mhurhangee/patent-ind-claim-en huggingface dataset:
An optical element comprising: a light guide having a first surface and a second surface opposite the first surface; an incoupler optically coupled to the light guide; and a beam splitter disposed in an optical path of a display beam between the incoupler and a light engine to generate the display beam, the display beam comprising a first beam and a second beam, the beam splitter to split the display beam to form a first offspring beam comprising the first beam and a first portion of the second beam, and to form a second offspring beam comprising a second portion of the second beam, the first offspring beam and the second offspring beam incident upon the incoupler at a first incidence position and a second incidence position respectively, the first incidence position different than the second incidence position, wherein the incoupler is configured to direct at least a portion of the first and second offspring beam into the light guide to form a first and a second incoupled offspring beam, and wherein both the first and the second incoupled offspring beam bounce on the first and the second surface. a light guide having a first surface and a second surface opposite the first surface; an incoupler optically coupled to the light guide; and a beam splitter disposed in an optical path of a display beam between the incoupler and a light engine to generate the display beam, the display beam comprising a first beam and a second beam, the beam splitter to split the display beam to form a first offspring beam comprising the first beam and a first portion of the second beam, and to form a second offspring beam comprising a second portion of the second beam, the first offspring beam and the second offspring beam incident upon the incoupler at a first incidence position and a second incidence position respectively, the first incidence position different than the second incidence position, wherein the incoupler is configured to direct at least a portion of the first and second offspring beam into the light guide to form a first and a second incoupled offspring beam, and wherein both the first and the second incoupled offspring beam bounce on the first and the second surface.
A method for handling operation requests in a computing device , comprising: queuing at least one first Input/Output, I/O, operation and a first TRIM operation in a first list of operations to be performed by the computing device ; analyzing the first TRIM operation for a plurality of block portions to determine a size thereof; estimating a first amount of time to complete the first TRIM operation ; comparing the first amount of time to a first threshold value; selectively dividing the first TRIM operation into at least a second TRIM operation for first block portions contained in the plurality of block portions of a disk cache and at least a third TRIM operation for second block portions contained in the plurality of block portions of the disk cache , if the first amount of time is greater than the first threshold value; performing the at least one first I/O operation followed by the second TRIM operation; queuing the third TRIM operation in a second list of operations to be performed by the computing device ; queuing at least one second I/O operation in the first list ; estimating a second amount of time to complete the at least one second I/O operation; setting a value of a second threshold value based on the second amount of time; estimating a third amount of time to complete the third TRIM operation ; determining if the third amount of time is less than the second threshold value; and performing the second I/O operation followed by the third TRIM operation if the third amount of time is less than the second threshold value. queuing at least one first Input/Output, I/O, operation and a first TRIM operation in a first list of operations to be performed by the computing device ; analyzing the first TRIM operation for a plurality of block portions to determine a size thereof; estimating a first amount of time to complete the first TRIM operation ; comparing the first amount of time to a first threshold value; selectively dividing the first TRIM operation into at least a second TRIM operation for first block portions contained in the plurality of block portions of a disk cache and at least a third TRIM operation for second block portions contained in the plurality of block portions of the disk cache , if the first amount of time is greater than the first threshold value; performing the at least one first I/O operation followed by the second TRIM operation; queuing the third TRIM operation in a second list of operations to be performed by the computing device ; queuing at least one second I/O operation in the first list ; estimating a second amount of time to complete the at least one second I/O operation; setting a value of a second threshold value based on the second amount of time; estimating a third amount of time to complete the third TRIM operation ; determining if the third amount of time is less than the second threshold value; and performing the second I/O operation followed by the third TRIM operation if the third amount of time is less than the second threshold value.
Drive system comprising a DC link busbar arrangement, the DC link busbar arrangement having at least one first busbar adapter part , on which two spaced-apart lug portions, i.e. in particular lug regions, are formed, one of the two lug portions having a larger cross section, in particular conductor cross section, in particular conductor cross section for carrying current, than the other of the two lug portions, characterised in that the DC link busbar arrangement, i.e. the insulating means and each busbar adapter part , has a through-opening, through which there passes a dome portion of a retaining part connected to a housing part of the drive system, in particular to a housing part of an axle module of the drive system, a cover part, arranged on the side of the DC link busbar arrangement facing away from the housing part, being connected to the dome portion .
