mhurhangee/patent-ind-claim-en huggingface dataset:
Sunglasses with an optical sun protection filter having at least one liquid-crystal cell , and with a sensor unit , which is configured for capturing a solar irradiation, characterised by a sensor cover which at least partially covers a sensor surface of the one sensor unit and which is at least substantially opaque with respect to a radiation of at least 70 % of a spectral range of the visible light spectrum , and a glasses frame which is configured for accommodating the optical sun protection filter (12a; 12b), wherein the sensor cover is implemented integrally with a base frame of the glasses frame , wherein the sensor cover and the base frame of the glasses frame are produced together integrally in an injection-moulding procedure.
A headrest for a seat assembly , the headrest comprising: a central main body having a first side and a second side that is opposite from the first side ; a first lateral stabilizer moveably coupled to the first side of the central main body , wherein the first lateral stabilizer is distinct from the central main body ; a second lateral stabilizer moveably coupled to the second side of the central main body , wherein the second lateral stabilizer is distinct from the central main body ; and a collapsible shade , wherein the collapsible shade is secured to a top of the central main body , wherein the first lateral stabilizer and the second lateral stabilizer are movable between retracted positions and stabilizing positions. a central main body having a first side and a second side that is opposite from the first side ; a first lateral stabilizer moveably coupled to the first side of the central main body , wherein the first lateral stabilizer is distinct from the central main body ; a second lateral stabilizer moveably coupled to the second side of the central main body , wherein the second lateral stabilizer is distinct from the central main body ; and a collapsible shade , wherein the collapsible shade is secured to a top of the central main body , wherein the first lateral stabilizer and the second lateral stabilizer are movable between retracted positions and stabilizing positions.
A method for avoiding falsely doomed parent transactions of nested children in a transactional memory system that uses version numbers for memory regions or objects, the transactional memory system being adapted to increase version numbers when rolling back transactions, the method comprising the steps of: when rolling back a nested transaction, tracking (206, 208, 212; 244, 246; 274, 278) a release count that records the number of times that a write lock is released by the nested transaction; and during validation of a parent transaction, if an optimistic read failed to validate due to a version number mismatch, using (216; 248) the release count to determine whether the difference in version numbers exactly matches the release count, and if so, determining the optimistic read to be valid. when rolling back a nested transaction, tracking (206, 208, 212; 244, 246; 274, 278) a release count that records the number of times that a write lock is released by the nested transaction; and during validation of a parent transaction, if an optimistic read failed to validate due to a version number mismatch, using (216; 248) the release count to determine whether the difference in version numbers exactly matches the release count, and if so, determining the optimistic read to be valid.
A method of transducing mammalian cells comprising: (i) exposing a population of mammalian cells to a poloxamer in the absence of a lentiviral vector for 6 hours or more to produce a transduction-primed mammalian cell population and (ii) exposing the transduction-primed mammalian cell population to a lentiviral vector, such that the mammalian cells are transduced with the lentiviral vector; and (iii) separating the transduced mammalian cells from the poloxamer, wherein the lentiviral vector is a VSV-G pseudotyped lentiviral vector. (i) exposing a population of mammalian cells to a poloxamer in the absence of a lentiviral vector for 6 hours or more to produce a transduction-primed mammalian cell population and (ii) exposing the transduction-primed mammalian cell population to a lentiviral vector, such that the mammalian cells are transduced with the lentiviral vector; and (iii) separating the transduced mammalian cells from the poloxamer,
Wedge for vehicle lifts , characterized in that it comprises: a. A core ; b. At least one magnet fixed on the core ; c. A coating of elastomeric material entirely enveloping the core and the at least one magnet . a. A core ; b. At least one magnet fixed on the core ; c. A coating of elastomeric material entirely enveloping the core and the at least one magnet .
