 is Asp or Gly, Z 15 is Arg or Lys, Z 16 is Asp or Gly and Z 17 is Arg, wherein said peptide combination is capable of inducing an antibody which can bind and stabilise the association of the C5 domain of HIV gp120 with the transmembrane domain of gp41, and wherein said peptide combination lacks amino acids N-terminal of C5 in gp120, wherein the first and second peptides are covalently linked via a Cys-Lys linker. wherein Z 1 is Asp, Z 2 is Arg, Z 3 is Pro, Z 4 is Glu or Gly, Z 5 is Gly or Arg, Z 6 is Ile, Z 7 is Glu, Z 8 is Glu, Z 9 is Glu, Z 10 is Gly, Z 11 is Gly, Z 12 is Glu or is absent, Z 13 is Arg or Gin, Z 14 is Asp or Gly, Z 15 is Arg or Lys, Z 16 is Asp or Gly and Z 17 is Arg, wherein said peptide combination is capable of inducing an antibody which can bind and stabilise the association of the C5 domain of HIV gp120 with the transmembrane domain of gp41, and wherein said peptide combination lacks amino acids N-terminal of C5 in gp120, wherein the first and second peptides are covalently linked via a Cys-Lys linker.
A method of monitoring the structural integrity of a supporting structure of a wind turbine , which method comprises the steps of - arranging a number of accelerometers (A FA ) on a fore-aft axis (FA) of the wind turbine nacelle and arranging a number of accelerometers (A S2S ) on a side-to-side axis (S2S) of the nacelle , which fore-aft axis (FA) and side-to-side axis (S2S) intersect at a right angle; - determining a fore-aft tower oscillation frequency (f FA ) on the basis of data collected by an accelerometer (A FA ) arranged on the fore-aft axis (FA) of the nacelle ; - determining a side-to-side tower oscillation frequency (f S2S ) on the basis of data collected by an accelerometer arranged on the side-to-side axis (S2S) of the nacelle ; - computing a working structural indicator value (R) from the fore-aft tower oscillation frequency (f FA ) and the side-to-side tower oscillation frequency (f S2S ), wherein a structural indicator value (R) is a ratio of fore-aft tower oscillation frequency (f FA ) to side-to-side tower oscillation frequency (f S2S ); - comparing the working structural indicator value (R) to a reference working structural indicator value (R ref ) of that wind turbine ; and - reporting a fault signal if the difference between the working structural indicator value (R) and the reference structural indicator value (R ref ) exceeds a predefined threshold (Δ OK ). - arranging a number of accelerometers (A FA ) on a fore-aft axis (FA) of the wind turbine nacelle and arranging a number of accelerometers (A S2S ) on a side-to-side axis (S2S) of the nacelle , which fore-aft axis (FA) and side-to-side axis (S2S) intersect at a right angle; - determining a fore-aft tower oscillation frequency (f FA ) on the basis of data collected by an accelerometer (A FA ) arranged on the fore-aft axis (FA) of the nacelle ; - determining a side-to-side tower oscillation frequency (f S2S ) on the basis of data collected by an accelerometer arranged on the side-to-side axis (S2S) of the nacelle ; - computing a working structural indicator value (R) from the fore-aft tower oscillation frequency (f FA ) and the side-to-side tower oscillation frequency (f S2S ), wherein a structural indicator value (R) is a ratio of fore-aft tower oscillation frequency (f FA ) to side-to-side tower oscillation frequency (f S2S ); - comparing the working structural indicator value (R) to a reference working structural indicator value (R ref ) of that wind turbine ; and - reporting a fault signal if the difference between the working structural indicator value (R) and the reference structural indicator value (R ref ) exceeds a predefined threshold (Δ OK ).
