mhurhangee/patent-ind-claim-en huggingface dataset:
A method to manage workload memory allocation for a platform comprising a primary memory and a secondary memory , the secondary memory having a lower latency or a higher bandwidth than the primary memory, the method comprising: executing a workload on the platform , wherein the workload includes executable binary code, and wherein, during execution of the workload, data arrays are processed by a processor of the platform and stored in the primary memory and/or the secondary memory ; identifying instances of data array access attempts to the primary memory ; counting a number of the instances each data array attempts a memory access; selecting one of said data arrays for reallocation from the primary memory to the secondary memory if the number of the memory access attempts per unit of time of that data array exceeds a threshold value; reallocating the selected data array from the primary memory to the secondary memory when the secondary memory has space for the selected data array; modifying code associated with the selected data array; and generating a new executable binary code based on the modified code for a subsequent workload execution. executing a workload on the platform , wherein the workload includes executable binary code, and wherein, during execution of the workload, data arrays are processed by a processor of the platform and stored in the primary memory and/or the secondary memory ; identifying instances of data array access attempts to the primary memory ; counting a number of the instances each data array attempts a memory access; selecting one of said data arrays for reallocation from the primary memory to the secondary memory if the number of the memory access attempts per unit of time of that data array exceeds a threshold value; reallocating the selected data array from the primary memory to the secondary memory when the secondary memory has space for the selected data array; modifying code associated with the selected data array; and generating a new executable binary code based on the modified code for a subsequent workload execution.
A chemical-mechanical polishing composition comprising: (a) an abrasive comprising ceria particles, wherein the ceria particles have an average particle size of about 60 nm to about 120 nm, (b) a cationic polymer selected from a cationic homopolymer, a cationic copolymer comprising at least one cationic monomer and at least one nonionic monomer, and a combination thereof, (c) a quaternary ammonium salt or a quaternary phosphonium salt, and (d) water, wherein the polishing composition has a pH of about 5 to about 8. (a) an abrasive comprising ceria particles, wherein the ceria particles have an average particle size of about 60 nm to about 120 nm, (b) a cationic polymer selected from a cationic homopolymer, a cationic copolymer comprising at least one cationic monomer and at least one nonionic monomer, and a combination thereof, (c) a quaternary ammonium salt or a quaternary phosphonium salt, and (d) water,
A nanoimprint lithography (NIL) process, comprising the successive steps of: a) preparing a solution of metal or metalloid oxide precursor(s), b) applying said solution onto a substrate to form a film, c) equilibrating the film with the atmosphere under adjusted solvent vapor pressure, d) applying a soft mould onto said film to provide an assembly such that said film fills up the cavities of the mould, and maintaining said assembly under solvent vapor, e) thermally treating said assembly so as to rigidify the gel film thus obtained, f) removing the mould to obtain a substrate coated with a patterned gel, and g) curing said patterned gel so as to obtain a patterned metal or metalloid oxide material on said substrate, characterized in that the solvent uptake of the film is adjusted to 10 to 50% vol., preferably between 15 and 40% vol., by varying the vapor pressure in a volatile solvent at the vicinity of the gel during steps c) and d). a) preparing a solution of metal or metalloid oxide precursor(s), b) applying said solution onto a substrate to form a film, c) equilibrating the film with the atmosphere under adjusted solvent vapor pressure, d) applying a soft mould onto said film to provide an assembly such that said film fills up the cavities of the mould, and maintaining said assembly under solvent vapor, e) thermally treating said assembly so as to rigidify the gel film thus obtained, f) removing the mould to obtain a substrate coated with a patterned gel, and g) curing said patterned gel so as to obtain a patterned metal or metalloid oxide material on said substrate,
Pneumatic device connecting the towing vehicle to the trailer, comprising: - at least one pair of first couplings connectable to a first type of vehicles and one pair of second couplings connectable to a second type of vehicles, where each of said pairs of couplings comprises at least one supply coupling and at least one driving coupling connectable to the braking system (F T , F R ) of the relevant vehicle; - at least one tank of compressed air; - at least one supply line connected to said supply couplings and at least one control line connected to said driving couplings ; - pressure variation means along said control line that can be activated/deactivated as a result of the connection/disconnection of said pair of second couplings to/from the relevant vehicle; characterized by the fact that said pair of first and said pair of second couplings are associated with a towing vehicle, where said pair of first couplings is connectable to a first type of trailers and said pair of second couplings is connectable to a second type of trailers, by the fact that said at least one tank comprises at least one towing tank and by the fact that it comprises: - a trailer-brake valve comprising a body in which there is at least one seat communicating with at least one loading line connected to said towing tank , with said supply line , the latter being in turn communicating with said loading line , and with said control line ; - at least one distributor housed in a sliding manner inside said seat and movable at least to put said loading line in communication with said control line ; driving means of said distributor, operationally connected to the braking