mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, comprising: receiving source code expressed in a multi-threaded programming language, wherein the source code comprises a construct that maps to a circuit implementation , the construct comprising a reorder block for ensuring that threads leave the reorder block in the threads' entry order that wraps code that does not maintain thread execution order; compiling the source code to generate a circuit description , wherein the circuit description comprises hardware description language code or a lower-level representation of a synchronous digital circuit ; and generating , based on the circuit description , the synchronous digital circuit comprising the circuit implementation, wherein the circuit implementation comprises: a reorder buffer that wraps the circuit description of the code that does not maintain thread execution order and registers thread identifiers in an order in which a plurality of threads are received, thus creating a record of thread execution order; a circuit that executes for an unknown number of clock cycles for each of the plurality of threads; wherein the reorder buffer blocks a thread from resuming until all threads having a lower execution order are resumed. receiving source code expressed in a multi-threaded programming language, wherein the source code comprises a construct that maps to a circuit implementation , the construct comprising a reorder block for ensuring that threads leave the reorder block in the threads' entry order that wraps code that does not maintain thread execution order; compiling the source code to generate a circuit description , wherein the circuit description comprises hardware description language code or a lower-level representation of a synchronous digital circuit ; and generating , based on the circuit description , the synchronous digital circuit comprising the circuit implementation, wherein the circuit implementation comprises: a reorder buffer that wraps the circuit description of the code that does not maintain thread execution order and registers thread identifiers in an order in which a plurality of threads are received, thus creating a record of thread execution order; a circuit that executes for an unknown number of clock cycles for each of the plurality of threads; wherein the reorder buffer blocks a thread from resuming until all threads having a lower execution order are resumed. a reorder buffer that wraps the circuit description of the code that does not maintain thread execution order and registers thread identifiers in an order in which a plurality of threads are received, thus creating a record of thread execution order; a circuit that executes for an unknown number of clock cycles for each of the plurality of threads; wherein the reorder buffer blocks a thread from resuming until all threads having a lower execution order are resumed.
Body, monitoring device comprising: - a case comprising a lower face ; - a sensor comprising a lower face intended to be arranged on a user's limb and an upper face arranged opposite the lower face of the housing , the sensor and the housing being separable from each other as required, no mechanical connection holding the housing to the sensor firmly together, the housing being in loose electrical and physical contact with the sensor via a plurality of connectors , each connector comprising a female part and a spring male part so that the male part exerts a force on the female part tending to move away the housing from the sensor or vice versa; the device further comprising: - means for attaching the case to a limb of the user, said attaching means being configured to apply a clamping force in order to compensate for the force moving away the case from the sensor when the latter is attached to the member of the user; the device being such that the connectors are distributed with respect to a distribution zone (ZR) defined on the upper face of the sensor or on the lower face of the casing , more than 70% of the connectors being distributed symmetrically in each half of the distribution zone (ZR) with respect to the centre of the casing, which corresponds to the epicentre of the force exerted by the attachment means . - a case comprising a lower face ; - a sensor comprising a lower face intended to be arranged on a user's limb and an upper face arranged opposite the lower face of the housing , the sensor and the housing being separable from each other as required, no mechanical connection holding the housing to the sensor firmly together, the housing being in loose electrical and physical contact with the sensor via a plurality of connectors , each connector comprising a female part and a spring male part so that the male part exerts a force on the female part tending to move away the housing from the sensor or vice versa; the device further comprising: - means for attaching the case to a limb of the user, said attaching means being configured to apply a clamping force in order to compensate for the force moving away the case from the sensor when the latter is attached to the member of the user;
A method of sequencing a nucleic acid strand, the method comprising: receiving particles having a polymer matrix conjugated to a plurality of identical nucleic acid strands having a length of at least 50 bases; exposing the particles to a solution including a condensing agent to form condensed particles having a reduced diameter; characterised by applying the condensed particles to a surface comprising a layer defining wells corresponding to active circuits for measuring ionic concentration, the particles depositing into the wells on the surface; and further characterised by washing the condensing agent from the condensed particles deposited into the wells with a buffered saline solution to increase the diameter of the particles while in the well, and further sequencing the nucleic acid strand. receiving particles having a polymer matrix conjugated to a plurality of identical nucleic acid strands having a length of at least 50 bases; exposing the particles to a solution including a condensing agent to form condensed particles having a reduced diameter; characterised by applying the condensed particles to a surface comprising a layer defining wells corresponding to active circuits for measuring ionic concentration, the particles depositing into the wells on the surface; and further characterised by washing the condensing agent from the condensed particles deposited into the wells with a buffered saline solution to increase the diameter of the particles while in the well, and further sequencing the nucleic acid strand.
