mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: receiving a request for data from a component of a device; determining that the request for the data comprises a request for a nested page table data and that the data should only be stored in a cache at a level no higher than a target cache level; in response to determining that the data is the nested page table data and that the data should only be stored in a cache at a level no higher than the target cache level: determining the target cache level which defines a cache level within a cache level hierarchy of a cache at or below which to store the nested page table data, the target cache level being lower than a highest cache level in the cache level 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 level hierarchy; 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 a least recently used bit for the least recently used cache line; and providing the data to the component. receiving a request for data from a component of a device; determining that the request for the data comprises a request for a nested page table data and that the data should only be stored in a cache at a level no higher than a target cache level; in response to determining that the data is the nested page table data and that the data should only be stored in a cache at a level no higher than the target cache level: determining the target cache level which defines a cache level within a cache level hierarchy of a cache at or below which to store the nested page table data, the target cache level being lower than a highest cache level in the cache level 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 level hierarchy; 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 a least recently used bit for the least recently used cache line; and determining the target cache level which defines a cache level within a cache level hierarchy of a cache at or below which to store the nested page table data, the target cache level being lower than a highest cache level in the cache level 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 level hierarchy; 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 a least recently used bit for the least recently used cache line; and providing the data to the component.
A respiratory mask assembly, the assembly comprising a first component defining a fluid inlet and a sealing cushion (12,14,16) formed as part of a single injection moulding process of an elastomeric material, and a second component formed of a more rigid material, the second component defining a mask housing having an aperture formed therein, the mask housing being shaped to define a cavity with an entrance through which the nose, or nose and mouth, of a user may be received in use, wherein the fluid inlet extends from the aperture in the mask housing at a proximal end to a distal end for receiving, in use, a fluid connector for connection to a gas supply, wherein the fluid inlet extends directly from a region of the mask housing at the periphery of the aperture, characterized in that the fluid inlet is corrugated.
An anti-scratch method for limiting scratches on a windscreen of a vehicle, said vehicle comprising at least one windscreen wiper for wiping the windscreen and a windscreen washer, characterised in that when manual operation of each windscreen wiper is required: - it is determined whether the windscreen is dry using a water detector, and - if the windscreen is dry, a liquid is sprayed beforehand onto the windscreen with said windscreen washer, then the windscreen is wiped with each windscreen wiper, and - if the windscreen is wet, the windscreen is wiped with each windscreen wiper without using the windscreen washer beforehand. - it is determined whether the windscreen is dry using a water detector, and - if the windscreen is dry, a liquid is sprayed beforehand onto the windscreen with said windscreen washer, then the windscreen is wiped with each windscreen wiper, and - if the windscreen is wet, the windscreen is wiped with each windscreen wiper without using the windscreen washer beforehand.
A composition comprising a first composition, which comprises a first ethylene/alpha-olefin/non-conjugated diene interpolymer, and wherein the first composition comprises the following properties: a) a molecular weight distribution MWD(conv) ≥ 3.50, and b) a [(Mz)/(tan delta (0.1 rad/sec, 190°C))] ≥ 250,000 g/mole; wherein MWD (conv) is determined from conventional GPC. a) a molecular weight distribution MWD(conv) ≥ 3.50, and b) a [(Mz)/(tan delta (0.1 rad/sec, 190°C))] ≥ 250,000 g/mole; wherein MWD (conv) is determined from conventional GPC.
A method for influencing the propagation velocity of light signals (10, 11), which propagate with a group velocity within a waveguide in the propagation direction, wherein a first pump radiation of a limited frequency range is coupled into the waveguide against the propagation direction of the light signals (10, 11), wherein a stimulated Brillouin scattering takes place between the first pump radiation and the light signals (10, 11), wherein in addition to the first pump radiation, a second pump radiation is coupled into the waveguide, the frequency of which is displaced relative to that of the first pump radiation such that the gain spectrum of the second pump radiation at least partially overlaps the loss spectrum of the first pump radiation, characterised in that, the bandwidths of the light sources (15, 16) generating the pump radiations are adjusted to at least approximately equal extent, wherein the gain spectrum and the loss spectrum at least partially compensate each other.