system (Fv) of the towing vehicle and adapted to move said distributor to increase or decrease the passage gap of the compressed air coming from said loading line towards said control line to increase and decrease respectively the pressure in the braking system (F T ) of the towing vehicle. - at least one pair of first couplings connectable to a first type of vehicles and one pair of second couplings connectable to a second type of vehicles, where each of said pairs of couplings comprises at least one supply coupling and at least one driving coupling connectable to the braking system (F T , F R ) of the relevant vehicle; - at least one tank of compressed air; - at least one supply line connected to said supply couplings and at least one control line connected to said driving couplings ; - pressure variation means along said control line that can be activated/deactivated as a result of the connection/disconnection of said pair of second couplings to/from the relevant vehicle; - a trailer-brake valve comprising a body in which there is at least one seat communicating with at least one loading line connected to said towing tank , with said supply line , the latter being in turn communicating with said loading line , and with said control line ; - at least one distributor housed in a sliding manner inside said seat and movable at least to put said loading line in communication with said control line ;
A structure configurable to form a display packaging , the structure comprising: a middle region adjoining a first region at a first fold line and adjoining a second region at a second fold line , the middle region including a series of interconnected triangular panels , each triangular panel from a first set of the interconnected triangular panels having a first orientation with a base edge adjoining the first region and a vertex adjoining the second region , each triangular panel from a second set of the interconnected triangular panels having a second orientation with a base edge adjoining the second region and a vertex adjoining the first region ; the first region including a first series of alternating base triangular panels and vertex triangular panels ; and the second region including a second series of alternating base triangular panels and vertex triangular panels , wherein each of the base triangular panels is a trapezoid, wherein each base triangular panel from the first region and the second region includes a base edge that adjoins the base edge of a triangular panel at the first and second fold lines .
Polypeptide consisting in the following amino acid sequence: W-S-G-W-S-S-C-S-R-S-C-G (SEQ ID NO: 2) wherein the two cysteines form a disulfide bridge.
A device for chromatic confocal measurement of a local height and/or orientation of a surface (S) of a sample, the device comprising: - a light source configured to generate a polychromatic light beam , - a projection objective lens comprising an axial chromatic lens configured to apply the light beam to the surface (S) of the sample, the light beam having a defined propagation axis, - an optical sensor, configured to receive a reflected light beam from the sample surface (S) and measure a total energy of said reflected light beam received during an integration interval, and - a unit for processing the signal from the optical sensor, configured to determine the height and/or local orientation of the surface of the sample; the measuring device being characterised in that it further comprises a scanning system , coupled to the projection objective lens and configured to move the axis of propagation of the light beam relative to the projection objective lens along a predetermined path during the integration interval of the optical sensor, so that the total energy measured by the optical sensor corresponds to a dynamic spatial average of the total energy of the light beam reflected by the surface (S) of the sample along the predetermined path . - a light source configured to generate a polychromatic light beam , - a projection objective lens comprising an axial chromatic lens configured to apply the light beam to the surface (S) of the sample, the light beam having a defined propagation axis, - an optical sensor, configured to receive a reflected light beam from the sample surface (S) and measure a total energy of said reflected light beam received during an integration interval, and - a unit for processing the signal from the optical sensor, configured to determine the height and/or local orientation of the surface of the sample; the measuring device being characterised in that it further comprises a scanning system , coupled to the projection objective lens and configured to move the axis of propagation of the light beam relative to the projection objective lens along a predetermined path during the integration interval of the optical sensor, so that the total energy measured by the optical sensor corresponds to a dynamic spatial average of the total energy of the light beam reflected by the surface (S) of the sample along the predetermined path .
An electrical/electronic device for building installation technology, having a central piece surrounded by a cover frame and a base part fixed to a supporting ring , wherein a voltage supply unit is fixed to the base part , which unit comes into operative connection with the base part in a contacting manner on the one hand and is provided on the other hand for the electrical connection of at least one functional assembly , wherein the functional assembly is assigned to a recess present in the central piece , wherein the at least one functional assembly has at least one electrical printed circuit board and is equipped with at least one electrical connection unit at its second end region assigned to the recess of the central piece , wherein the at least one electrical printed circuit board of the functional assembly is equipped, for contacting the voltage supply unit at its first end region facing the voltage supply unit , with a plurality of plug pins which interact in a contacting manner with a socket strip which is a component of the voltage supply unit , characterized in that the functional assembly is received by a housing fixed to the supporting ring , so that the functional assembly is fixed to the supporting ring .