A rounding machine of portions of dough mixture, in particular in the food sector, comprising: - a bearing frame ; - a main plate supporting, on a lower face thereof, a plurality of forming elements each for engaging a respective portion of dough mixture; - a central support for movement, mounted on said bearing frame and connected to said main plate , said central support being configured for moving said main plate according to an eccentric trajectory about a first stationary axis (X); said central support being further rotatably connected to the main plate idle about a second axis (Y) of rotation parallel to said first axis (X); - an anti-rotation mechanism configured to prevent a rotation of the main plate , constraining the main plate to a translation movement along said eccentric trajectory about the first axis (X); characterised in that said anti-rotation mechanism is entirely suspended on the central support and is interposed between the frame and the main plate ; said anti-rotation mechanism comprises a reference member , rigidly connected to the frame of the machine, a driven member rigidly connected to the main plate and a transmission mechanism interposed between said reference member and driven member for maintaining said driven member non-rotational during an operational functioning of the machine, said transmission mechanism being supported by the central support . - a bearing frame ; - a main plate supporting, on a lower face thereof, a plurality of forming elements each for engaging a respective portion of dough mixture; - a central support for movement, mounted on said bearing frame and connected to said main plate , said central support being configured for moving said main plate according to an eccentric trajectory about a first stationary axis (X); said central support being further rotatably connected to the main plate idle about a second axis (Y) of rotation parallel to said first axis (X); - an anti-rotation mechanism configured to prevent a rotation of the main plate , constraining the main plate to a translation movement along said eccentric trajectory about the first axis (X);
A system for manufacturing radionuclide generators, the system comprising: an enclosure defining a radioactive environment, the enclosure including radiation shielding to prevent radiation within the radioactive environment from moving to an exterior of the enclosure; and a pump within the enclosure for transferring fluid through tubing, characterised by the pump comprising: a pump head including a casing , a rotor that rotates in relation to the casing, and a clamp , the tubing extending through the pump head, the clamp compressing the tubing against the rotor and directing radioactive fluid through the tubing as the rotor rotates; a servomotor that controls the rotation of the rotor; and a coupling connecting the pump head to the servomotor, wherein the coupling prevents backlash between the servomotor and the rotor during rotation. an enclosure defining a radioactive environment, the enclosure including radiation shielding to prevent radiation within the radioactive environment from moving to an exterior of the enclosure; and a pump within the enclosure for transferring fluid through tubing, characterised by the pump comprising: a pump head including a casing , a rotor that rotates in relation to the casing, and a clamp , the tubing extending through the pump head, the clamp compressing the tubing against the rotor and directing radioactive fluid through the tubing as the rotor rotates; a servomotor that controls the rotation of the rotor; and a coupling connecting the pump head to the servomotor, wherein the coupling prevents backlash between the servomotor and the rotor during rotation. a pump head including a casing , a rotor that rotates in relation to the casing, and a clamp , the tubing extending through the pump head, the clamp compressing the tubing against the rotor and directing radioactive fluid through the tubing as the rotor rotates; a servomotor that controls the rotation of the rotor; and a coupling connecting the pump head to the servomotor, wherein the coupling prevents backlash between the servomotor and the rotor during rotation.
Method for detecting a misalignment of a first distance sensor , which is an ultrasonic sensor, of a motor vehicle by □ extracting (S1) a first detection feature from a first sensor signal of the first distance sensor , □ extracting (S2) a second detection feature from a second sensor signal of a second distance sensor , which is an ultrasonic sensor, wherein the two detection features are of the same type, and □ constructing (S4) misalignment information about the misalignment of the first distance sensor from a ratio (S3) of the first detection feature to the second detection feature, characterized in that the two detection features are each a number of echoes, a number of detected objects of a specified class, a shape of an envelope curve of the respective sensor signal, or a measure of signal noise. □ extracting (S1) a first detection feature from a first sensor signal of the first distance sensor , □ extracting (S2) a second detection feature from a second sensor signal of a second distance sensor , which is an ultrasonic sensor, wherein the two detection features are of the same type, and □ constructing (S4) misalignment information about the misalignment of the first distance sensor from a ratio (S3) of the first detection feature to the second detection feature,
Four-point link for a wheel suspension system of a vehicle, comprising a core element , a filament and four bushings , each filament being impregnated or pre-impregnated with a resin, the core element having, furthermore, a torsion element and four carrier arms which are connected in one piece to the torsion element , and the respective bushing for receiving a respective bearing element being arranged at a respective distal end of the respective carrier arm , characterized in that the core element and the respective bushing are wound around at least partially by way of the filament , in order to connect the respective bushing and the filament to one another at least in a non-positive manner, the core element being configured from a foam material, and in that the core element has cut-outs for receiving a multiplicity of filament windings, the cut-outs being of indentation-like configuration, the cut-outs being provided to receive a plurality of filament layers, without undesired material accumulations, in particular material beads, being configured on the outer side of the four-point link .