A photovoltaic cell comprising a baseplate with a coating, having a perforated active area located on both sides of the baseplate and an electric contact area located on at least one edge of the baseplate, the solar cell being characterized in that , on the active area there are located successively the following layers arranged on each other: - a p-type layer having a thickness from 100nm to 2000 μm; - an n-type layer having a thickness from 100nm to 2000μm, made of magnesium oxide (II) doped zinc oxide (II) (ZnO:MgO); - a transparent layer made of aluminum doped zinc oxide (II), that forms a transparent electric contact; - a metallic electric contacts layer ; - wherein either the p-type layer , the n-type layer and the transparent layer disposed on the opposite sides of the baseplate are connected together via perforation openings , or the p-type layer is located in the entire volume of the perforation openings and the other layers located on the opposite sides of the baseplate are not connected with each other. - a p-type layer having a thickness from 100nm to 2000 μm; - an n-type layer having a thickness from 100nm to 2000μm, made of magnesium oxide (II) doped zinc oxide (II) (ZnO:MgO); - a transparent layer made of aluminum doped zinc oxide (II), that forms a transparent electric contact; - a metallic electric contacts layer ; - wherein either the p-type layer ,
A battery cell tray comprising: a flat body ; and at least one battery cell mount unit formed at the flat body in a depressed shape, the battery cell mount unit comprising a flat base surface comprising at least one rib having a curved surface corresponding to a curved surface of a battery cell to be mounted in the battery cell mount unit and side walls connected between the flat base surface and the flat body, wherein: - the rib comprises a first flat surface facing the flat base surface and a first curved surface opposite to the first flat surface, and opposite ends of the first flat surface and the first curved surface are connected to each other, and - the rib is an independent structure separated from the tray. a flat body ; and at least one battery cell mount unit formed at the flat body in a depressed shape, the battery cell mount unit comprising a flat base surface comprising at least one rib having a curved surface corresponding to a curved surface of a battery cell to be mounted in the battery cell mount unit and side walls connected between the flat base surface and the flat body, wherein: - the rib comprises a first flat surface facing the flat base surface and a first curved surface opposite to the first flat surface, and opposite ends of the first flat surface and the first curved surface are connected to each other, and - the rib is an independent structure separated from the tray. - the rib comprises a first flat surface facing the flat base surface and a first curved surface opposite to the first flat surface, and opposite ends of the first flat surface and the first curved surface are connected to each other, and - the rib is an independent structure separated from the tray.
Method for monitoring an operation of an elevator , the method comprising: providing a passenger's smart mobile device including a plurality of sensors with a specific application software, the application software controlling the smart mobile device to execute the following monitoring procedure: - repeatedly supervising measurement values of at least one of the sensors of the mobile device ; - upon occurring of a specific parameter pattern in the measurement values, starting of a measurement acquisition procedure during which measurement values are sensed by at least one of the sensors and the sensed measurement values are transmitted to an evaluation unit for further evaluation; characterized in that the specific parameter pattern specifically results upon the mobile device being held in at least one of a predefined position and a predefined orientation in the elevator car . - repeatedly supervising measurement values of at least one of the sensors of the mobile device ; - upon occurring of a specific parameter pattern in the measurement values, starting of a measurement acquisition procedure during which measurement values are sensed by at least one of the sensors and the sensed measurement values are transmitted to an evaluation unit for further evaluation;
A positive electrode for an electrochemical cell, the electrode formed by a method comprising: (a) contacting a hydrogen-lithium-manganese-oxide material with one or more metal ions to insert the one or more metal ions into the hydrogen-lithium-manganese-oxide material; (b) heat-treating the resulting product to form a powdered metal oxide composition; and (c) forming the electrode from the powdered metal oxide composition, wherein the hydrogen-lithium-manganese-oxide material in step (a) is formed by contacting a precursor compound with a solution comprising an acid and the one or more metal ions, and the one or more metal ions are inserted into the hydrogen-lithium-manganese-oxide material during the formation thereof; wherein the precursor compound comprises lithium, manganese, and oxygen ions in a layered-type structure wherein lithium ions occupy octahedral sites in lithium-rich layers, and the lithium and manganese ions occupy octahedral sites in manganese-rich layers that alternate with the lithium-rich layers; and the precursor compound comprises Li 2 MnO 3 or Li[Li 1/3 Mn 2/3 ]O 2 , wherein the Li 2 MnO 3 or Li[Li 1/3 Mn 2/3 ]O 2 optionally include anion defects, cation defects, or both anion and cation defects, and wherein the powdered metal oxide composition comprises Li 2 MnO 3 and MO components in which M comprises one or more metal cations and wherein the powdered metal oxide composition has a disordered or partially disordered structure and includes stacking faults, dislocations, or a combination thereof. (a) contacting a hydrogen-lithium-manganese-oxide material with one or more metal ions to insert the one or more metal ions into the hydrogen-lithium-manganese-oxide material; (b) heat-treating the resulting product to form a powdered metal oxide composition; and (c) forming the electrode from the powdered metal oxide composition,
Device for desalination of seawater by way of evaporation of a seawater volume and subsequent condensation, with a container which is stationary during use and serves for accommodating the seawater volume , to which, for heating purposes, thermal energy is able to be fed such that evaporation of the seawater volume within the container and enrichment of the enclosed air with moisture occurs, wherein the container has at least one seawater inlet for seawater and at least one seawater outlet , and with a condenser which has a condensation surface on which the moisture-enriched air condenses, and has a condensate outlet for the condensate, wherein the condenser and the container are a spatial distance apart and are connected to one another by a line , and the container has an inlet opening for ambient air through which fresh ambient air is able to be fed into the container during the evaporation of the seawater volume , and the container has an outlet opening for the moisture-enriched air, which is able to be fed to a condenser-inlet opening of the condenser by means of the line , wherein the condenser is arranged geodetically at a distance (H) above the container , characterized in that the device has a suction-extraction means which is assigned to a condenser-outlet opening of the condenser , and has at least one jet pump for which impingement by the ambient air is possible and whose suction opening is connected to the condenser-outlet opening , and in that , in the container , there is arranged at least one areal evaporator element whose lower sub-region is sectionally immersed in the seawater volume in the container and whose upper sub-region , which is situated above the fill level , forms the effective evaporation surface.
