mhurhangee/patent-ind-claim-en huggingface dataset:
A mechanical clutch for selectively mechanically connecting and disconnecting a rotational drive member and a rotational driven member within a locking mechanism; the mechanical clutch comprising:- a drive member comprising a disc for rotation around an axis of rotation; a driven member for rotation around said axis of rotation (A-A); at least a clutch pin which selectively engages with the drive member to selectively mechanically and rotationally link the drive and driven member to one another; a clutch pin engagement surface provided on the or each clutch pin ; and a corresponding clutch pin engagement surface provided on the drive member in the form of recesses on a face thereof such that, when the engaged drive and driven members are rotated against a magnitude of rotational resistance which is below a threshold magnitude of rotational resistance, the respective clutch pin engagement surfaces of the or each clutch pin and drive member will co-act with one another to retain said rotational connection between the drive and driven member and, when the drive and driven members are rotated against a magnitude of rotational resistance which is above the threshold magnitude of rotational resistance the respective clutch pin engagement surfaces of the or each clutch pin and drive member will co-act with one another to urge the or each clutch pin out of rotational driving engagement between the drive and driven member. a drive member comprising a disc for rotation around an axis of rotation; a driven member for rotation around said axis of rotation (A-A); at least a clutch pin which selectively engages with the drive member to selectively mechanically and rotationally link the drive and driven member to one another; a clutch pin engagement surface provided on the or each clutch pin ; and a corresponding clutch pin engagement surface provided on the drive member in the form of recesses on a face thereof such that, when the engaged drive and driven members are rotated against a magnitude of rotational resistance which is below a threshold magnitude of rotational resistance, the respective clutch pin engagement surfaces of the or each clutch pin and drive member will co-act with one another to retain said rotational connection between the drive and driven member and, when the drive and driven members are rotated against a magnitude of rotational resistance which is above the threshold magnitude of rotational resistance the respective clutch pin engagement surfaces of the or each clutch pin and drive member will co-act with one another to urge the or each clutch pin out of rotational driving engagement between the drive and driven member.
A method, comprising: calculating, by a processor in communication with an optical sensor , a measured thermal radiation data from a thermal barrier coating (TBC) coated turbine component , the optical sensor configured to monitor thermal radiation over a spectral range; retrieving, by the processor , a known material thermal radiation data; characterised by comparing, by the processor , the measured thermal radiation data to the known material thermal radiation data to detect a deposition of a contaminating foreign particle on the TBC coated turbine component and to detect a degradation of the TBC coated turbine component ; and compiling, by the processor , the comparison results of the measured thermal radiation data to the known material thermal radiation data to determine an overall health of the TBC coated turbine component ; wherein: the known material thermal radiation data comprises at least one of the known measured thermal radiation properties of a soil, a soot, and a sand constituent and a known measured thermal radiation properties of a TBC coating on the TBC coated turbine component ; and the optical sensor comprises a dual-channel spectrometer . calculating, by a processor in communication with an optical sensor , a measured thermal radiation data from a thermal barrier coating (TBC) coated turbine component , the optical sensor configured to monitor thermal radiation over a spectral range; retrieving, by the processor , a known material thermal radiation data; characterised by comparing, by the processor , the measured thermal radiation data to the known material thermal radiation data to detect a deposition of a contaminating foreign particle on the TBC coated turbine component and to detect a degradation of the TBC coated turbine component ; and compiling, by the processor , the comparison results of the measured thermal radiation data to the known material thermal radiation data to determine an overall health of the TBC coated turbine component ; wherein: the known material thermal radiation data comprises at least one of the known measured thermal radiation properties of a soil, a soot, and a sand constituent and a known measured thermal radiation properties of a TBC coating on the TBC coated turbine component ; and the optical sensor comprises a dual-channel spectrometer . the known material thermal radiation data comprises at least one of the known measured thermal radiation properties of a soil, a soot, and a sand constituent and a known measured thermal radiation properties of a TBC coating on the TBC coated turbine component ; and the optical sensor comprises a dual-channel spectrometer .
A method for securely storing an electronic identification document on a mobile end device which has an application processor having an application processor memory and a secure element, in which - a digitally signed biographic data object, which has desired biographic data of the electronic identification document, is stored in the application processor memory and - cryptographic data for the copy protection of the digitally signed biographic data object are stored in the secure element, wherein the copy protection ensures that the digitally signed biographic data object belongs to the mobile end device. - a digitally signed biographic data object, which has desired biographic data of the electronic identification document, is stored in the application processor memory and - cryptographic data for the copy protection of the digitally signed biographic data object are stored in the secure element, wherein the copy protection ensures that the digitally signed biographic data object belongs to the mobile end device.
