mhurhangee/patent-ind-claim-en huggingface dataset:
A work tool , comprising: a motor ; a power transmission means, receiving motive power of the motor and transmitting the motive power to a tip tool; a housing , accommodating at least a portion of the power transmission means; weights , swingably supported by the housing ; and an urging means (71 or 71a), urging the weights such that the weights are located at an initial neutral position, characterised in that for the work tool : the weights and the urging means (71 or 71a) are respectively disposed to two sides of the housing to put the power transmission means therebetween, the urging means (71 or 71a) are stretched between the weights and the housing , the work tool comprises a connection means , and the connection means connects the weights respectively disposed to the two sides of the housing , such that the weights swing integrally. a motor ; a power transmission means, receiving motive power of the motor and transmitting the motive power to a tip tool; a housing , accommodating at least a portion of the power transmission means; weights , swingably supported by the housing ; and an urging means (71 or 71a), urging the weights such that the weights are located at an initial neutral position, characterised in that for the work tool : the weights and the urging means (71 or 71a) are respectively disposed to two sides of the housing to put the power transmission means therebetween, the urging means (71 or 71a) are stretched between the weights and the housing , the work tool comprises a connection means , and the connection means connects the weights respectively disposed to the two sides of the housing , such that the weights swing integrally. the weights and the urging means (71 or 71a) are respectively disposed to two sides of the housing to put the power transmission means therebetween, the urging means (71 or 71a) are stretched between the weights and the housing , the work tool comprises a connection means , and the connection means connects the weights respectively disposed to the two sides of the housing , such that the weights swing integrally.
Method for magnetic resonance (MR) measurement, comprising acquisition of signals resulting from a diffusion encoding scheme comprising a radio frequency (RF) and gradient sequence causing an isotropic diffusion weighting of an attenuation of the acquired signals, wherein the isotropic diffusion weighting is proportional to the trace of a diffusion tensor D , and wherein the isotropic diffusion weighting is achieved by one time-dependent dephasing vector q ( t ) having an orientation, wherein the orientation of the time-dependent dephasing vector q ( t ) is changed continuously during the gradient pulse sequence, 0 ≤ t ≤ t E , where t represents the time and t E represents the echo time, and characterized in that the isotropic diffusion weighting is achieved by a continuous sweep of the time-dependent dephasing vector q ( t ) where each one of the azimuth angle ψ ( t ) in a spherical coordinate system and the magnitude thereof is a continuous function of time so that the time-dependent dephasing vector q ( t ) spans an entire range of orientations parallel to a right circular conical surface and so that the orientation of the time-dependent dephasing vector q ( t ) at time 0 is identical to the orientation at time t E . wherein the isotropic diffusion weighting is proportional to the trace of a diffusion tensor D , and wherein the isotropic diffusion weighting is achieved by one time-dependent dephasing vector q ( t ) having an orientation, wherein the orientation of the time-dependent dephasing vector q ( t ) is changed continuously during the gradient pulse sequence, 0 ≤ t ≤ t E , where t represents the time and t E represents the echo time, and characterized in that the isotropic diffusion weighting is achieved by a continuous sweep of the time-dependent dephasing vector q ( t ) where each one of the azimuth angle ψ ( t ) in a spherical coordinate system and the magnitude thereof is a continuous function of time so that the time-dependent dephasing vector q ( t ) spans an entire range of orientations parallel to a right circular conical surface and so that the orientation of the time-dependent dephasing vector q ( t ) at time 0 is identical to the orientation at time t E .
