mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving multiple requests for data from a processor executing a virtual machine; determining that the data satisfies an infrequency condition, wherein the infrequency condition indicates that the data should only be stored at a level no higher than a certain cache level; in response to determining that the data satisfies the infrequency condition: determining a target cache level specific to the virtual machine which defines a cache level within a cache level hierarchy at or below which to store the data, the target cache level being lower than a highest cache level in the cache hierarchy; requesting and receiving the data from a memory that is not a cache of the device; and storing the data in a particular cache that is at or below the target cache level in the cache hierarchy; and storing, into a cache at a particular level of the cache hierarchy that is above the target cache level, the data into a least recently used cache line of the particular level and not updating least recently used bit for the least recently used cache line; and providing the data to the processor executing the virtual machine. receiving multiple requests for data from a processor executing a virtual machine; determining that the data satisfies an infrequency condition, wherein the infrequency condition indicates that the data should only be stored at a level no higher than a certain cache level; in response to determining that the data satisfies the infrequency condition: determining a target cache level specific to the virtual machine which defines a cache level within a cache level hierarchy at or below which to store the data, the target cache level being lower than a highest cache level in the cache hierarchy; requesting and receiving the data from a memory that is not a cache of the device; and storing the data in a particular cache that is at or below the target cache level in the cache hierarchy; and storing, into a cache at a particular level of the cache hierarchy that is above the target cache level, the data into a least recently used cache line of the particular level and not updating least recently used bit for the least recently used cache line; and determining a target cache level specific to the virtual machine which defines a cache level within a cache level hierarchy at or below which to store the data, the target cache level being lower than a highest cache level in the cache hierarchy; requesting and receiving the data from a memory that is not a cache of the device; and storing the data in a particular cache that is at or below the target cache level in the cache hierarchy; and storing, into a cache at a particular level of the cache hierarchy that is above the target cache level, the data into a least recently used cache line of the particular level and not updating least recently used bit for the least recently used cache line; and providing the data to the processor executing the virtual machine.
A method for editing a target sequence in the genome of an Escherichia coli cell, the method comprising providing at least one recombinant DNA construct comprising a DNA sequence encoding a guide RNA and a circular polynucleotide modification template to an E.coli cell comprising a Cas9 endonuclease DNA sequence operably linked to an inducible promoter, wherein said Cas9 endonuclease DNA sequence encodes a Cas9 endonuclease, wherein the guide RNA and the Cas9 endonuclease can form a guide RNA/Cas9 endonuclease complex (RGEN) that is capable of mediating cleavage of the target sequence to allow for homologous recombination mediated gene editing at a target site in the genome of said E . coli cell, wherein said polynucleotide modification template comprises at least one nucleotide modification of said target sequence.
An arrangement for improving shooting accuracy of a weapon, which arrangement comprises a barrel , at least one component, and a holding device mounted on said barrel , said holding device comprises means for holding said at least one component allowing said at least one component to be displaced relative to and in parallel with the barrel, characterized by said at least one component is displaceable 1 to 200 mm relative to the barrel , during which displacement said at least one component does not absorb any substantial recoiling forces, wherein said at least one component comprises a braking unit , which absorbs recoiling forces after a projectile has left the barrel .
IgY antibody composition obtained by immunization of an egg-laying poultry with any development stage of a Caligidae sea louse.