A process for the purification of a melamine melt containing melamine and by-products and obtained from a high pressure non-catalytic synthesis process, said process comprising the steps of: (a1) quenching of said melamine melt ; (a2) decomposition with alkali of at least part of said by-products, providing an alkaline aqueous solution of melamine; (b) stripping of said alkaline aqueous solution of melamine , resulting in a stripped melamine solution ; (c) crystallization of melamine from said stripped melamine solution with a first alkali-containing aqueous solution and separation of melamine from a mother liquor ; (d) treatment of at least part of said mother liquor, providing an aqueous solution containing carbonates; (e) decomposition of at least part of the carbonates contained in said aqueous solution into carbon dioxide and alkali, providing a second alkali-containing aqueous solution and a water stream ; (f) recycle of at least part of said second alkali-containing aqueous solution to at least one of said steps (a1), (a2) and (c). (a1) quenching of said melamine melt ; (a2) decomposition with alkali of at least part of said by-products, providing an alkaline aqueous solution of melamine; (b) stripping of said alkaline aqueous solution of melamine , resulting in a stripped melamine solution ; (c) crystallization of melamine from said stripped melamine solution with a first alkali-containing aqueous solution and separation of melamine from a mother liquor ; (d) treatment of at least part of said mother liquor, providing an aqueous solution containing carbonates; (e) decomposition of at least part of the carbonates contained in said aqueous solution into carbon dioxide and alkali, providing a second alkali-containing aqueous solution and a water stream ; (f) recycle of at least part of said second alkali-containing aqueous solution to at least one of said steps (a1), (a2) and (c).
Equipment for machining solid surfaces or floors (S) such as surfaces made of asphalt or concrete or similar solid materials, in particular for milling said solid surfaces or floors, said equipment comprising: a connection or coupling means for mechanically coupling said equipment to a main operating machine , a main supporting frame and rotatable machining or milling means carried by said main supporting frame and suitable to be rotated about a first predefined rotation axis (X); wherein said main supporting frame is fixed to said coupling means so as to be rotatable about a second rotation axis (Y), substantially parallel to said first rotation axis (X); wherein said equipment comprises an adjusting carriage for adjusting the working depth of said machining or milling means ; and wherein said adjusting carriage comprises rotating means that engage said main supporting frame , wherein the rotation of said rotating means in a predefined direction of rotation results in said main supporting frame being rotated about said second rotation axis (Y) alternately in two opposite directions with respect to both said coupling means and said adjusting carriage ; characterised in that said adjusting carriage is removably fixable to said connection or coupling means ; and in that said supporting frame and said machining or milling means are structured so that removal of said adjusting carriage allows normal milling operations to be performed at a substantially constant and adjustable depth. a connection or coupling means for mechanically coupling said equipment to a main operating machine , a main supporting frame and rotatable machining or milling means carried by said main supporting frame and suitable to be rotated about a first predefined rotation axis (X); wherein said main supporting frame is fixed to said coupling means so as to be rotatable about a second rotation axis (Y), substantially parallel to said first rotation axis (X); wherein said equipment comprises an adjusting carriage for adjusting the working depth of said machining or milling means ; and wherein said adjusting carriage comprises rotating means that engage said main supporting frame , wherein the rotation of said rotating means in a predefined direction of rotation results in said main supporting frame being rotated about said second rotation axis (Y) alternately in two opposite directions with respect to both said coupling means and said adjusting carriage ; characterised in that said adjusting carriage is removably fixable to said connection or coupling means ; and in that said supporting frame and said machining or milling means are structured so that removal of said adjusting carriage allows normal milling operations to be performed at a substantially constant and adjustable depth.