Assembly for an aircraft and comprising: - a pylon having a mounting plate having a front face and a rear face and through which there passes, between the front face and the rear face, at least one central bore (214a-b), - a front engine mount comprising a spar which has a rear face bearing against the front face of the mounting plate and which, for each central bore (214a-b), has a complementary central bore aligned with the said central bore (214a-b), and the assembly being characterized in that, for each central bore (214a-b), the said assembly comprises a mounting system which comprises: - a shear pin which is inserted into the central bore and the corresponding complementary central bore from the rear face of the mounting plate and which has a flange bearing against the rear face of the mounting plate, - a support with a central hole the diameter of which is greater than the diameter of the flange and fixed to the rear face of the mounting plate so as to align the central hole and the central bore, and - a cap fixed to the support closing off the central hole and bearing against the shear pin. - a pylon having a mounting plate having a front face and a rear face and through which there passes, between the front face and the rear face, at least one central bore (214a-b), - a front engine mount comprising a spar which has a rear face bearing against the front face of the mounting plate and which, for each central bore (214a-b), has a complementary central bore aligned with the said central bore (214a-b), and - a shear pin which is inserted into the central bore and the corresponding complementary central bore from the rear face of the mounting plate and which has a flange bearing against the rear face of the mounting plate, - a support with a central hole the diameter of which is greater than the diameter of the flange and fixed to the rear face of the mounting plate so as to align the central hole and the central bore, and - a cap fixed to the support closing off the central hole and bearing against the shear pin.
Air brake tubing comprising: an air brake tube body comprising at least one layer formed from a composition comprising 15-75 wt%_copolyester; 15-75 wt% thermoplastic polyurethane; and 0-20 wt% polyamide. an air brake tube body comprising at least one layer formed from a composition comprising 15-75 wt%_copolyester; 15-75 wt% thermoplastic polyurethane; and 0-20 wt% polyamide.
A plastic film punching apparatus comprising: a cylindrical punch blade comprising a saw-toothed edge which includes mountain portions and valley portions formed alternately with each other, the mountain portions having tops formed at a position of height, the valley portions having bottoms formed at a position of height: characterised by a protrusion disposed internally of the punch blade to protrude beyond the position of height of the bottoms of valley portions and toward the position of height of the tops of mountain portions, the protrusion being fixed with respect to the punch blade; an annular clearance formed between the punch blade and the protrusion; and a drive by which the punch blade and the protrusion are pressed against a plastic film, the plastic film being pierced with the tops of mountain portions and stretched by the protrusion, the punch blade being thrust into the plastic film about the protrusion, the plastic film being introduced into the annular clearance to be lacerated by the punch blade, the plastic film being lacerated to the bottoms of valley portions in the annular clearance to be punched by the punch blade so that an aperture should be formed in the plastic film, the plastic film generating a waste; wherein the waste contracts into an original state after the plastic film is punched so that the protrusion should receive a reaction of contraction, the waste being removed by the reaction. a cylindrical punch blade comprising a saw-toothed edge which includes mountain portions and valley portions formed alternately with each other, the mountain portions having tops formed at a position of height, the valley portions having bottoms formed at a position of height: characterised by a protrusion disposed internally of the punch blade to protrude beyond the position of height of the bottoms of valley portions and toward the position of height of the tops of mountain portions, the protrusion being fixed with respect to the punch blade; an annular clearance formed between the punch blade and the protrusion; and a drive by which the punch blade and the protrusion are pressed against a plastic film, the plastic film being pierced with the tops of mountain portions and stretched by the protrusion, the punch blade being thrust into the plastic film about the protrusion, the plastic film being introduced into the annular clearance to be lacerated by the punch blade, the plastic film being lacerated to the bottoms of valley portions in the annular clearance to be punched by the punch blade so that an aperture should be formed in the plastic film, the plastic film generating a waste; wherein the waste contracts into an original state after the plastic film is punched so that the protrusion should receive a reaction of contraction, the waste being removed by the reaction.