A set of probe molecules comprising at least a first probe molecule and a second probe molecule, each comprising: a) a capture domain that comprises a sequence with complementarity to a target nucleic acid; b) a terminal extension that is covalently linked to the 5' end, the 3' end, or both the 5' end and the 3' end of the capture domain, wherein the terminal extension comprises a nucleic acid of 5 to 40 nucleotides in length; and c) at least one polymer label covalently attached to at least one of the terminal extension(s), wherein the polymer label is a polyglycol; wherein the polymer label is covalently attached to the second to the fifth residue of the terminal extension that is located 5' or 3' from the covalent linkage of the terminal extension to the capture domain, wherein the nucleic acid capture domain of the first probe molecule comprises a sequence with complementarity to first target nucleic acid, and the nucleic acid capture domain of the second probe molecule comprises a sequence with complementarity to a second target nucleic acid, wherein the polymer label of the first probe molecule is different from the polymer label of the second probe molecule; and wherein the polymer labels of the first and second probe molecules provide distinct signature conductance blocks when hybridized with the respective first and second target nucleic acids and subjected to an applied voltage in a nanopore system for independent detection of the first and second target nucleic acids. a) a capture domain that comprises a sequence with complementarity to a target nucleic acid; b) a terminal extension that is covalently linked to the 5' end, the 3' end, or both the 5' end and the 3' end of the capture domain, wherein the terminal extension comprises a nucleic acid of 5 to 40 nucleotides in length; and c) at least one polymer label covalently attached to at least one of the terminal extension(s), wherein the polymer label is a polyglycol;
A method for cell selection or reselection, performed by a terminal device and comprising: acquiring speed priorities of one or more cells and a movement speed grade of the terminal device; the method characterized by performing cell selection or cell reselection according to the speed priorities and the movement speed grade, wherein the cell selection or cell reselection according to the speed priorities and the movement speed grade takes precedence over a cell selection or cell reselection according to a cell frequency priority. acquiring speed priorities of one or more cells and a movement speed grade of the terminal device; the method characterized by performing cell selection or cell reselection according to the speed priorities and the movement speed grade, wherein the cell selection or cell reselection according to the speed priorities and the movement speed grade takes precedence over a cell selection or cell reselection according to a cell frequency priority.
A semiconductor substrate that is used as an underlying substrate for epitaxial crystal growth carried out by the HVPE method, the semiconductor substrate comprising: a β-Ga 2 O 3 -based single crystal; and a principal plane that is a plane parallel to a axis of the β-Ga 2 O 3 -based single crystal, wherein θ is an angle formed between the principal plane and a plane of the β-Ga 2 O 3 -based single crystal, i. e. an angle formed from the principal plane to a plane of the β-Ga 2 O 3 -based single crystal, where an angle generated by rotation in a rotation direction of a right-handed screw advancing in the a-axis direction is defined as a positive angle, and wherein i) the angle θ is not less than 41.6° and not more than 78.4 °, or not less than - 138.4 ° and not more than -101.6 °, or ii) the angle θ is not less than 0.3 ° and not more than 15 °, or not less than -15 ° and not more than -0.3. a β-Ga 2 O 3 -based single crystal; and a principal plane that is a plane parallel to a axis of the β-Ga 2 O 3 -based single crystal, i) the angle θ is not less than 41.6° and not more than 78.4 °, or not less than - 138.4 ° and not more than -101.6 °, or ii) the angle θ is not less than 0.3 ° and not more than 15 °, or not less than -15 ° and not more than -0.3.
A pulsatile micro pump for a medication delivery device, the pulsatile micro pump comprising a one way micro valve , characterised in that the one way micro valve comprises: a conical shaped valve seat ; and a membrane having a hole that is located around the conical valve seat , such that a surface of the valve seat seals onto an inner periphery of the hole in the membrane , wherein, in use, the membrane is deflected from the surface of the valve seat to provide a fluid path across the membrane and allowing fluid to flow from one side of the membrane to the other, wherein the conical valve seat protrudes through the hole and the surface of the valve seat seals onto an edge of the inner periphery of the hole in the membrane . a conical shaped valve seat ; and a membrane having a hole that is located around the conical valve seat , such that a surface of the valve seat seals onto an inner periphery of the hole in the membrane , wherein, in use, the membrane is deflected from the surface of the valve seat to provide a fluid path across the membrane and allowing fluid to flow from one side of the membrane to the other, wherein the conical valve seat protrudes through the hole and the surface of the valve seat seals onto an edge of the inner periphery of the hole in the membrane .