A machine for making a capsule (C) containing a powder product (R) comprising: - a plurality of processing stations configured to perform respective processes for making capsules (C) containing powder product (R) in a respective predetermined processing time; - movement means configured for conveying said capsules (C) along a processing path extending through the plurality of processing stations - a control unit in communication with said movement means for moving them along the plurality of stations ; said movement means comprising a plurality of units each designed to receive at least one capsule body, and at least one guide rail extending along the processing path, each unit defining with said guide rail a linear type motor, characterised in that said plurality of processing stations comprises at least a first processing station having a first processing time (T1) and a second processing station having a second processing time (T2) greater than said first processing time (T1) and in that said control unit is programmed for actuating said movement means in such a way as to feed a first predetermined number of said unit to said at least first processing station and a second predetermined number of said units to said second processing station , said second predetermined number of said unit being greater than said first predetermined number of said units . - a plurality of processing stations configured to perform respective processes for making capsules (C) containing powder product (R) in a respective predetermined processing time; - movement means configured for conveying said capsules (C) along a processing path extending through the plurality of processing stations - a control unit in communication with said movement means for moving them along the plurality of stations ;
Use of a shelf for storing baked goods with levels arranged one above the other, characterized in that a. the baked goods are deep-frozen dough pieces and that tray-shaped pallets are used on which the dough pieces are placed and which are inserted into the levels for fermentation before deep-freezing, and b. whereby the newly inserted pallet each pushes the pallets already on the level, and c. more or fewer shelf levels are used, whereby the shelf levels have different throughput times in order to produce different degrees of fermentation a. the baked goods are deep-frozen dough pieces and that tray-shaped pallets are used on which the dough pieces are placed and which are inserted into the levels for fermentation before deep-freezing, and b. whereby the newly inserted pallet each pushes the pallets already on the level, and c. more or fewer shelf levels are used, whereby the shelf levels have different throughput times in order to produce different degrees of fermentation
A transceiver station providing wireless resources including at least one communication feature for users in a geographical coverage area , the geographical coverage area including a plurality of cells (CELL1-CELL9), and each of the plurality of cells being associated with a different combination of at least one carrier (C1 - C3) and at least one sector (S1 - S3) of the geographical coverage area, the transceiver station comprising: a first board (202-1, 202-2, 202-3) including a first L1 processing circuit (2020-1, 2020-2, 2020-3) configured to perform functions associated with providing the at least one communication feature for a user (USER1) in a first subset of cells from among the plurality of cells; and a second board (202-1, 202-2, 202-3) communicatively coupled with the first board, the second board including a second L1 processing circuit (2020-1, 2020-2, 2020-3) configured to perform functions associated with providing the at least one communication feature for the user in a second subset of cells from among the plurality of cells, the first subset of cells being different from the second subset of cells.
A bioreactor vessel comprising: a bioreactor bag wall having an interior side and an exterior side and an aperture extending from the interior side to the exterior side, wherein the interior side is configured to contact and house a reaction mixture; a port mounted proximate the aperture , the port including a flange fixedly attached to the bioreactor bag , such that a fluidic seal is maintained along a circumference of the flange ; and a plurality of sensors disposed within the corresponding inlets of the port , the inlets comprising one-way valves configured to allow insertion of the corresponding sensor without allowing fluid from the bag to contact the outside of the bag . a bioreactor bag wall having an interior side and an exterior side and an aperture extending from the interior side to the exterior side, wherein the interior side is configured to contact and house a reaction mixture; a port mounted proximate the aperture , the port including a flange fixedly attached to the bioreactor bag , such that a fluidic seal is maintained along a circumference of the flange ; and a plurality of sensors disposed within the corresponding inlets of the port , the inlets comprising one-way valves configured to allow insertion of the corresponding sensor without allowing fluid from the bag to contact the outside of the bag .
An electrofilter for smoke purification consisting of several sets of positive collection plates and negative discharge wires , where the plates consist of steel plates which are earthed by a wire and fixed in parallel at a mutual distance of 100 to 400 mm, whereby parallel ducts are created between the collection plates through which the smoke to be purified passes in a horizontal flow, and the negative discharge wires are suspended midway between the collection plates , wherein the electrofilter is designed with a row of preferably circular collection plates which are mounted at a uniform mutual distance on a rotating shaft , wherein between each collection plate and a neighbouring plate one or more discharge wires are mounted which are suspended from a common frame on which a vibrator is mounted which can vibrate and thus clean the discharge wires of collected dust, wherein on the frame of the electrofilter between each pair of collection plates stationary scrapers are mounted for each collection plate which bear against and are able to clean the collection plates of dust, and wherein each collection plate is designed with evenly distributed cutouts or through bores which can absorb any shear, expansion or contraction of the collection plates owing to temperature fluctuations so that the collection plates remain fully or approximately plane in operation, and wherein furthermore at each collection plate guide rollers are mounted that bear against the collection plate and keep this plane to ensure an efficient scraping process.