A probe device (314; 400), comprising: a first receiving terminal configured to receive a multi-level signal having M levels, where M is a natural number greater than 2; a second receiving terminal configured to receive a reference signal; a receiving buffer including a first input terminal connected to the first receiving terminal, a second input terminal connected to the second receiving terminal, and an output terminal configured to output the multi-level signal based on signals received from the first input terminal and the second input terminal; and a resistor circuit comprising a plurality of resistors (R1, R2, R3, R4) connected to the first receiving terminal and the second receiving terminal and configured to determine a magnitude of a termination resistance of the first receiving terminal and the second receiving terminal. a first receiving terminal configured to receive a multi-level signal having M levels, where M is a natural number greater than 2; a second receiving terminal configured to receive a reference signal; a receiving buffer including a first input terminal connected to the first receiving terminal, a second input terminal connected to the second receiving terminal, and an output terminal configured to output the multi-level signal based on signals received from the first input terminal and the second input terminal; and a resistor circuit comprising a plurality of resistors (R1, R2, R3, R4) connected to the first receiving terminal and the second receiving terminal and configured to determine a magnitude of a termination resistance of the first receiving terminal and the second receiving terminal.
An apparatus for machining a beam, the apparatus comprising a direction of passage (x), a height direction (z) and a depth direction (y), and two carriers spaced in the direction of passage, wherein the apparatus is configured to move each carrier in the direction of passage, wherein each carrier comprises an outer frame and an inner ring , wherein the inner ring is rotatably mounted about an axis of rotation essentially parallel to the direction of passage in the outer frame, wherein the inner ring comprises a clamping mechanism for clamping a beam, in which the clamping mechanism comprises a clamping direction essentially perpendicular to the direction of passage, in which the apparatus comprises a machining cabinet positioned between the two carriers , in which both carriers are movable at least partially into the machining cabinet, characterised in that the first carrier comprising a C-shaped outer frame and a C-shaped inner ring , the outer frame comprising an opening segment for inserting a beam and a retracting mechanism comprising a lower arm movable in the height direction (z) and an upper arm movable in the depth direction (y), which is slidably connected to the lower arm, both lower and upper arm extending in the depth direction (y), and whereby the inner ring comprises an opening segment and a clamping space .
A powder feeding apparatus for a tablet press , comprising: a powder storage container , a filling channel arranged in the bottom of the powder storage container for gravityfeeding powder to a die rotation unit positionable thereunder, and a powder advancing device for advancing powder in the region of the filling channel in order to promote a gravity-fed flow of powder from the powder storage container through the filling channel into a die rotation unit positionable thereunder, wherein the powder advancing device includes a filling channel movement unit which is arranged at least partially, in particular completely, in the filling channel and which is configured to advance powder in the filling channel , characterized in that the filling channel movement unit is configured to advance powder by intermittent advancing movements. a powder storage container , a filling channel arranged in the bottom of the powder storage container for gravityfeeding powder to a die rotation unit positionable thereunder, and a powder advancing device for advancing powder in the region of the filling channel in order to promote a gravity-fed flow of powder from the powder storage container through the filling channel into a die rotation unit positionable thereunder, wherein the powder advancing device includes a filling channel movement unit which is arranged at least partially, in particular completely, in the filling channel and which is configured to advance powder in the filling channel , characterized in that the filling channel movement unit is configured to advance powder by intermittent advancing movements.
A device for measuring at least one property of a substance or medium such as the viscosity, the shearing stress, the specific weight and whether the substance or the medium shows Newtonian behaviour, comprising: - a carrier configured to be mounted to an attachment point ; - a pivot arm connected pivotally or rotatably to the carrier at a rotation point ; - a drive (13, 14; 17) acting selectively on the pivot arm for driving the pivot arm in an oscillating movement in the medium ; and - a measurement setup for measuring the oscillation of the pivot arm to be caused with the drive , characterized in that - the carrier extends between the attachment point and the rotation point , whereby the rotation point is located at a distance below the attachment point , and - the pivot arm is configured such that its centre of inertia lies substantially at the attachment . - a carrier configured to be mounted to an attachment point ; - a pivot arm connected pivotally or rotatably to the carrier at a rotation point ; - a drive (13, 14; 17) acting selectively on the pivot arm for driving the pivot arm in an oscillating movement in the medium ; and - a measurement setup for measuring the oscillation of the pivot arm to be caused with the drive , characterized in that - the carrier extends between the attachment point and the rotation point , whereby the rotation point is located at a distance below the attachment point , and - the pivot arm is configured such that its centre of inertia lies substantially at the attachment .