A hearing device (HD), for example a hearing aid, configured to be located at or in an ear of a user, the hearing device comprising • an input unit (IU) comprising a multitude of input transducers (M1, M2) for providing respective electric input signals (IN1, IN2) representing sound in an environment of the user; • an output unit (OU) comprising an output transducer (SP) for providing stimuli perceivable to the user as sound based on said electric input signals (IN1, IN2) or a processed version thereof; • a spatial filter (BFU) connected to said input unit (IU) and to said output unit (OU), and configured to provide a spatially filtered signal (Y BF ) based on said multitude of electric input signals (IN1, IN2) and configurable beamformer weights; • a loop gain estimator for estimating a current loop magnitude of a feedback loop defined by a forward path between the input unit (IU) and the output unit (OU), and an external feedback path (h1, h2) from said output unit to said input unit, CHARACTERIZED IN THAT said hearing device comprises • a spatial filter controller (SCU) configured to apply first and/or second different sets (w1p, w2p) of beamformer weights to said multitude of electric input signals (IN1, IN2) in dependence of said estimated current loop magnitude, wherein said first set (w1p) of beamformer weights is applied to provide spatial filtering of sound from said output transducer (SP), and wherein said second set (w2p) of beamformer weights is applied to provide spatial filtering of an external sound field (S ENV ). • an input unit (IU) comprising a multitude of input transducers (M1, M2) for providing respective electric input signals (IN1, IN2) representing sound in an environment of the user; • an output unit (OU) comprising an output transducer (SP) for providing stimuli perceivable to the user as sound based on said electric input signals (IN1, IN2) or a processed version thereof; • a spatial filter (BFU) connected to said input unit (IU) and to said output unit (OU), and configured to provide a spatially filtered signal (Y BF ) based on said multitude of electric input signals (IN1, IN2) and configurable beamformer weights; • a loop gain estimator for estimating a current loop magnitude of a feedback loop defined by a forward path between the input unit (IU) and the output unit (OU), and an external feedback path (h1, h2) from said output unit to said input unit, • a spatial filter controller (SCU) configured to apply first and/or second different sets (w1p, w2p) of beamformer weights to said multitude of electric input signals (IN1, IN2) in dependence of said estimated current loop magnitude, wherein said first set (w1p) of beamformer weights is applied to provide spatial filtering of sound from said output transducer (SP), and wherein said second set (w2p) of beamformer weights is applied to provide spatial filtering of an external sound field (S ENV ).
Capacitor device comprising a plurality of capacitor elements which are disposed so as to be mutually adjacent and in each case comprise at least two electrodes and at least one dielectric medium interdisposed between the electrodes , wherein at least one visco-elastic damping element that mechanically and acoustically separates the capacitor elements is interdisposed between at least two capacitor elements which are disposed so as to be mutually adjacent, characterized in that the damping element is a loose material filling from at least one bulk material.
High-pressure fuel pump for a fuel system for an internal combustion engine, wherein the high-pressure fuel pump has a pump housing which has a pump body and a pump cover assembled on the pump body ; wherein the high-pressure fuel pump has a conveying chamber which is disposed in the pump body and delimited by a displaceable pump piston ; wherein the high-pressure fuel pump has an inlet valve which opens from a low-pressure region of the fuel pump towards the conveying chamber ; wherein the high-pressure fuel pump has an outlet valve which opens away from the conveying chamber in the direction towards an outlet of the high-pressure fuel pump ; wherein a damper chamber , which is associated with the low-pressure region and in which is disposed a damper pot that is formed by two metal diaphragms welded to one another on their peripheries, is formed between the pump body and the pump cover ; wherein the damper pot by way of at least two retaining circlips of identical construction is braced in relation to the pump cover , on the one hand, and in relation to the pump body , on the other hand, and characterized in that the retaining circlips are open at a position along their circumference, so that the retaining circlips have an elasticity in the radial direction.
A magnetic filter cartridge for a filter assembly , comprising: a cartridge body having a first end , a second end , an outer surface that extends between the first end and the second end , and an inner surface that defines an inner cavity ; and a fluid port in communication with the inner cavity at the first end of the cartridge body ; characterized in that : a plurality of channels extend between the outer surface and the inner surface , each channel comprising: a first aperture in the outer surface , a second aperture in the inner surface , and a passage wall that extends between the first aperture and the second aperture ; and a magnetic element within the channel between the first aperture and the second aperture and spaced from the passage wall , the magnetic element cooperating with the passage wall to define a circuitous flow path between the first aperture and the second aperture . a cartridge body having a first end , a second end , an outer surface that extends between the first end and the second end , and an inner surface that defines an inner cavity ; and a fluid port in communication with the inner cavity at the first end of the cartridge body ; characterized in that : a plurality of channels extend between the outer surface and the inner surface , each channel comprising: a first aperture in the outer surface , a second aperture in the inner surface , and a passage wall that extends between the first aperture and the second aperture ; and a magnetic element within the channel between the first aperture and the second aperture and spaced from the passage wall , the magnetic element cooperating with the passage wall to define a circuitous flow path between the first aperture and the second aperture . a first aperture in the outer surface , a second aperture in the inner surface , and a passage wall that extends between the first aperture and the second aperture ; and a magnetic element within the channel between the first aperture and the second aperture and spaced from the passage wall , the magnetic element cooperating with the passage wall to define a circuitous flow path between the first aperture and the second aperture .