An engine-powered vehicle having an automatic power management feature comprising: - an engine having a rated engine speed; - a transmission with multiple gear ratios driven by the engine; - an electronic controller for controlling both said engine and said transmission; - a mode selector actuatable by an operator for inputting to said electronic controller an operator selection between manual speed control mode and automatic speed control mode; and - a device configured to evaluate a variable during automatic speed control mode and inputting said variable to said electronic controller to control the engine rpm and the transmission gear during automatic speed control mode; and characterized in that said electronic controller maintains a selected vehicle speed during automatic speed control mode by automatically up-shifting said transmission and reducing engine speed to reduce fuel consumption when a load on said vehicle is reduced and down-shifting the transmission and increasing engine speed when said load is applied; and wherein said variable is selected from the group consisting of (a) the position of a selector switch, said selector switch being positionable in a field mode for operating said vehicle in a field, including tillage applications under changing load conditions, and a road mode for operating said vehicle during road hauling or transportation, (b) the position of a brake and ground speed, (c) vehicle slippage and ground speed, (d) an operator set maximum and minimum ground speed, (e) an operator set maximum and minimum gear setting, (f) system sensitivity, (g) change in implement status, and (h) combinations thereof; and wherein the maximum allowable vehicle ground speed and the maximum allowable gear are greater in said road mode than in said field mode. - an engine having a rated engine speed; - a transmission with multiple gear ratios driven by the engine; - an electronic controller for controlling both said engine and said transmission; - a mode selector actuatable by an operator for inputting to said electronic controller an operator selection between manual speed control mode and automatic speed control mode; and - a device configured to evaluate a variable during automatic speed control mode and inputting said variable to said electronic controller to control the engine rpm and the transmission gear during automatic speed control mode; and
A method for regulating expression of a target endogenous gene in growing plants comprising: topically applying onto the surface of said growing plants: (a) at least one non-transcribable double-stranded RNA comprising a sequence essentially identical to, or essentially complementary to, a sequence of 18 or more contiguous nucleotides in either said target endogenous gene or messenger RNA transcribed from said target endogenous gene; and (b) an effective amount of a chemical transferring agent, wherein said chemical transferring agent permits said at least one non-transcribable double-stranded RNA to permeate the interior of said growing plants, wherein said chemical transferring agent is an organosilicone surfactant, and whereby said at least one non-transcribable double-stranded RNA regulates the expression of said target endogenous gene. (a) at least one non-transcribable double-stranded RNA comprising a sequence essentially identical to, or essentially complementary to, a sequence of 18 or more contiguous nucleotides in either said target endogenous gene or messenger RNA transcribed from said target endogenous gene; and (b) an effective amount of a chemical transferring agent, wherein said chemical transferring agent permits said at least one non-transcribable double-stranded RNA to permeate the interior of said growing plants, wherein said chemical transferring agent is an organosilicone surfactant, and whereby said at least one non-transcribable double-stranded RNA regulates the expression of said target endogenous gene.
Rail vehicle wheel, having at least one wheel disc and a wheel flange or wheel tyre, in which at least the wheel disc is provided with a covering of sound-absorbing or vibration-damping material, characterized in that the covering is formed as an at least one-sided coating of the wheel disc of microporous silicone material, the relative density of the silicone material lying between 0.4 g/cm 3 and 1.2 g/cm 3, preferably between 0.75 g/cm 3 and 0.85 g/cm 3 and fillers that produce an internal friction from vibrations in the silicone material being distributed within the silicone material.
A ventilated cold display unit for displaying products, such as food products, the unit comprising an air humidifier and at least one open or closed enclosure comprising an upper product display zone and a lower technical zone at least partially containing forced air circulation means and cold production means in order to cool said air, said zones (4, 5) being separated from one another at least by a product display tray and communicating with one another at least by a chamber arranged along one of the edges, called rear, of the upper display zone and by at least one air recovery opening arranged along the opposite edge, called front, of said upper display zone, said chamber being connected at its inlet to the lower technical zone and at its outlet to the upper display zone for circulation of the air in a loop between said zones (4, 5) with an outgoing flow of air circulating above the display tray(s) from the chamber through the air recovery opening(s) and a return air flow circulating below the display tray(s) from the air recovery opening(s) toward the chamber, said chamber containing at least one duct that can be connected to said air humidifier, this duct being a diffuser duct whereof the peripheral delimiting wall is provided with openings, called side openings, through which the humidity produced by said humidifier can be introduced into said chamber, characterized in that the side openings of the duct are arranged along the side of the duct opposite that facing the upper exposure zone, and in that said side openings of the duct emerge in the chamber at a location situated above the plane passing through the display tray(s).