Formulation comprising at least one organic functional material having a molecular weight of ≤ 5,000 g/mol, and organic solvents, characterized in that said formulation comprises a mixture of at least two different solvents wherein a first organic solvent is liquid at 10°C and a second organic solvent is solid at 10°C, wherein the first organic solvent has a boiling point in the range from 200 to 300°C, wherein the boiling point is given at 760 mm Hg, wherein the second organic solvent exhibits a melting point between 12 and 60°C, wherein said solvent mixture comprises at least 11 % by weight of the second solvent, and wherein the formulation comprises at least 1.0 % by weight of said organic functional material. wherein the first organic solvent has a boiling point in the range from 200 to 300°C, wherein the boiling point is given at 760 mm Hg, wherein the second organic solvent exhibits a melting point between 12 and 60°C, wherein said solvent mixture comprises at least 11 % by weight of the second solvent, and wherein the formulation comprises at least 1.0 % by weight of said organic functional material.
A polyether polyamide elastomer comprising a diamine constituent unit derived from a polyether diamine compound (A-1) represented by the following formula and a xylylenediamine (A-2) and a dicarboxylic acid constituent unit derived from an α,ω-linear aliphatic dicarboxylic acid having a carbon number of from 4 to 20: wherein (x + z) represents a numerical value of from 2 to 20; y represents a numerical value of from 1 to 20; and R 1 represents a propylene group; wherein the weight average molecular weight of the polyether diamine compound (A-1) is 200 to 2,000; and wherein the α,ω-linear aliphatic dicarboxylic acid having a carbon number of from 4 to 20 is at least one member selected from the group consisting of adipic acid and sebacic acid, wherein the xylylenediamine (A-2) is a mixture of m-xylylenediamine and p-xylylenediamine, and wherein a proportion of the p-xylylenediamine relative to a total amount of m-xylylenediamine and p-xylylenediamine is from 1 to 80% by mole.
A method for cutting a food product, particularly an elongated food product, into portions, in particular into strips or cubes, comprising the following steps: (a) the food product is advanced onto a cutting device by means of a feed device , (b) successive portions of the food product are cut off from an end of the food product closest to the cutting device by means of at least one cutting element , wherein the cutting element is guided by means of a disc-shaped cutting element carrier on which the cutting element is disposed, wherein the cutting element carrier is rotated about a drive axis which is aligned at least substantially parallel to a feed direction of the feed device , (c) a multiplicity of strip-like portions is created in the course of a single guided movement of the cutting element past the end of the food product, characterized by the following method step: (d) the portions being created are cut to length by means of at least one device for cutting to length after cutting by means of the at least one cutting element . (a) the food product is advanced onto a cutting device by means of a feed device , (b) successive portions of the food product are cut off from an end of the food product closest to the cutting device by means of at least one cutting element , wherein the cutting element is guided by means of a disc-shaped cutting element carrier on which the cutting element is disposed, wherein the cutting element carrier is rotated about a drive axis which is aligned at least substantially parallel to a feed direction of the feed device , (c) a multiplicity of strip-like portions is created in the course of a single guided movement of the cutting element past the end of the food product,
A method of authenticating a transaction performed by a mobile communication user equipment, UE, device which has performed an authentication and key agreement procedure between the UE device and a mobile management entity of a visited network in order to establish a security context between the UE device and the visited network, the method comprising: sending a service validation message from the UE device to the visited network, the service validation message being a message from the UE device validating a setup or a provision of a service by the visited network which has been digitally signed by the UE device using an integrity protection key shared only between the UE device and a home network; and forwarding the service validation message from the visited network to the home network. sending a service validation message from the UE device to the visited network, the service validation message being a message from the UE device validating a setup or a provision of a service by the visited network which has been digitally signed by the UE device using an integrity protection key shared only between the UE device and a home network; and forwarding the service validation message from the visited network to the home network.