A piston arrangement including: a track ; a first piston moveable within a first cylinder ; and a second piston moveable within a second cylinder ; wherein the track is adapted to rotate relative toeach cylinder about an axis of rotation and has a cam surface and an edge surface extending away from the cam surface; wherein the first piston is coupled to the track by a first follower running on the cam surface; and the second piston is coupled to the track by a second follower running on the cam surface; wherein the cam surface is shaped such that, as the track moves relative to each cylinder, each piston head moves in reciprocating non-simple harmonic motion within the respective cylinder along a piston axis in accordance with the path of the cam surface; wherein each piston axis is perpendicular to the track axis of rotation; wherein a stabilising element is connected to each piston, the stabilising element extending below each piston head and comprising a contact surface which is engaged with the edge surface of the track, and characterised in that the motion of the first piston is only coupled to the motion of the second piston via the track. a track ; a first piston moveable within a first cylinder ; and a second piston moveable within a second cylinder ; wherein the track is adapted to rotate relative toeach cylinder about an axis of rotation and has a cam surface and an edge surface extending away from the cam surface; wherein the first piston is coupled to the track by a first follower running on the cam surface; and the second piston is coupled to the track by a second follower running on the cam surface; wherein the cam surface is shaped such that, as the track moves relative to each cylinder, each piston head moves in reciprocating non-simple harmonic motion within the respective cylinder along a piston axis in accordance with the path of the cam surface; wherein each piston axis is perpendicular to the track axis of rotation; wherein a stabilising element is connected to each piston, the stabilising element extending below each piston head and comprising a contact surface which is engaged with the edge surface of the track, and characterised in that the motion of the first piston is only coupled to the motion of the second piston via the track.
A method, comprising: receiving, by a user equipment of a communication network, information comprising a random access channel configuration and a number of cycled beams; determining a number of random access channel occasions for a random access channel occasion group ; transforming synchronization signal blocks to a beam index given the number of cycled beams and associating beams with the number of random access channel occasions of the random access channel occasion group ; identifying a random access channel occasion group associated with the beam index ; selecting at least one preamble associated with the beam index in the random access channel occasion group ; and transmitting the at least one preamble within each of the number of random access channel occasions of the random access channel occasion group to perform a random access channel procedure. receiving, by a user equipment of a communication network, information comprising a random access channel configuration and a number of cycled beams; determining a number of random access channel occasions for a random access channel occasion group ; transforming synchronization signal blocks to a beam index given the number of cycled beams and associating beams with the number of random access channel occasions of the random access channel occasion group ; identifying a random access channel occasion group associated with the beam index ; selecting at least one preamble associated with the beam index in the random access channel occasion group ; and transmitting the at least one preamble within each of the number of random access channel occasions of the random access channel occasion group to perform a random access channel procedure.
A method, comprising: accepting, at a first input device of an electronic device, a first user input for an object resident on the electronic device ; partially completing, using a processor, a user action based on the first user input; accepting, at a second input device of the electronic device, a second user input associated with the first user input for the object, wherein the second user input comprises voice input, combining, using a processor, the first user input for the object and the second user input ; and completing, using a processor, the user input action for the object based on the combined first and second user input , wherein the first user input is an object indication action, wherein the second user input is a destination indication action, wherein the first user input is accepted by detecting touch input, wherein the user input action is completed by accepting the second user input, characterized in that the object is a file resident on the electronic device and that the second user input is accepted if the second user input is received within a time window before or after the first user input, wherein the time window is dynamically determined in such a way that the voice input is merged with a file rsident on the electronic device latest pointed at by the first user input if the voice input comprises a reference to the file resident on the electronic device, which is not the case if the voice input does not contain an explicit reference or an ambiguous reference. accepting, at a first input device of an electronic device, a first user input for an object resident on the electronic device ; partially completing, using a processor, a user action based on the first user input; accepting, at a second input device of the electronic device, a second user input associated with the first user input for the object, wherein the second user input comprises voice input, combining, using a processor, the first user input for the object and the second user input ; and completing, using a processor, the user input action for the object based on the combined first and second user input , wherein the first user input is an object indication action, wherein the second user input is a destination indication action, wherein the first user input is accepted by detecting touch input, wherein the user input action is completed by accepting the second user input, characterized in that the object is a file resident on the electronic device and that the second user input is accepted if the second user input is received within a time window before or after the first user input, wherein the time window is dynamically determined in such a way that the voice input is merged with a file rsident on the electronic device latest pointed at by the first user input if the voice input comprises a reference to the file resident on the electronic device, which is not the case if the voice input does not contain an explicit reference or an ambiguous reference.