A packaging for a product comprising: a container including a first body layer and a second body layer connected at a fold , said first and second body layers configured to collapse to a first position and expand to a second position, and one or more of said first and second body layers defining a void ; and a cover including a first side and a second side , said first and second body layers being configured to collapse to the first position between the first and second sides of the cover ; wherein the cover includes a sidewall and the first and second sides are connected to the sidewall at respective folds ; and the container and the cover are constructed as one sheet, characterized in that the cover includes a package opening mechanism positioned on the second side of the cover , wherein the packaging opening mechanism comprises an extension which folds over the second side of the cover at the fold connecting the package opening mechanism to a second sidewall and laying against an exterior surface of the second side of the cover in a surface-to-surface relationship. a container including a first body layer and a second body layer connected at a fold , said first and second body layers configured to collapse to a first position and expand to a second position, and one or more of said first and second body layers defining a void ; and a cover including a first side and a second side , said first and second body layers being configured to collapse to the first position between the first and second sides of the cover ; wherein the cover includes a sidewall and the first and second sides are connected to the sidewall at respective folds ; and the container and the cover are constructed as one sheet, characterized in that the cover includes a package opening mechanism positioned on the second side of the cover , wherein the packaging opening mechanism comprises an extension which folds over the second side of the cover at the fold connecting the package opening mechanism to a second sidewall and laying against an exterior surface of the second side of the cover in a surface-to-surface relationship.
A horsebox wall comprising a horse feeding device, in particular hayrack, for feeding hay or other food, wherein the horse feeding device has a first volume and a second volume, wherein the first volume lies in a feeding area and the second volume lies in a storage area, wherein the first volume is separated from the second volume in a stable manner, so that the horse can get to food in the first volume in the feeding area for feeding, but then does not get to storage food in the second volume, wherein a transport means is provided, which is a part of the horse feeding device and which is configured to mechanically move the second volume into the feeding area, in particular by means of a motor, wherein the feeding area of the horse feeding device lies on the horsebox wall of a horsebox on the inner side towards the box interior, and the storage area lies directed away from the box to the outside, characterized in that the transport means is configured to also move the second volume out of the feeding area, in particular into the storage area, after the movement into the feeding area.
A brake assembly including: a brake housing, an adjuster mechanism received within the brake housing, a module including a module housing enclosing an electric motor , and an integrated electronic unit , the integrated electronic unit including one or more of:- a PCB , a processor , preferably a microprocessor, memory , a motor driver, a CAN transmitter, a CAN reader, an output element mounted externally of the module housing and received within the brake housing, the output element being operably coupled to the electric motor and the module housing including an electrical interface for electrically coupling the motor to one or more components mounted externally of the module housing, the electrical interface includes at least a first electrical connector and a second electrical connector distinct from the first electrical connector , and the first electrical connector is received within the brake housing and the second electrical connector is mounted externally of the brake housing, wherein the module is at least partially received in the brake housing, and being operable to adjust the adjuster mechanism . a brake housing, an adjuster mechanism received within the brake housing, a module including a module housing enclosing an electric motor , and an integrated electronic unit , the integrated electronic unit including one or more of:- a PCB , a processor , preferably a microprocessor, memory , a motor driver, a CAN transmitter, a CAN reader, an output element mounted externally of the module housing and received within the brake housing, the output element being operably coupled to the electric motor and the module housing including an electrical interface for electrically coupling the motor to one or more components mounted externally of the module housing, the electrical interface includes at least a first electrical connector and a second electrical connector distinct from the first electrical connector , and the first electrical connector is received within the brake housing and the second electrical connector is mounted externally of the brake housing, wherein the module is at least partially received in the brake housing, and being operable to adjust the adjuster mechanism . a PCB , a processor , preferably a microprocessor, memory , a motor driver, a CAN transmitter, a CAN reader, an output element mounted externally of the module housing and received within the brake housing, the output element being operably coupled to the electric motor and the module housing including an electrical interface for electrically coupling the motor to one or more components mounted externally of the module housing, the electrical interface includes at least a first electrical connector and a second electrical connector distinct from the first electrical connector , and the first electrical connector is received within the brake housing and the second electrical connector is mounted externally of the brake housing, wherein the module is at least partially received in the brake housing, and being operable to adjust the adjuster mechanism .