A flow sensing arrangement within a spirometer , comprising: a tubular-member for allowing an air-passage along a longitudinal-axis thereof; at least two disc-shaped air-resistive elements removably-arranged within the tubular member to resist the air-flow, each of said resistive elements comprising a plurality of perforations for allowing the air-passage through the resistive-element; and at-least two ports extending radially outward through a wall of said tubular member , each of said two ports located within the tubular-member near the resistive-elements to cause determination of at least a pressure-difference there-between: characterised in that the perforations of the air-resistive elements are hexagonal in shape. a tubular-member for allowing an air-passage along a longitudinal-axis thereof; at least two disc-shaped air-resistive elements removably-arranged within the tubular member to resist the air-flow, each of said resistive elements comprising a plurality of perforations for allowing the air-passage through the resistive-element; and at-least two ports extending radially outward through a wall of said tubular member , each of said two ports located within the tubular-member near the resistive-elements to cause determination of at least a pressure-difference there-between: characterised in that the perforations of the air-resistive elements are hexagonal in shape.
A method for forming a light extraction layer comprising nanostructures, the method comprising: - providing a substrate, the substrate being at least partially transparent to UV light; - the method being characterized by forming a non-aqueous precursor solution in a two-step sol-gel process by: - forming a mixture comprising a solvent and an alkaline earth metal; - boiling the mixture with reflux forming a gel; - evaporating the solvent of the gel; - cooling down the gel; - adding a solvent to the gel; - heating the solvent with gel; - when the boiling point of the solvent with gel is reached, adding a compound comprising Fluorine; and - boiling the gel such that a transparent sol comprising alkaline earth metal difluoride particles is formed, thereby forming a transparent sol comprising metal fluoride nanoparticles, the method further comprising: - applying the non-aqueous precursor solution on at least a first side of the substrate; - drying the substrate at a first temperature for a first period of time; and - baking the substrate at a second temperature, higher than the first temperature, for a second period of time, to form a light extraction layer comprising alkaline earth metal difluoride nanostructures on the substrate. - providing a substrate, the substrate being at least partially transparent to UV light; - the method being characterized by forming a non-aqueous precursor solution in a two-step sol-gel process by: - forming a mixture comprising a solvent and an alkaline earth metal; - boiling the mixture with reflux forming a gel; - evaporating the solvent of the gel; - cooling down the gel; - adding a solvent to the gel; - heating the solvent with gel; - when the boiling point of the solvent with gel is reached, adding a compound comprising Fluorine; and - boiling the gel such that a transparent sol comprising alkaline earth metal difluoride particles is formed, thereby forming a transparent sol comprising metal fluoride nanoparticles, the method further comprising: - applying the non-aqueous precursor solution on at least a first side of the substrate; - drying the substrate at a first temperature for a first period of time; and - baking the substrate at a second temperature, higher than the first temperature, for a second period of time, to form a light extraction layer comprising alkaline earth metal difluoride nanostructures on the substrate.
A tissue reinforcement material releasably retained on a portion of a surgical stapler end effector for delivery to tissue upon deployment of staples, the tissue reinforcement material comprising a plurality of fibers having an arrangement configured to compress and seal around a fastener component inserted therethrough, wherein the arrangement is a loop structure.