Laminated packaging material (20; 30) for packaging of liquid food products, comprising a barrier film (28; 38), which barrier film comprises a substrate layer (24; 34) in the form of a web or sheet, and a first barrier coating (25; 35a) of an amorphous diamond-like carbon (DLC) coated to be in contiguous contact with the substrate layer, and further a second thermoplastic barrier layer (29;35c), which comprises a major proportion of polyamide and is coated to be in contiguous contact with the free surface of the first barrier coating of DLC, the laminated packaging material further comprising a bulk layer (21; 31) of paper or paperboard or other cellulose-based material, wherein the second thermoplastic barrier layer (29; 35c) is laminated to a first side of the bulk layer by at least one intermediate bonding layer (26; 36) comprising a thermoplastic polymer, the laminated packaging material further comprising a first outermost liquid tight, heat sealable polymer layer (22; 32) applied onto the opposite, second and outer, side of the bulk layer, the first outermost polymer layer providing the outermost surface of a packaging container made from the laminate packaging material, and wherein the laminated packaging material further comprises a second, innermost liquid tight, heat sealable polymer layer (23; 33) on the opposite, inner and second side of the barrier film, the second, innermost polymer layer providing the innermost surface of a packaging container made from the packaging material to be in contact with the packed product.
Reactor for a chemical reaction, comprising - a housing and a reaction chamber ; - a nozzle element having an inlet for the flow of at least one reactant into the reaction chamber , wherein the nozzle element is mounted for movement relative to the housing ; - a sensor device , by means of which at least one measurement variable can be captured during the chemical reaction; and - an actuating device , by means of which at least one mounting parameter influencing the movement of the nozzle element can be set, - a control unit , which is designed to receive a measurement signal of the sensor device on the basis of the measurement variable from the sensor device and to produce a control signal for the actuating device in accordance with the measurement signal, wherein the sensor device has a sensor for capturing a frequency with which the nozzle element vibrates. - a housing and a reaction chamber ; - a nozzle element having an inlet for the flow of at least one reactant into the reaction chamber , wherein the nozzle element is mounted for movement relative to the housing ; - a sensor device , by means of which at least one measurement variable can be captured during the chemical reaction; and - an actuating device , by means of which at least one mounting parameter influencing the movement of the nozzle element can be set, - a control unit , which is designed to receive a measurement signal of the sensor device on the basis of the measurement variable from the sensor device and to produce a control signal for the actuating device in accordance with the measurement signal,
An oral care composition for use in a method of treating dry mouth, the oral care composition comprising: at least one non-fermentable sugar selected from the group comprising sorbitol and xylitol; and a poly (acetyl, arginyl) glucosamine (PAAG), wherein PAAG comprises the following formula (I): wherein: n is an integer between 20 and 6000; and each R 1 is independently selected for each occurrence from hydrogen, acetyl, wherein at least 25% of R 1 substituents are H, at least 1% of R 1 substituents are acetyl, and at least 2% of R 1 substituents are the molecular weight of the PAAG is from 20 to 200 kDa, and wherein the PAAG is present in the composition at an amount of at least 0.003% to about 0.05% w/v. at least one non-fermentable sugar selected from the group comprising sorbitol and xylitol; and a poly (acetyl, arginyl) glucosamine (PAAG), wherein PAAG comprises the following formula (I): wherein: n is an integer between 20 and 6000; and each R 1 is independently selected for each occurrence from hydrogen, acetyl, wherein at least 25% of R 1 substituents are H, at least 1% of R 1 substituents are acetyl, and at least 2% of R 1 substituents are the molecular weight of the PAAG is from 20 to 200 kDa, and wherein the PAAG is present in the composition at an amount of at least 0.003% to about 0.05% w/v. n is an integer between 20 and 6000; and each R 1 is independently selected for each occurrence from hydrogen, acetyl, wherein at least 25% of R 1 substituents are H, at least 1% of R 1 substituents are acetyl, and at least 2% of R 1 substituents are the molecular weight of the PAAG is from 20 to 200 kDa, and wherein the PAAG is present in the composition at an amount of at least 0.003% to about 0.05% w/v.
