mhurhangee/patent-ind-claim-en huggingface dataset:
Clamp, comprising a clamp ring having a receiving space for receiving an elongate object, an insertion opening for inserting the elongate object into the receiving space , and a closure for closing the insertion opening , the closure having a closure pin arranged on the clamp ring at a first end region of the clamp ring , a through opening arranged in the clamp ring at a second end region of the clamp ring for the closure pin , and a closure flap arranged at the second end region of the clamp ring for catching the closure pin in the through opening , characterized in that , the closure flap passes through the through opening for the closure pin in order to form a hinge. characterized in that , the closure flap passes through the through opening for the closure pin in order to form a hinge.
A system comprising: one or more processors , and a non-transitory computer-readable medium in communication with one or more processors and having stored thereon a set of instructions that when executed cause the one or more processors to perform operations including: receiving measured data from one or more server sites; receiving a plurality of dimensions of one or more venturi meters from the one or more server sites; receiving a plurality of fluid properties values from the one or more server sites; determining a second gas rate and a second condensate rate for each of one or more well sites ; comparing the second gas rate to a first gas rate determined by the well site and the second condensate rate to a first condensate rate determined by the well site ; and identifying one or more problems associated with the one or more venturi meters in the one or more gas well sites . receiving measured data from one or more server sites; receiving a plurality of dimensions of one or more venturi meters from the one or more server sites; receiving a plurality of fluid properties values from the one or more server sites; determining a second gas rate and a second condensate rate for each of one or more well sites ; comparing the second gas rate to a first gas rate determined by the well site and the second condensate rate to a first condensate rate determined by the well site ; and identifying one or more problems associated with the one or more venturi meters in the one or more gas well sites .
Bioclimatic module for a building comprising a roof, said module comprising: - a fixed frame intended to be secured to the frame of said building roof, said fixed frame defining an enclosure and comprising an opening, referred to as the top opening , arranged above said enclosure and configured to allow solar radiation to pass towards said enclosure , - a movable housing pivotally mounted on said fixed frame and comprising a glazed surface extending opposite said top opening of said fixed frame and facing the sky, once the frame is secured to the building's roof structure, so as to allow solar radiation to pass towards said top opening , - a solar reflector hinged to said movable housing , said bioclimatic module being characterized in that the solar reflector is configured to be able to reflect incident solar radiation towards said glazed surface of said movable housing , said reflector extending above said glazed surface . - a fixed frame intended to be secured to the frame of said building roof, said fixed frame defining an enclosure and comprising an opening, referred to as the top opening , arranged above said enclosure and configured to allow solar radiation to pass towards said enclosure , - a movable housing pivotally mounted on said fixed frame and comprising a glazed surface extending opposite said top opening of said fixed frame and facing the sky, once the frame is secured to the building's roof structure, so as to allow solar radiation to pass towards said top opening , - a solar reflector hinged to said movable housing ,
An analysis apparatus for performing quantitative analysis of components of cement, comprising: a content percentage conversion unit designed for converting content percentages of major elements of a cement sample to content ratios of main crystal phases composing the cement sample by predetermined formulae, the content percentages being obtained as an elemental analysis result; a scale factor estimation unit designed for estimating initial values of scale factors of Rietveld analysis from the content ratios of main crystal phases obtained in the conversion; and a Rietveld analysis unit designed for performing Rietveld analysis with respect to an X-ray diffraction measurement result of the cement sample using the initial values of scale factors having been estimated to calculate content percentages of respective phases of the cement sample. a content percentage conversion unit designed for converting content percentages of major elements of a cement sample to content ratios of main crystal phases composing the cement sample by predetermined formulae, the content percentages being obtained as an elemental analysis result; a scale factor estimation unit designed for estimating initial values of scale factors of Rietveld analysis from the content ratios of main crystal phases obtained in the conversion; and a Rietveld analysis unit designed for performing Rietveld analysis with respect to an X-ray diffraction measurement result of the cement sample using the initial values of scale factors having been estimated to calculate content percentages of respective phases of the cement sample.