A method of preparation of an aminooxy-functionalised biological targeting molecule lyophilised composition which comprises: (i) reverse phase chromatographic purification of a protected compound of Formula (IA): [BTM]-X 1 (IA) using a mobile phase, to give purified Compound IA in said mobile phase; (ii) deprotection of the purified Compound IA from step (i), to give a solution of aminooxy compound of Formula (IIA): [BTM]-O-NH 2 (IIA) (iii) lyophilisation of the solution from step (ii), to give a lyophilised composition of said aminooxy compound of Formula (IIA); wherein: [BTM] is a biological targeting molecule; X 1 is a protected aminooxy group of formula: wherein R 1 and R 2 are independently chosen from C 1-3 alkyl, C 1-3 fluoroalkyl or C 4-6 aryl. (i) reverse phase chromatographic purification of a protected compound of Formula (IA): [BTM]-X 1 (IA) using a mobile phase, to give purified Compound IA in said mobile phase; (ii) deprotection of the purified Compound IA from step (i), to give a solution of aminooxy compound of Formula (IIA): [BTM]-O-NH 2 (IIA) (iii) lyophilisation of the solution from step (ii), to give a lyophilised composition of said aminooxy compound of Formula (IIA); wherein: [BTM] is a biological targeting molecule; X 1 is a protected aminooxy group of formula: wherein R 1 and R 2 are independently chosen from C 1-3 alkyl, C 1-3 fluoroalkyl or C 4-6 aryl. [BTM] is a biological targeting molecule; X 1 is a protected aminooxy group of formula: wherein R 1 and R 2 are independently chosen from C 1-3 alkyl, C 1-3 fluoroalkyl or C 4-6 aryl.
Safety system for a wind turbine , the wind turbine comprising a nacelle , a hub and a rotor blocking system with several rotor locks (R1, R2, R3), each engageable into a locked position for blocking a rotor of the wind turbine from rotating, wherein a central switching unit comprising one switch (S1, S2, S3) for each of the rotor locks (R1, R2, R3) for manually engaging a corresponding rotor lock (R1, R2, R3) into the locked position when activating the related switch (S1, S2, S3), and a feedback unit generating and providing a safe-signal in a safe state of the hub , in which every rotor lock (R1, R2, R3) is engaged into the locked position, characterized by a user communication unit connected to the feedback unit for providing the safe-signal in terms of visually and/or acoustically informing a person at the central switching unit in the nacelle about the safe state when receiving the provided safe-signal by the user communication unit , wherein the user communication unit comprises a display for displaying the safe-signal. a central switching unit comprising one switch (S1, S2, S3) for each of the rotor locks (R1, R2, R3) for manually engaging a corresponding rotor lock (R1, R2, R3) into the locked position when activating the related switch (S1, S2, S3), and a feedback unit generating and providing a safe-signal in a safe state of the hub , in which every rotor lock (R1, R2, R3) is engaged into the locked position, characterized by a user communication unit connected to the feedback unit for providing the safe-signal in terms of visually and/or acoustically informing a person at the central switching unit in the nacelle about the safe state when receiving the provided safe-signal by the user communication unit , wherein the user communication unit comprises a display for displaying the safe-signal.
Working equipment for ground compacting having - an upper mass ; - a guiding apparatus , coupled to the upper mass , for guiding the working equipment ; - a lower mass which moves relative to the upper mass , is movably coupled to the upper mass via a spring device and has a ground-contacting plate ; - a vibration exciting apparatus for generating a relative movement between the upper mass and the lower mass; and having - a drive for driving the vibration exciting apparatus ; wherein - the drive comprises an electric motor; - the electric motor can be supplied with electrical energy by an electric energy store disposed on the guiding apparatus ; - the guiding apparatus comprises a receiver for reversable insertion of the energy store ; - the guiding apparatus can move relative to the upper mass , and a vibration decoupling device is disposed between the upper mass and the guiding apparatus ; and wherein - between the guiding apparatus and the energy store a further vibration decoupling device is disposed; wherein the working equipment is either a vibration plate, and the vibration exciting apparatus is disposed on the lower mass , or wherein the working equipment is a rammer for ground compacting and the vibration exciting apparatus is disposed on the upper mass or between the upper mass and the lower mass . - an upper mass ; - a guiding apparatus , coupled to the upper mass , for guiding the working equipment ; - a lower mass which moves relative to the upper mass , is movably coupled to the upper mass via a spring device and has a ground-contacting plate ; - a vibration exciting apparatus for generating a relative movement between the upper mass and the lower mass; and having - a drive for driving the vibration exciting apparatus ; wherein - the drive comprises an electric motor; - the electric motor can be supplied with electrical energy by an electric energy store disposed on the guiding apparatus ; - the guiding apparatus comprises a receiver for reversable insertion of the energy store ; - the guiding apparatus can move relative to the upper mass , and a vibration decoupling device is disposed between the upper mass and the guiding apparatus ; and wherein - between the guiding apparatus and the energy store a further vibration decoupling device is disposed;