A plurality of particles each of which including: a. a core comprising safinamide or a pharmaceutically acceptable salt thereof and a binder; b. a polymer composition which forms a coating on said core. a. a core comprising safinamide or a pharmaceutically acceptable salt thereof and a binder; b. a polymer composition which forms a coating on said core.
Household appliance with a recirculating pump system, which comprises a pump for pumping water in a tub in a drainage pumping direction and a recirculating pumping direction, characterised in that the recirculating pump system comprises a first resilient valve flap (107-1) for closing a base chamber of the tub in the recirculating pumping direction, a second resilient valve flap (107-2) for closing a filter inlet opening in the drainage pumping direction and a third resilient valve flap (107-3) for closing a drain channel in the recirculating pumping direction, wherein the water can be drained from the tub through the drain channel , wherein the pump can be driven in a first direction of rotation in a drainage pumping direction and a second direction of rotation in a recirculating pumping direction, wherein the filter inlet opening is arranged on an underside of the tub , wherein the household appliance comprises a filter unit for filtering the water in the recirculating pumping direction, wherein the filter inlet opening is arranged in the base chamber , wherein an outlet of the pump in the recirculating pumping direction is arranged in the base chamber , wherein the household appliance comprises a recirculating pump hose for redirecting the water around the tub , wherein an outlet of the recirculating pump hose is arranged on an upper side of the tub , wherein the three valve flaps (107-1, 107-2, 107-3) open or close according to the direction of flow of the water , wherein the third valve flap (107-3) is arranged above the base chamber , wherein the third valve flap (107-3) has a pivot point on its upper edge, so that the suction out from the tub is enabled in the recirculating pumping operation, wherein, in order to reliably delineate the various functions from one another, the third valve flap (107-3) is spring-pretensioned, so that it is locked during the drainage pumping cycle, the drainage pumping path is unlocked and the recirculating pumping path is locked, wherein the first valve flap (107-1) is embodied to open the base chamber of the tub in the drainage pumping direction, wherein the second valve flap (107-2) is embodied to open the filter inlet opening in the recirculating pumping direction, wherein the third valve flap (107-3) is embodied to open the drain channel in the drainage pumping direction, wherein the the third valve flap (107-3) is located below a water level in the recirculating pumping operation so that the recirculating pumping operation can also be ensured.
A field adjustable piston actuator comprising: a housing having opposing openings and a chamber , the field adjustable piston actuator being characterised by a first plate coupled to the housing and adjacent one of the opposing openings, wherein the first plate covers the one opening; a second plate coupled to a yoke and the housing, wherein the second plate is adjacent the other one of the opposing openings; and a volume adjuster to provide field adjustment to change a volume of the chamber , wherein the volume adjuster comprises the second plate , and wherein the second plate includes threads to threadingly engage an exterior surface of the yoke , such that rotating the second plate increases or decreases the volume of the chamber . a housing having opposing openings and a chamber , the field adjustable piston actuator being characterised by a first plate coupled to the housing and adjacent one of the opposing openings, wherein the first plate covers the one opening; a second plate coupled to a yoke and the housing, wherein the second plate is adjacent the other one of the opposing openings; and a volume adjuster to provide field adjustment to change a volume of the chamber , wherein the volume adjuster comprises the second plate , and wherein the second plate includes threads to threadingly engage an exterior surface of the yoke , such that rotating the second plate increases or decreases the volume of the chamber .
A conveyor belt for a laminating machine , comprising: a first belt provided with a sliding layer on at least one outer side, and a second belt comprising steel, wherein the first belt and the second belt are connected to each other over their entire surface by a connecting means , so that the sliding layer is arranged on an outer side of the conveyor belt , and wherein, in the state of the conveyor belt being installed within the laminating machine, the first belt is adapted to be in contact with heating and cooling elements and rollers of the laminating machine , and the second belt is adapted to be in contact with a laminating material during a laminating operation. a first belt provided with a sliding layer on at least one outer side, and a second belt comprising steel, wherein the first belt and the second belt are connected to each other over their entire surface by a connecting means , so that the sliding layer is arranged on an outer side of the conveyor belt , and wherein, in the state of the conveyor belt being installed within the laminating machine, the first belt is adapted to be in contact with heating and cooling elements and rollers of the laminating machine , and the second belt is adapted to be in contact with a laminating material during a laminating operation.