Computer device for determining an appropriate positioning of an instrumentation on a target bone area according to a relative positioning of said instrumentation to said target bone area defined by a surgical planning , said device comprising - an interface for receiving from a 3D camera a depth map of a captured scene comprising at least said target bone area and said instrumentation; - computing means for determining a position element of said target bone area from said depth map, comprising a first positioned shape of said target bone area; characterised in that said device further comprises determining a positioned shape of said instrumentation from said depth map, determining a second positioned shape of said target bone area according to said positioned shape and said relative positioning , and determining data representative of said appropriate positioning on the base of said second positioned shape and said first positioned shape; - a human-machine interface for providing said data. - an interface for receiving from a 3D camera a depth map of a captured scene comprising at least said target bone area and said instrumentation; - computing means for determining a position element of said target bone area from said depth map, comprising a first positioned shape of said target bone area; characterised in that said device further comprises determining a positioned shape of said instrumentation from said depth map, determining a second positioned shape of said target bone area according to said positioned shape and said relative positioning , and determining data representative of said appropriate positioning on the base of said second positioned shape and said first positioned shape; - a human-machine interface for providing said data.
An LED package mounting board mounted with a surface mount LED package having multiple terminals , the LED package mounting board comprising multiple pads to which the terminals are respectively soldered, wherein at least one pad , other than a heat dissipation pad having a highest heat dissipation function with respect to the LED package among the multiple pads , forms a shape different from a shape of a terminal corresponding to the differently-shaped pad , wherein, in a proper position where the LED package is mounted, the terminal corresponding to the differently-shaped pad and the differently-shaped pad have a non-overlapping part , and a joint surface of the terminal corresponding to the differently-shaped pad protrudes from the differently-shaped pad , and wherein the non-overlapping part is provided such that only in the proper position where the LED package is mounted, a resultant force of forces acting on boundaries of a part where the differently-shaped pad and the terminal corresponding to the differently-shaped pad are overlapped is balanced due to surface tension of molten solder.
An internal combustion engine comprising: - an inlet manifold providing compressed inlet air into a plurality of cylinders; - an exhaust manifold for exhausting combusted gases from the plurality of cylinders; - a turbine provided in an exhaust channel coupled to the exhaust manifold; - a turbocompressor provided in an inlet channel coupled to the inlet manifold; - a pressure monitor arranged to calculate a pre turbine pressure ( p 3 ), wherein the pressure monitor is programmed to: o derive a normalized turbine speed, normalized for a pre turbine temperature (T 3 ), and a heat capacity ratio of exhaust gas before the turbine as first inputs; o determine a turbine power normalizing factor as a second input; o determine an actual turbocompressor power value as a third input; o derive, for said first inputs, a linear relation between a turbine expansion ratio and a turbine power value normalized by the second input; o equate the turbine power value to the actual turbocompressor power; thereby deriving the pre turbine pressure (p 3 ) from said linear relation, as an output. - an inlet manifold providing compressed inlet air into a plurality of cylinders; - an exhaust manifold for exhausting combusted gases from the plurality of cylinders; - a turbine provided in an exhaust channel coupled to the exhaust manifold; - a turbocompressor provided in an inlet channel coupled to the inlet manifold; - a pressure monitor arranged to calculate a pre turbine pressure ( p 3 ), wherein the pressure monitor is programmed to: o derive a normalized turbine speed, normalized for a pre turbine temperature (T 3 ), and a heat capacity ratio of exhaust gas before the turbine as first inputs; o determine a turbine power normalizing factor as a second input; o determine an actual turbocompressor power value as a third input; o derive, for said first inputs, a linear relation between a turbine expansion ratio and a turbine power value normalized by the second input; o equate the turbine power value to the actual turbocompressor power; thereby deriving the pre turbine pressure (p 3 ) from said linear relation, as an output. o derive a normalized turbine speed, normalized for a pre turbine temperature (T 3 ), and a heat capacity ratio of exhaust gas before the turbine as first inputs; o determine a turbine power normalizing factor as a second input; o determine an actual turbocompressor power value as a third input; o derive, for said first inputs, a linear relation between a turbine expansion ratio and a turbine power value normalized by the second input; o equate the turbine power value to the actual turbocompressor power; thereby deriving the pre turbine pressure (p 3 ) from said linear relation, as an output.