A method of producing tungsten pentachloride, comprising: uniformly mixing one or more types of reducing agents selected from Sb, Ti, and As; and a tungsten hexachloride at a molar ratio of the reducing agent(s) to the tungsten hexachloride of 1.0:2.0 to 1.0:5.0 in an inert atmosphere to obtain a mixture; heating and reducing the mixture for 1 to 100 hours in pressure and temperature ranges in which a chloride or chlorides of the reducing agent(s) become(s) a liquid phase, to obtain a reduced product; heating the reduced product for 1 to 100 hours at 100 Pa or less and in a temperature range of 90 to 130°C, and performing reduced-pressure distillation thereto to obtain a reduced-pressure distilled product; and heating and sublimating the reduced-pressure distilled product for 1 to 100 hours at 100 Pa or less and at a temperature range of 130 to 170°C, and performing sublimation purification at 70 to 120°C in an inert atmosphere of 100 Pa or less to precipitate tungsten pentachloride. uniformly mixing one or more types of reducing agents selected from Sb, Ti, and As; and a tungsten hexachloride at a molar ratio of the reducing agent(s) to the tungsten hexachloride of 1.0:2.0 to 1.0:5.0 in an inert atmosphere to obtain a mixture; heating and reducing the mixture for 1 to 100 hours in pressure and temperature ranges in which a chloride or chlorides of the reducing agent(s) become(s) a liquid phase, to obtain a reduced product; heating the reduced product for 1 to 100 hours at 100 Pa or less and in a temperature range of 90 to 130°C, and performing reduced-pressure distillation thereto to obtain a reduced-pressure distilled product; and heating and sublimating the reduced-pressure distilled product for 1 to 100 hours at 100 Pa or less and at a temperature range of 130 to 170°C, and performing sublimation purification at 70 to 120°C in an inert atmosphere of 100 Pa or less to precipitate tungsten pentachloride.
A bucket wheel , in particular for continuous mining of material of a bulk material pile, with a fixed inner ring , an outer ring rotatable relative to the inner ring , and at least one bucket , which is pivotably connected to the outer ring via a fixed pivot axis , characterized in that the bucket wheel further comprises at least one adjusting ring which is separably connected to the outer ring by an interlock, wherein each bucket has a guide pin and the adjusting ring has an elongated hole for each bucket , or each bucket has an elongated hole and the adjusting ring has a guide pin for each bucket, the guide pin being guided in the elongated hole , in a state locked to the outer ring , the adjusting ring holds each bucket in a first end position abutting against the outer ring or in a second end position abutting against the outer ring and opposite to the first end position , and in a state of the adjusting ring being unlocked from the outer ring , a rotation of the outer ring relative to the adjusting ring allows a pivoting movement of each bucket about the pivot axis into one of the two end positions guided by the guide pin in the elongated hole . a fixed inner ring , an outer ring rotatable relative to the inner ring , and at least one bucket , which is pivotably connected to the outer ring via a fixed pivot axis , characterized in that the bucket wheel further comprises at least one adjusting ring which is separably connected to the outer ring by an interlock, wherein each bucket has a guide pin and the adjusting ring has an elongated hole for each bucket , or each bucket has an elongated hole and the adjusting ring has a guide pin for each bucket, the guide pin being guided in the elongated hole , in a state locked to the outer ring , the adjusting ring holds each bucket in a first end position abutting against the outer ring or in a second end position abutting against the outer ring and opposite to the first end position , and in a state of the adjusting ring being unlocked from the outer ring , a rotation of the outer ring relative to the adjusting ring allows a pivoting movement of each bucket about the pivot axis into one of the two end positions guided by the guide pin in the elongated hole .