Computer-aided method for adjusting a CAD model of a pipe layout to a real-world environment in a submarine, in which the CAD model of the pipe layout is superimposed on a video recording of the real-world environment to form an augmented-reality display, and the geometry of the pipe layout in at least one non-coincident region is changed by means of an interactive editor, wherein, in order to calibrate the pipe layout in the augmented-reality display, use is made of optical markers which mark a central axis of the pipe layout in the video recording of the real-world environment, and wherein a calibration tool is arranged in order to calibrate the pipe layout in the real-world environment, and the calibration tool is provided with a centring mandrel and with at least two optical markers, which are arranged on a pin , the longitudinal axis of which coincides with the longitudinal axis (A) of the centring mandrel , wherein, when the calibration tool is clamped over the centring mandrel in a pipe holder, a pipe lead-through or a pipe connection, the pin is arranged directly on a central axis of the pipe layout which is to be guided through the pipe holder or pipe lead-through or is to be connected to the pipe connection.
A method of assembling a tubular building structure being a wind turbine tower comprising a circumferential wall structure formed from a plurality of wall elements , characterized by the method comprising the step of mutually assembling at least some of the wall elements by use of screw sockets mounted in holes in the wall elements and bolts which are screwed into the screw sockets to perform the assembly, the method further comprising: - a first surface treatment of at least an exterior of the wall elements , wherein the first surface treatment is selected from one or more of the following processes: galvanizing, such as hot dip galvanizing, powder coating and wet paint system, - insertion of the screw sockets into holes in the wall elements , and - a second surface treatment of at least the exterior of the wall elements with the screw sockets inserted therein, wherein the second surface treatment comprises application of a coating, such as lacquer, powder coating and/or wet paint system. - a first surface treatment of at least an exterior of the wall elements , wherein the first surface treatment is selected from one or more of the following processes: galvanizing, such as hot dip galvanizing, powder coating and wet paint system, - insertion of the screw sockets into holes in the wall elements , and - a second surface treatment of at least the exterior of the wall elements with the screw sockets inserted therein, wherein the second surface treatment comprises application of a coating, such as lacquer, powder coating and/or wet paint system.
Device for application of a viscous material to workpieces, having a housing , having an application channel that runs in the housing all the way to an exit opening , and having a needle valve for releasing and closing the application channel at a valve seat , wherein an actuation element is mounted in the housing so as to rotate about an axis of rotation , wherein the axis of rotation extends parallel to a longitudinal direction , in which the valve needle of the needle valve can be displaced with reference to the housing , that the actuation element has a guide groove in its radial mantle surface , which groove runs all the way around and is curved in the axial direction , into which groove at least one pin that extends in the radial direction engages, and wherein the valve needle is connected with the actuation element or with the at least one pin in such a manner that a rotation of the actuation element about the axis of rotation brings about a displacement of the valve needle with reference to the housing , in the longitudinal direction , characterized in that the guide groove is closed in itself.
An orthopaedic implant comprising: a baseplate including a plate body extending along a longitudinal axis (A) between a front face and a rear face , and including an anchoring stem extending outwardly from the rear face ; wherein the plate body includes a main body portion establishing the front face , an augment portion extending outwardly from the main body portion to establish an augment face section of the rear face , and a plurality of peripheral apertures circumferentially distributed about the longitudinal axis (A), wherein the peripheral apertures are dimensioned to receive respective fasteners for securing the baseplate to a surgical site; wherein the augment face section is arranged transversely relative to the longitudinal axis (A), and first and second reference planes (R1, R2) arranged perpendicular to each other extend along the longitudinal axis (A) such that the first reference plane (R1) bisects the augment face section ; characterized in, that wherein all peripheral apertures of the baseplate that are arranged about the longitudinal axis (A) are circumferentially offset from both of the first and second reference planes (R1, R2). a baseplate including a plate body extending along a longitudinal axis (A) between a front face and a rear face , and including an anchoring stem extending outwardly from the rear face ; wherein the plate body includes a main body portion establishing the front face , an augment portion extending outwardly from the main body portion to establish an augment face section of the rear face , and a plurality of peripheral apertures circumferentially distributed about the longitudinal axis (A), wherein the peripheral apertures are dimensioned to receive respective fasteners for securing the baseplate to a surgical site; wherein the augment face section is arranged transversely relative to the longitudinal axis (A), and first and second reference planes (R1, R2) arranged perpendicular to each other extend along the longitudinal axis (A) such that the first reference plane (R1) bisects the augment face section ; characterized in, that wherein all peripheral apertures of the baseplate that are arranged about the longitudinal axis (A) are circumferentially offset from both of the first and second reference planes (R1, R2).