A crosslinkable composition comprising the following copolymer (X), an organic peroxide, a crosslinking aid, and at least one member selected from the group consisting of a quaternary ammonium salt, a quaternary phosphonium salt and an organic amine, wherein the metal element content is less than 1 part by mass based on 100 parts by mass of the copolymer (X). Copolymer (X): A copolymer having an iodine atom and also having structural units based on tetrafluoroethylene and structural units based on propylene, wherein the content of the structural units based on vinylidene fluoride is less than 0.1 mol% in all structural units.
An aerosol generating device comprising: a main body comprising a battery , a capacitive sensor , a controller , a first contact terminal , and a first conductive element , a cartridge comprising a mouthpiece , a second conductive element , a second contact terminal , and a heater , wherein the cartridge is configured to be detachably coupled to the main body , wherein the second conductive element is arranged on the mouthpiece , wherein the second contact terminal is configured to be electrically connected to the first contact terminal such that the second conductive element is electrically connected to the capacitive sensor , wherein the second contact terminal is arranged on a side wall of the cartridge , wherein at least a portion of the side wall is formed to protrude more than the second contact terminal , wherein the controller is configured to control power supplied from the battery to the heater based on an order of a first time point (t1) at which the capacitive sensor senses contact of a user through the first conductive element , and a second time point (t2) at which the capacitive sensor senses contact of the user through the second conductive element . a main body comprising a battery , a capacitive sensor , a controller , a first contact terminal , and a first conductive element , a cartridge comprising a mouthpiece , a second conductive element , a second contact terminal , and a heater , wherein the cartridge is configured to be detachably coupled to the main body , wherein the second conductive element is arranged on the mouthpiece , wherein the second contact terminal is configured to be electrically connected to the first contact terminal such that the second conductive element is electrically connected to the capacitive sensor , wherein the second contact terminal is arranged on a side wall of the cartridge , wherein at least a portion of the side wall is formed to protrude more than the second contact terminal , wherein the controller is configured to control power supplied from the battery to the heater based on an order of a first time point (t1) at which the capacitive sensor senses contact of a user through the first conductive element , and a second time point (t2) at which the capacitive sensor senses contact of the user through the second conductive element .
Procedure to commission and/or verify an ultrasonic flow measuring point using an operating unit , wherein the operating unit has at least a display unit and a camera , wherein the ultrasonic flow measuring point has a pipe designed to conduct a medium and at least one ultrasonic transducer , wherein said procedure comprises the following steps: - Identification of the ultrasonic flow measuring point in relation to operating unit ; - Determination of configurable parameters using the identity of the ultrasonic flow measuring point; - Capturing of geometric data of at least one part of the ultrasonic flow measuring point using the camera ; - Analysis of the captured geometric data and derivation of at least one parameter value for at least one of the parameters to be configured on the basis of the analysis result and the identity; - Determination of at least an optimum mounting position using at least the derived parameter value; - Display of at least one optimum mounting position and/or at least the parameter value for at least a parameter to be configured using the display unit ; and - Verification of the mounting position of an ultrasonic transducer with one of the optimum mounting positions and/or positioning of an ultrasonic transducer at one of the optimum mounting positions that have been determined. - Identification of the ultrasonic flow measuring point in relation to operating unit ; - Determination of configurable parameters using the identity of the ultrasonic flow measuring point; - Capturing of geometric data of at least one part of the ultrasonic flow measuring point using the camera ; - Analysis of the captured geometric data and derivation of at least one parameter value for at least one of the parameters to be configured on the basis of the analysis result and the identity; - Determination of at least an optimum mounting position using at least the derived parameter value; - Display of at least one optimum mounting position and/or at least the parameter value for at least a parameter to be configured using the display unit ; and - Verification of the mounting position of an ultrasonic transducer with one of the optimum mounting positions and/or positioning of an ultrasonic transducer at one of the optimum mounting positions that have been determined.