A method for evaluating the eye irritation potential of a test compound, comprising the steps of: a) bringing a test compound into contact with an in vitro reconstructed corneal sample; b) measuring the expression of at least two genes selected from the group consisting of: HSP90AA1, COL7A1, NOS3, MMP8, CASP1, ELN, IL-23R, DLK1, CLEC4D, IL-24, CCL22, SLIT2, ICAM2, MUC13, HSPA1A, FSHR, IL-1R2, ALB, CCND1, CXCL1, CXCR1, KL, COL6A2, MUC4, DDIT3, MMP3, HAS1, IRF1, CYR61. characterized in that : - the bringing into contact of the test compound in step a) is carried out with the test compound in solid form and step b) comprises measuring the expression of at least two genes selected from the group consisting of: IL-24, IL-23R, DDIT3, MMP8, DLK1, HAS1, CYR61, IL-1R2, CLEC4D, ICAM2, CASP1, MUC13 and MUC4, or - the bringing into contact of the test compound in step a) is carried out with the test compound in liquid form and step b) comprises measuring the expression of at least two genes selected from the group consisting of: HSP90AA1, CASP1, DLK1, CLEC4D, IL-24, SLIT2, HSPA1A, FSHR, IL-1R2 and CCND1. a) bringing a test compound into contact with an in vitro reconstructed corneal sample; b) measuring the expression of at least two genes selected from the group consisting of: HSP90AA1, COL7A1, NOS3, MMP8, CASP1, ELN, IL-23R, DLK1, CLEC4D, IL-24, CCL22, SLIT2, ICAM2, MUC13, HSPA1A, FSHR, IL-1R2, ALB, CCND1, CXCL1, CXCR1, KL, COL6A2, MUC4, DDIT3, MMP3, HAS1, IRF1, CYR61. - the bringing into contact of the test compound in step a) is carried out with the test compound in solid form and step b) comprises measuring the expression of at least two genes selected from the group consisting of: IL-24, IL-23R, DDIT3, MMP8, DLK1, HAS1, CYR61, IL-1R2, CLEC4D, ICAM2, CASP1, MUC13 and MUC4, or - the bringing into contact of the test compound in step a) is carried out with the test compound in liquid form and step b) comprises measuring the expression of at least two genes selected from the group consisting of: HSP90AA1, CASP1, DLK1, CLEC4D, IL-24, SLIT2, HSPA1A, FSHR, IL-1R2 and CCND1.
Supporting beam , in particular in composite construction, for ceiling systems, in particular in composite construction, wherein the supporting beam extends in a longitudinal direction (L) and comprises: a steel girder consisting of steel and extending in a longitudinal direction (L), wherein the steel girder is formed in at least two pieces and comprises at least two steel girder parts that each extend in the longitudinal direction (L), wherein the steel girder comprises a base plate that is formed in two pieces and comprises at least two base plate parts that each extend in the longitudinal direction (L), the steel girder comprises at least one, preferably two, webs that are arranged at an angle to said steel girder, preferably perpendicularly thereto and that are preferably arranged at a distance from the base plate, and the steel girder comprises, on the base plate , one or more projections that protrude from the remaining supporting beam in the transverse direction extending perpendicularly to the longitudinal direction for supporting one or more structural parts, wherein the transverse direction extends horizontally when the one or more structural parts are being supported, characterised in that the base plate parts are arranged at a distance from one another in the transverse direction. a steel girder consisting of steel and extending in a longitudinal direction (L), wherein the steel girder is formed in at least two pieces and comprises at least two steel girder parts that each extend in the longitudinal direction (L), wherein the steel girder comprises a base plate that is formed in two pieces and comprises at least two base plate parts that each extend in the longitudinal direction (L), the steel girder comprises at least one, preferably two, webs that are arranged at an angle to said steel girder, preferably perpendicularly thereto and that are preferably arranged at a distance from the base plate, and the steel girder comprises, on the base plate , one or more projections that protrude from the remaining supporting beam in the transverse direction extending perpendicularly to the longitudinal direction for supporting one or more structural parts, wherein the transverse direction extends horizontally when the one or more structural parts are being supported, characterised in that the base plate parts are arranged at a distance from one another in the transverse direction.
A charge control agent comprising a pyrazolone derivative represented by general formula or a salt of the derivative as an active ingredient, in the formula , R 1 , R 2 , and R 3 each independently represent a substituted or unsubstituted C1 to C20 linear or branched alkyl group, a substituted or unsubstituted aromatic hydrocarbon group, or a substituted or unsubstituted condensed polycyclic aromatic group and wherein the volume average particle size of the charge control agent is in a range of 0.1μm to 20 μm.
A device for screening a slurry of pulp fibers in a carrying flow including a cylindrical hollow body for receiving the slurry of pulp fibers in the carrying flow, a stationary cylindrical screen within the hollow body defining an axially extending slurry compartment on one side of the screen , and an axially extending screened compartment on the other side of the screen , wherein the hollow body also includes a slurry inlet into the slurry compartment , an elutriation suction outlet in communication with the slurry inlet , and one or more elutriation nozzles into the slurry compartment , and wherein the device also includes an elutriation pump outside of the hollow body , the elutriation suction outlet being in fluid communication with the elutriation pump , and the elutriation pump being in fluid communication with the one or more elutriation nozzles . a cylindrical hollow body for receiving the slurry of pulp fibers in the carrying flow, a stationary cylindrical screen within the hollow body defining an axially extending slurry compartment on one side of the screen , and an axially extending screened compartment on the other side of the screen , wherein the hollow body also includes a slurry inlet into the slurry compartment , an elutriation suction outlet in communication with the slurry inlet , and one or more elutriation nozzles into the slurry compartment , and wherein the device also includes an elutriation pump outside of the hollow body , the elutriation suction outlet being in fluid communication with the elutriation pump , and the elutriation pump being in fluid communication with the one or more elutriation nozzles .