A method for determining the presence or absence of a microorganism in a sample, the method comprising: i) contacting the sample with an aqueous solution comprising a plurality of non-covalent complexes, each non-covalent complex comprising a hydrophobic molecule and a single albumin protein, wherein the hydrophobic molecules are detectable and functionally associate with a microorganism when present in the sample; ii) detecting one or more properties of the hydrophobic molecules; and iii) determining that the microorganism is present or absent in the sample based on the detecting. i) contacting the sample with an aqueous solution comprising a plurality of non-covalent complexes, each non-covalent complex comprising a hydrophobic molecule and a single albumin protein, wherein the hydrophobic molecules are detectable and functionally associate with a microorganism when present in the sample; ii) detecting one or more properties of the hydrophobic molecules; and iii) determining that the microorganism is present or absent in the sample based on the detecting.
A method by a user equipment, UE, for channel state information, CSI, feedback in a wireless communication system, the method comprising: receiving a radio resource control, RRC, parameter indicating a combination of codebook parameters via higher layer signaling, the codebook parameters comprising a first value, L, associated with vectors, a second value, p, associated with M vectors for first rank set, a second value, v 0 , associated with M vectors for second rank set, and a third value, β, associated with a coefficient; and transmitting a precoding matrix indicator, PMI, associated with the RRC parameter on an uplink channel, wherein the M satisfies M = ⌈ p × N 3 R ⌉ for the first rank set and the M satisfies M = ⌈ v 0 × N 3 R ⌉ for the second rank set, and the N 3 is a value associated with precoding matrices and the R is configured with a higher-layer parameter, and wherein the first rank set comprises rank values and the second rank set comprises rank values . receiving a radio resource control, RRC, parameter indicating a combination of codebook parameters via higher layer signaling, the codebook parameters comprising a first value, L, associated with vectors, a second value, p, associated with M vectors for first rank set, a second value, v 0 , associated with M vectors for second rank set, and a third value, β, associated with a coefficient; and transmitting a precoding matrix indicator, PMI, associated with the RRC parameter on an uplink channel, wherein the M satisfies M = ⌈ p × N 3 R ⌉ for the first rank set and the M satisfies M = ⌈ v 0 × N 3 R ⌉ for the second rank set, and the N 3 is a value associated with precoding matrices and the R is configured with a higher-layer parameter, and wherein the first rank set comprises rank values and the second rank set comprises rank values .
A method for forming packages of blister packages , each blister package containing an item, comprising: moving the blister packages on a conveyor toward a blister package stacker ; receiving a subset of the blister packages one at a time in a nest inlet of a nest assembly ; inserting one blister package at a time into a bottom of a first blister package collection tower section by upward movement of the blister package; retaining the inserted packages in the first blister package collection tower section ; and repeating said receiving, inserting, and retaining to form a stack of the blister packages in the first blister package collection tower section, wherein said inserting one blister package at a time comprises rotating and raising the nest assembly vertically for insertion of said one of the blister packages into the stack of the first blister package collection tower section . moving the blister packages on a conveyor toward a blister package stacker ; receiving a subset of the blister packages one at a time in a nest inlet of a nest assembly ; inserting one blister package at a time into a bottom of a first blister package collection tower section by upward movement of the blister package; retaining the inserted packages in the first blister package collection tower section ; and repeating said receiving, inserting, and retaining to form a stack of the blister packages in the first blister package collection tower section, wherein said inserting one blister package at a time comprises rotating and raising the nest assembly vertically for insertion of said one of the blister packages into the stack of the first blister package collection tower section .
Device for supplying pressurized fluid, notably pressurized gas, comprising at least one pressurized fluid reservoir provided with an orifice connected to a first valve , the first valve housing an internal fluid circuit fitted with at least one shut-off member , the device comprising a second valve mechanically and detachably connected to the first valve , the second valve comprising an internal circuit for the transfer of pressurized fluid when the second valve is in the position in which it is coupled to the first valve , the internal circuit of the second valve being fluidically connected to the internal circuit of the first valve , the second valve comprising a mobile actuating member intended to open the at least one shut-off member of the first valve , the second valve further comprising a control member that is mobile, notably by hand, intended to command the movement of the actuating member and command the opening or non-opening of the shut-off member of the first valve, the device comprising a residual-pressure valve configured to prevent the at least one reservoir from emptying fully below a determined pressure threshold when the at least one shut-off member is open, characterized in that the residual-pressure valve is situated in the second valve .