Seed-drill including a chassis and a seed bar comprising seed planting elements aligned and positioned along at least one row substantially perpendicular to the direction of advance (A), each seed planting element being followed by a depth control wheel , said seed bar being connected to said chassis via a connecting device comprising two articulated arms , said connecting device being deformable via an adjustment means to modify the seed depth, said two arms of said connecting device being arranged in a position converging towards the rear such that the point of intersection (X) extends behind a first vertical plane (P1) passing through the extreme front point of said seed planting elements , characterised in that each seed planting element is connected to said seed bar by means of a connecting structure and that acting on said adjustment means does not modify the coulter pressure of said connecting structure .
Apparatus for folding textiles, preferably items of clothing , comprising at least one longitudinal-folding station which has a stationary middle part and two longitudinal-folding wings which are assigned to opposite longitudinal edges of said middle part, and also at least one folding template, wherein the longitudinal-folding wings can be pivoted by a drive, characterized in that the drive of each longitudinal-folding wing is in the form of a servo drive.
A communication method between a base station , including a plurality of transmission antennas , and at least one mobile station , the method comprising at the base station : recognizing a channel between the base station and the at least one mobile station, the channel showing a variation over time; determining the variation of the channel based on a state of the channel measured from at least two points in time; updating a previous codebook of the base station to a new codebook based on a time correlation coefficient, the time correlation coefficient being generated based on a comparison of the first channel matrix generated at a first time with respect to the channel and a second channel matrix generated at a second time with respect to the channel using following equation: Θ i ′ = ρ ⋅ I 1 − ρ 2 ⋅ Θ i wherein ρ denotes the time correlation coefficient, Θ i ′ denotes an i-th new codeword matrix of the new codebook, and Θ i denotes an i-th previous codeword matrix of the previous codebook wherein I denotes an identity matrix of size MxM, M being the number of the plurality of transmission antennas. recognizing a channel between the base station and the at least one mobile station, the channel showing a variation over time; determining the variation of the channel based on a state of the channel measured from at least two points in time; updating a previous codebook of the base station to a new codebook based on a time correlation coefficient, the time correlation coefficient being generated based on a comparison of the first channel matrix generated at a first time with respect to the channel and a second channel matrix generated at a second time with respect to the channel using following equation: Θ i ′ = ρ ⋅ I 1 − ρ 2 ⋅ Θ i wherein ρ denotes the time correlation coefficient, Θ i ′ denotes an i-th new codeword matrix of the new codebook, and Θ i denotes an i-th previous codeword matrix of the previous codebook wherein I denotes an identity matrix of size MxM, M being the number of the plurality of transmission antennas.
Aerofoil of an aerodynamic surface , the aerofoil comprising: a control surface comprising an upper surface (2.2) and a lower surface (2.3), and primary actuating means configured to elevate or lower the control surface ; characterised in that at least a first portion of one of the upper surface (2.2) and the lower surface (2.3) of the control surface is auxetic with a negative Poisson ratio, and at least a second portion of the other of the upper surface (2.2) and the lower surface (2.3) of the control surface comprises a material with a Poisson ratio higher than the Poisson ratio of the first portion . a control surface comprising an upper surface (2.2) and a lower surface (2.3), and primary actuating means configured to elevate or lower the control surface ; characterised in that at least a first portion of one of the upper surface (2.2) and the lower surface (2.3) of the control surface is auxetic with a negative Poisson ratio, and at least a second portion of the other of the upper surface (2.2) and the lower surface (2.3) of the control surface comprises a material with a Poisson ratio higher than the Poisson ratio of the first portion .