A pharmaceutically-acceptable composition suitable for intranasal administration, which composition is in the form of an amorphous powder comprising: (a) a pharmacologically-effective dosage amount of epinephrine, or a pharmaceutically-acceptable salt thereof; (b) a pharmaceutically-acceptable carrier material, which carrier material comprises a combination of a disaccharide and a polymeric material comprising a dextrin and/or hydroxypropylmethyl cellulose; and (c) a sucrose ester, wherein the particles of the powder comprise an amorphous composite of epinephrine or salt thereof and the carrier material. (a) a pharmacologically-effective dosage amount of epinephrine, or a pharmaceutically-acceptable salt thereof; (b) a pharmaceutically-acceptable carrier material, which carrier material comprises a combination of a disaccharide and a polymeric material comprising a dextrin and/or hydroxypropylmethyl cellulose; and (c) a sucrose ester,
An antibody drug conjugate comprising an anti-prostate specific membrane antigen antibody (anti-PSMA antibody) conjugated to a drug-linker, wherein the conjugation occurs via a para-acetyl phenylalanine incorporated in the heavy chain sequence, wherein the anti-PSMA antibody comprises the heavy chain sequence of SEQ ID NO: 8 and the light chain sequence of SEQ ID NO: 9, in which a para-acetyl phenylalanine is incorporated at heavy chain position A114 according to the Kabat numbering scheme, and wherein the drug-linker is a non-cleavable monomethyl auristatin F having the structure:
Actuator (1; 1a; 1b) which can be moved from an initial position into a working position and has at least one actuator element (2; 2a; 2b) whose dimensions can be changed by an electrical signal, wherein at least two restoring means (20, 30; 30a, 20b; 30b) acting on the actuator element (2; 2a; 2b) are provided for movement into the working position and wherein the at least one actuator element (2; 2a; 2b) is floatingly mounted between the at least two restoring means (20, 30; 20a, 30a; 20b, 30b, 39) acting on the actuator element (2; 2a; 2b), characterised in that a first restoring means comprises at least one non-linear spring.
Composition including as % expressed by weight relative to the total weight of said composition: • 0.2-10% of at least one superplasticizer selected from the superplasticizers based on carboxylic acids and consisting of a polycarboxylate main chain onto which polyether groups are grafted; • 0.5-5% of at least one thickener of inorganic and/or organic origin; • 5-30% of at least one aqueous dispersion of copolymers or synthetic latex, which originate from the copolymerization of at least two monomers selected from ethylene, propylene, butylene, isoprene, butadiene, styrene, acrylonitrile, acrylic acid, methacrylic acid, acrylic acid alkyl ester, methacrylic acid alkyl ester, vinyl ester, butyl acrylate, 2-ethylhexyl acrylate, methyl methacrylate, and vinyl chloride; • 30-70% of at least one mineral filler selected from calcareous fillers; • 0-60% water, advantageously 20-60% or 25-50%. • 0.2-10% of at least one superplasticizer selected from the superplasticizers based on carboxylic acids and consisting of a polycarboxylate main chain onto which polyether groups are grafted; • 0.5-5% of at least one thickener of inorganic and/or organic origin; • 5-30% of at least one aqueous dispersion of copolymers or synthetic latex, which originate from the copolymerization of at least two monomers selected from ethylene, propylene, butylene, isoprene, butadiene, styrene, acrylonitrile, acrylic acid, methacrylic acid, acrylic acid alkyl ester, methacrylic acid alkyl ester, vinyl ester, butyl acrylate, 2-ethylhexyl acrylate, methyl methacrylate, and vinyl chloride; • 30-70% of at least one mineral filler selected from calcareous fillers; • 0-60% water, advantageously 20-60% or 25-50%.
A process for manufacturing an optical element comprising: a first step of spinning a circular sheet of a first metallic material for it to adhere to a rotating matrix and form a shell ; a second step of assembling the shell on a temporary support ; and at least a third step of diamond turning the shell by means of a diamond tool to obtain an optical surface . a first step of spinning a circular sheet of a first metallic material for it to adhere to a rotating matrix and form a shell ; a second step of assembling the shell on a temporary support ; and at least a third step of diamond turning the shell by means of a diamond tool to obtain an optical surface .
A method for controlling an uplink transmission power in a wireless communication system, the method comprising: Receiving information indicating a reference downlink carrier among a plurality of downlink carriers for measuring a pathloss; measuring the pathloss of the indicated reference downlink carrier; receiving a transmit power control, TPC, command; determining the uplink transmission power based on the TPC command and the measured pathloss; and transmitting data using the determined uplink transmission power. Receiving information indicating a reference downlink carrier among a plurality of downlink carriers for measuring a pathloss; measuring the pathloss of the indicated reference downlink carrier; receiving a transmit power control, TPC, command; determining the uplink transmission power based on the TPC command and the measured pathloss; and transmitting data using the determined uplink transmission power.