Anti-climber device for a rail vehicle, comprising a baffle plate with a plurality of projecting mouldings , wherein the extension of the mouldings across the surface of the baffle plate follows a traverse line with a repeated sequence of rising and falling sections, characterised in that in the installation position of the anti-climber device , the course of the mouldings is formed as a travers line with a repetitive sequence of rising and falling sections with respect to the horizontal.
A circuit for controlling calibration , applicable for controlling calibration of a DRAM memory, comprising: an off-chip calibration module , configured to receive and store a first calibration code sent by a user; an on-chip calibration module , configured to receive an enable signal, and perform a ZQ self-calibration process on the memory to obtain a second calibration code adapted to a current environmental parameter in a case that the enable signal is in an active state; and a mode switching module , configured to receive a calibration mode signal, the first calibration code and the second calibration code, and determine the first calibration code as a ZQ calibration code in the case that the calibration mode signal indicates an off-chip calibration mode, or, determine the second calibration code as the ZQ calibration code in a case that the calibration mode signal indicates an on-chip calibration mode; wherein the user sends the first calibration code firstly before switching from the on-chip calibration mode to the off-chip calibration mode. an off-chip calibration module , configured to receive and store a first calibration code sent by a user; an on-chip calibration module , configured to receive an enable signal, and perform a ZQ self-calibration process on the memory to obtain a second calibration code adapted to a current environmental parameter in a case that the enable signal is in an active state; and a mode switching module , configured to receive a calibration mode signal, the first calibration code and the second calibration code, and determine the first calibration code as a ZQ calibration code in the case that the calibration mode signal indicates an off-chip calibration mode, or, determine the second calibration code as the ZQ calibration code in a case that the calibration mode signal indicates an on-chip calibration mode; wherein the user sends the first calibration code firstly before switching from the on-chip calibration mode to the off-chip calibration mode.
A method for wireless communication, comprising: receiving , at a relay device, a pre-wakeup, PWU, signal from a user equipment, UE, during a PWU period that is prior to a discovery period, wherein the discovery period is based at least in part on a periodic wakeup configuration; and transmitting , from the relay device, a discovery broadcast during the discovery period based at least in part on receiving the PWU signal. receiving , at a relay device, a pre-wakeup, PWU, signal from a user equipment, UE, during a PWU period that is prior to a discovery period, wherein the discovery period is based at least in part on a periodic wakeup configuration; and transmitting , from the relay device, a discovery broadcast during the discovery period based at least in part on receiving the PWU signal.
A robot cleaner which performs a cleaning operation in a cleaning area, the robot cleaner comprising: a battery ; and a processor configured, in response to a capacity of the battery reaching a predetermined value as the robot cleaner performs the cleaning operation, to: control the robot cleaner to charge some of the battery based on at least one of a charging method of the battery and information on the cleaning area, and clean a remaining area using the charged battery . a battery ; and a processor configured, in response to a capacity of the battery reaching a predetermined value as the robot cleaner performs the cleaning operation, to: control the robot cleaner to charge some of the battery based on at least one of a charging method of the battery and information on the cleaning area, and clean a remaining area using the charged battery . control the robot cleaner to charge some of the battery based on at least one of a charging method of the battery and information on the cleaning area, and clean a remaining area using the charged battery .
A mold for making a container for dispensing a dental paste, the container comprising at least a first chamber for storing the dental paste, the container having a retention end allowing the container to be retained in a dispensing gun and a dispensing end , the first chamber opening into the dispensing end and being further configured for receiving a piston or plunger by which the dental paste can be extruded through the dispensing end , wherein the container further comprises a through-channel for transmitting a gaseous medium, in particular an airstream, through the container and extending between the retention end and the dispensing end , the mold comprising a first mold core for molding the chamber of the container , a second mold core for molding a first portion of the through-channel , a third mold core for molding a nozzle of the container, and a fourth mold core for molding a second portion of the through-channel , with the first and second portions being directly connected to each other.
Timepiece escapement comprising a bistable elastic member , a winding lever arranged to wind the bistable elastic member during winding phases, and a detent lever arranged to be driven by a detent of the bistable elastic member after each winding phase in order to communicate an impulse to a regulator, characterised in that it comprises a single escapement mobile to drive the winding lever during the winding phases, the escapement mobile comprising a winding member arranged to cooperate with winding elements of the winding lever , in the manner of a gear, in order to cause the winding lever to pivot in an alternating manner in opposing directions.