A combined gradient coil and shim coil assembly for use in MR-devices, comprising - a cylindric carrier tube , - a gradient coil system arranged concentrically onto the carrier tube , - a cooling tube assembly positioned around the gradient coils , and - an active shim coil system , wherein the active shim coil system is constructed on a flexible printed circuit board , and the assembly further comprises a sealing compound with a fluid reaction resin enclosing the components of the assembly to form a cylindrical tube and filling the cavities of the gradient and the shim coil system and between the coils (12; 14) and the carrier tube , wherein the shim coil system comprises a plurality of layers (14'; 14") of flexible printed circuit board , which layers (14'; 14") are wound concentrically around the axis of the cylindric carrier tube , wherein the layers (14'; 14") of flexible printed circuit board are separated by a spacer element , characterized in that the fluid reaction resin is augmented with a heat conductive filler, and that the spacer element is wound in a helical manner around each layer (14'; 14") of the flexible printed circuit board so as to separate the plurality of shim coils from each other and create a helical gap between the layers (14'; 14") that allows the sealing compound to spread and fill the gap. - a cylindric carrier tube , - a gradient coil system arranged concentrically onto the carrier tube , - a cooling tube assembly positioned around the gradient coils , and - an active shim coil system , wherein the active shim coil system is constructed on a flexible printed circuit board , and the assembly further comprises a sealing compound with a fluid reaction resin enclosing the components of the assembly to form a cylindrical tube and filling the cavities of the gradient and the shim coil system and between the coils (12; 14) and the carrier tube , wherein the shim coil system comprises a plurality of layers (14'; 14") of flexible printed circuit board , which layers (14'; 14") are wound concentrically around the axis of the cylindric carrier tube , wherein the layers (14'; 14") of flexible printed circuit board are separated by a spacer element , characterized in that the fluid reaction resin is augmented with a heat conductive filler, and that the spacer element is wound in a helical manner around each layer (14'; 14") of the flexible printed circuit board so as to separate the plurality of shim coils from each other and create a helical gap between the layers (14'; 14") that allows the sealing compound to spread and fill the gap.
A composition comprising an effective amount of tauroursodeoxycholic acid (TUDCA) or a pharmaceutically acceptable salt thereof, and an effective amount of 4-phenylbutyric acid (4-PBA) or a pharmaceutically acceptable salt thereof, for use in a method of treating a subject having or at risk of having a neurodegenerative disease.
A particle beam system comprising: a particle beam source configured to generate a particle beam ; a high voltage source; and a beam blanker system comprising a pair of deflection plates and a control circuit; wherein a beam path of the particle beam extends between a first deflection plate of the pair of deflection plates and a second deflection plate of the pair of deflection plates; wherein the control circuit comprises a first switch , a second switch and a first node connected to an output terminal of the high voltage source; wherein the control circuit provides a first current path between the first deflection plate and the second deflection plate , the first deflection plate , the first switch , the first node , the second switch and the second deflection plate are arranged in the first current path in this order, wherein the control circuit further comprises a third resistor and a fourth resistor , wherein the third resistor is arranged in the first current path between the first deflection plate and the first node , and wherein the fourth resistor is arranged in the first current path between the first node and the second deflection plate . a particle beam source configured to generate a particle beam ; a high voltage source; and a beam blanker system comprising a pair of deflection plates and a control circuit; wherein a beam path of the particle beam extends between a first deflection plate of the pair of deflection plates and a second deflection plate of the pair of deflection plates; wherein the control circuit comprises a first switch , a second switch and a first node connected to an output terminal of the high voltage source; wherein the control circuit provides a first current path between the first deflection plate and the second deflection plate , the first deflection plate , the first switch , the first node , the second switch and the second deflection plate are arranged in the first current path in this order, wherein the control circuit further comprises a third resistor and a fourth resistor , wherein the third resistor is arranged in the first current path between the first deflection plate and the first node , and wherein the fourth resistor is arranged in the first current path between the first node and the second deflection plate .
A roller gate of the type which is used in gateways in industrial buildings such as freezing houses or the like, where the gate or door leaf is configured to opening when rolled up around a reel system operated by a driving mechanism , and where the gate or door leaf comprises layers of a flexible artificial web, said layers of said gate or door leaf at a first side of the gate or door leaf are tailored with transverse directed pockets and tailored with transverse pockets on an opposite side , the transverse pockets on the first side are shifted relative to the transverse pockets on the opposite side in the roll-up/down direction and longitudinal block-shaped members are inserted into said transverse pockets of said first and said opposite side of said gate or door leaf and the longitudinal block-shaped members inserted in said first side are provided with inwardly inclined side edges , as said first side of the gate or door leaf is facing inwards when rolled up around said reel system , characterised in that the transverse pockets have a substantially flush surface at the opposite side of the gate or door leaf .