A method for providing a real-time three-dimensional interactive environment, comprising the operations of: obtaining two-dimensional data values for a plurality of pixels representing a two-dimensional image of a physical scene; obtaining a depth value for each pixel of the plurality of pixels using a depth sensing device , each depth value indicating a distance from a physical object in the physical scene to the depth sensing device, thereby providing a three-dimensional representation of the physical scene; defining a maximum depth range, the maximum depth range indicating the farthest distance for which depth values will be obtained; detecting depth values for a user only when the user is within a distance less than the maximum depth range to the sensing device; inserting at least one virtual object into the three-dimensional representation of the physical scene, the virtual object being computer-generated; and detecting an interaction between a user in the three-dimensional representation of the physical scene and the virtual object based on coordinates of the virtual object and the obtained depth values; wherein the maximum depth range can be defined as just behind the user. obtaining two-dimensional data values for a plurality of pixels representing a two-dimensional image of a physical scene; obtaining a depth value for each pixel of the plurality of pixels using a depth sensing device , each depth value indicating a distance from a physical object in the physical scene to the depth sensing device, thereby providing a three-dimensional representation of the physical scene; defining a maximum depth range, the maximum depth range indicating the farthest distance for which depth values will be obtained; detecting depth values for a user only when the user is within a distance less than the maximum depth range to the sensing device; inserting at least one virtual object into the three-dimensional representation of the physical scene, the virtual object being computer-generated; and detecting an interaction between a user in the three-dimensional representation of the physical scene and the virtual object based on coordinates of the virtual object and the obtained depth values; wherein the maximum depth range can be defined as just behind the user.
A cleaning composition comprising: (a) from 20 to 49 wt% propellant; (b) from 25 to 55 wt% water; (c) from 3 to 12 wt% glycol alkyl ether, wherein the glycol alkyl ether has from seven to twelve carbon atoms; (d) from 2 to 12 wt% of an alcohol selected from the group consisting of ethanol and isopropanol; (e) from 1.5 to 5 wt% of a nonionic surfactant; and (f) from 0.3 to 1.5 wt% of a thickener, wherein the thickener selected from the group consisting of a cellulose ether, alkali swellable emulsion polymer, hydrophobically modified alkali swellable emulsion polymer, hydrophobically modified urethane, guar and gum.
Wind power generator having - a winding which is assigned to a phase of a current to be produced, characterised in that - the winding is divided into a first (WT1) and a second winding part (WT2), - a switching facility (S) is connected to the winding, with which the first winding part (WT1) and the second winding part (WT2) can be connected in parallel to one another in an operating state and in series with one another in a blade fitting state, wherein the switching facility (S) is embodied as a terminal box and as a result a parallel circuit of the winding parts (WT1, WT2) can be manually reconnected in a series circuit, and - the wind power generator has a converter, by means of which the winding can be controlled, wherein a current with a frequency of below 10 Hz can be supplied to the winding by the converter. - a winding which is assigned to a phase of a current to be produced, characterised in that - the winding is divided into a first (WT1) and a second winding part (WT2), - a switching facility (S) is connected to the winding, with which the first winding part (WT1) and the second winding part (WT2) can be connected in parallel to one another in an operating state and in series with one another in a blade fitting state, wherein the switching facility (S) is embodied as a terminal box and as a result a parallel circuit of the winding parts (WT1, WT2) can be manually reconnected in a series circuit, and - the wind power generator has a converter, by means of which the winding can be controlled, wherein a current with a frequency of below 10 Hz can be supplied to the winding by the converter.
Vehicle body part of a motor vehicle having at least one frame component and at least one cladding part that is arranged on said frame component, wherein the cladding part comprises at least one recess that is closed in an essentially airtight and essentially watertight manner and that has multiple rigid planar solar cells that are arranged therein and are electrically connected to one another in order to generate electrical energy, and wherein the outer side of the cladding part comprises at least in a region adjacent to one of the solar cells a three-dimensional curved outer shape that is provided so that in an installed position on the motor vehicle said outer shape forms a part of a vehicle outer contour, characterised in that the frame component is an essentially structurally supporting component of the vehicle body part and said frame component supports and braces the cladding part, in particular in the installed position on the motor vehicle, wherein the cladding part has an in comparison essentially smaller structurally supporting proportion.
A wound closure device, comprising: a stabilizing structure for insertion into a wound, the stabilizing structure comprising a top surface and a bottom surface and a plurality of cells extending between the top surface and the bottom surface, the cells configured to allow the stabilizing structure to collapse; and a protective layer attached or attachable to the top surface of the stabilizing structure, the protective layer comprising a plurality of openings sized and configured to allow visualization of the cells underneath the protective layer. a stabilizing structure for insertion into a wound, the stabilizing structure comprising a top surface and a bottom surface and a plurality of cells extending between the top surface and the bottom surface, the cells configured to allow the stabilizing structure to collapse; and a protective layer attached or attachable to the top surface of the stabilizing structure, the protective layer comprising a plurality of openings sized and configured to allow visualization of the cells underneath the protective layer.