A medical tool, comprising: an electromechanical driver; a surgical attachment having an application element driven by said electromechanical driver; a sensor assembly housed in the surgical attachment and capable of sensing and transmitting data regarding a feature of the environment surrounding at least a portion of said tool; and a processor element capable of receiving said data and controlling said electromechanical driver in correspondence with said data, at least one of said electromechanical driver and said processor element, is housed in the surgical attachment, and the remainder of said electromechanical driver and said processor element, are housed in a main portion, characterized in that said attachment can be attached to and detached from the main portion, wherein when said attachment is attached to said main portion, said sensor assembly is capable of sensing and transmitting a feature of the tool, and said transmission of data, said receipt of data, said control, and said driving is possible. an electromechanical driver; a surgical attachment having an application element driven by said electromechanical driver; a sensor assembly housed in the surgical attachment and capable of sensing and transmitting data regarding a feature of the environment surrounding at least a portion of said tool; and a processor element capable of receiving said data and controlling said electromechanical driver in correspondence with said data, at least one of said electromechanical driver and said processor element, is housed in the surgical attachment, and the remainder of said electromechanical driver and said processor element, are housed in a main portion, characterized in that said attachment can be attached to and detached from the main portion, wherein when said attachment is attached to said main portion, said sensor assembly is capable of sensing and transmitting a feature of the tool, and said transmission of data, said receipt of data, said control, and said driving is possible.
A method of sample identification for samples loaded on an automated tissue staining apparatus including the steps of: providing a sample support having a slide identification region comprising at least two fields, wherein the at least two fields comprise at least two of the following: patient name, protocol information, test information, or a unique identifier, wherein at least one field comprises a unique identifier that is both human readable and machine-readable; capturing an image of at least part of the slide identification region of the sample support; processing the image where identification information in the image is either automatically recognized and matches with sample processing information, or where the identification information is categorized as not identified, displaying said image on a screen for identification by a user; and presenting the user with identifiers of samples from the pool of identifiers that have been entered into a database, but not already identified. providing a sample support having a slide identification region comprising at least two fields, wherein the at least two fields comprise at least two of the following: patient name, protocol information, test information, or a unique identifier, wherein at least one field comprises a unique identifier that is both human readable and machine-readable; capturing an image of at least part of the slide identification region of the sample support; processing the image where identification information in the image is either automatically recognized and matches with sample processing information, or where the identification information is categorized as not identified, displaying said image on a screen for identification by a user; and presenting the user with identifiers of samples from the pool of identifiers that have been entered into a database, but not already identified.
A semiconductor detector, comprising a semiconductor crystal, a cathode, an anode and at least one ladder electrode; the semiconductor crystal comprises a top surface, a bottom surface and at least one side; the cathode, the anode and the at least one ladder electrode (104, 105, 106, 107) are conductive thin films deposited on a surface of the semiconductor crystal; the cathode is disposed on the bottom surface of the semiconductor crystal, the anode is disposed on the top surface of the semiconductor crystal, and the at least one ladder electrode (104, 105, 106, 107) comprises a plurality of sub-electrodes uniformly disposed on the at least one side of the semiconductor crystal.
Process for producing amphiphilic nanoscale particles which have, on the surface, hydrolyzable radicals which are lipophilic, comprising a) the hydrolysis and condensation of one or more hydrolyzable compounds which include at least one lipophilic hydrolyzable group with a substoichiometric amount of water and b) the removal of solvent in order to obtain the resulting amphiphilic particles with hydrolyzable radicals as powder.