A nanopore protein conjugate comprising a nanopore protein monomer and a capture tag, wherein the capture tag comprises an amino acid sequence having at least 80% sequence identity to the sequence set forth as SEQ ID NO: 8 (capture tag sequence), and wherein the nanopore protein monomer of the nanopore protein conjugate comprises an amino acid sequence having at least 80% sequence identity to the sequence set forth as SEQ ID NO: 16 (alpha-hemolysin (a-HL)) or SEQ ID NO: 6 (Outer Membrane Protein G (OMPG)).
A pharmaceutical preparation comprising a topically released active ingredient suitable for photodynamic therapy, that is a photosensitizing substance, and a heat-sensitive carrier comprising, by weight based on the total weight of the preparation, 19 to 24 wt% of a first block copolymer of poly(ethylene oxide)-poly(propylene oxide)- poly(ethylene-oxide) (PEO-PPO-PEO), with a molecular mass of the PPO block of about 4000 g/mol and about 70% PEO content (Poloxamer P407) and 4 to 8 wt% of a second PEO-PPO-PEO block copolymer, with a molecular mass of the PPO block of about 1800 g/mol and about 80% PEO content (Poloxamer P188), the balance being composed of water and any pharmaceutically acceptable excipients and/or additives, for use in the treatment of a skin or the mucosal disease or lesion.
A coffee beverage composition comprising i) at least 10% by weight of particles of roast coffee beans; and ii) at least 30% by weight of soluble coffee solids extracted from roast coffee beans; wherein the composition comprises less than 1.2 mg of diterpenes per g of coffee solids. i) at least 10% by weight of particles of roast coffee beans; and ii) at least 30% by weight of soluble coffee solids extracted from roast coffee beans;
A method for managing drive modes of a vehicle comprising: detecting driver of the vehicle based on at least one attribute of the driver; capturing surrounding environment conditions using a plurality of data capturing modules; fetching autonomous profile and a driver profile of a driver driving the vehicle based on the surrounding environment conditions, wherein the autonomous profile is indicative of driving performance of the vehicle under autonomous mode and the driver profile is indicative of driving pattern of the driver of the vehicle ; determining switching to an autonomous mode of driving based on comparing the autonomous profile with the driver profile based on the surrounding environment conditions; and on polling, from neighboring vehicles, preferred driving mode as per driving mode status of the neighboring vehicles. detecting driver of the vehicle based on at least one attribute of the driver; capturing surrounding environment conditions using a plurality of data capturing modules; fetching autonomous profile and a driver profile of a driver driving the vehicle based on the surrounding environment conditions, wherein the autonomous profile is indicative of driving performance of the vehicle under autonomous mode and the driver profile is indicative of driving pattern of the driver of the vehicle ; determining switching to an autonomous mode of driving based on comparing the autonomous profile with the driver profile based on the surrounding environment conditions; and on polling, from neighboring vehicles, preferred driving mode as per driving mode status of the neighboring vehicles.
The method of securing a stop for railway wagons for the transport of cars, said stop comprising - an U-shaped fixed part , where grooves are located on the side walls with the shape of the inverted letter V with one shorter arm, - a movable part located on the fixed part , with first pins arranged in the corresponding places on the movable part , these first pins engaging in the grooves of the fixed part , - and a guide comprising second pins , whereby holes on the fixed parts correspond to the second pins on the guide , characterized in that by means of the pins on the guide and the holes on the fixed part it is possible to adjust the fixed part from the parallel direction to the axle of the wagon to perpendicular direction with the axle of the wagon by lifting, rotating by 90 degrees and by placing the movable part and vice versa. - an U-shaped fixed part , where grooves are located on the side walls with the shape of the inverted letter V with one shorter arm, - a movable part located on the fixed part , with first pins arranged in the corresponding places on the movable part , these first pins engaging in the grooves of the fixed part , - and a guide comprising second pins , whereby holes on the fixed parts correspond to the second pins on the guide ,
A method for the diagnosis of non-alcoholic steatohepatitis (NASH) or for determining the activity, the stage, or the severity of NASH in a subject, comprising the step of measuring the blood, serum or plasma level of: (i) alpha 2 macroglobulin; (ii) glycated haemoglobin (HbA1c); (iii) N-terminal pro-peptide of collagen type III; (iv) hsa-miR-34a-5p; and (v) hsa-miR-200a-3p. (i) alpha 2 macroglobulin; (ii) glycated haemoglobin (HbA1c); (iii) N-terminal pro-peptide of collagen type III; (iv) hsa-miR-34a-5p; and (v) hsa-miR-200a-3p.