mhurhangee/patent-ind-claim-en huggingface dataset:
A pivotable box step comprising: a pivot assembly ; a drive assembly disposed within the pivot assembly ; a single box step coupled to the drive assembly and movable relative to the pivot assembly between a stowed position configured to be tucked underneath a vehicle forward of a rear bumper of the vehicle so as to be hidden from view, a rear position configured to be extending past a vehicle bumper , a corner position configured to be at a rear corner of the vehicle and a side box entry position configured to be generally outwardly from a side of the vehicle to assist a user trying to access a portion of a box of the vehicle that is more forward of the rear bumper than in the stowed position or just behind a vehicle cab; and further comprising a drive arm operably coupled to the drive assembly and fixedly secured to the single box step for pivotally moving the single box step between the stowed position , rear position , corner position and side box entry position . a pivot assembly ; a drive assembly disposed within the pivot assembly ; a single box step coupled to the drive assembly and movable relative to the pivot assembly between a stowed position configured to be tucked underneath a vehicle forward of a rear bumper of the vehicle so as to be hidden from view, a rear position configured to be extending past a vehicle bumper , a corner position configured to be at a rear corner of the vehicle and a side box entry position configured to be generally outwardly from a side of the vehicle to assist a user trying to access a portion of a box of the vehicle that is more forward of the rear bumper than in the stowed position or just behind a vehicle cab; and further comprising a drive arm operably coupled to the drive assembly and fixedly secured to the single box step for pivotally moving the single box step between the stowed position , rear position , corner position and side box entry position .
A lipase variant of a parent lipase, wherein the parent lipase has at least 75% sequence identity to SEQ ID NO: 3, wherein the variant has lipase activity and has at least 75% but less than 100% sequence identity to SEQ ID NO: 3 and comprises a S1C, S1F, S1G, S1H, S1I, S1L, S1M, S1P, S1Q, S1R, S1V, S1W, or S1Y substitution at a position corresponding to position 1 of SEQ ID NO: 3, wherein the lipase variant has an Improvement Factor (IF) greater than 1.1; wherein the Improvement Factor (IF) is determined using Thermostability Assay A carried out by measuring the enzymatic activity present in culture supernatants of variants or wild-type controls exposed to 50°C; heat treating 10uL supernatant samples in 96-well Abgene PCR plates in a programmable thermal cycler for 10 minutes at room temperature (control) or 50°C and subsequently cooled down to 4°C; diluting the samples 120 times with assay dilution buffer (250mL 1M TRIS pH 8.0; 45mL 1M CaCl2; 3.75 mL 30% BRIJ; up to 5000mL Milli Q water); preparing reaction mixtures in 384-well plate by adding 10uL of diluted and heat treated supernatant sample to 40uL of 625uM pNP-Palmitate working solution; measuring enzymatic activity at 25°C by monitoring the rate of increase in absorbance at 405nm using a Infinite M1000 reader; calculating the residual activity (RA) for variants and wildtype controls as the percentage of enzymatic activity remaining after incubation at 50°C relative to enzymatic activity remaining after incubation at room temperature.
A 3-dimensional logic game comprising a support structure , an actuating structure attached to the support structure and game elements attached to the actuating structure , characterised in that the game elements are formed as carriages provided with first and second marking surfaces and being slidably mounted on rails attached to the actuating structure ; the actuating structure is movable between a first and a second rest position, in the first rest position first groups of three rails form first rail rings around vertices of a first tetrahedron wherein the first marking surfaces of the carriages are facing outwardly, in a direction away from a geometric centre (S) of the first tetrahedron while the second marking surfaces are facing inwardly, and the first ring rails allow for sliding the carriages onto the neighbouring rails ; and in the second rest position of the actuating structure second groups of three rails form second rail rings around vertices of a second tetrahedron being the point reflection of the first tetrahedron reflected over the geometric centre (S) thereof, wherein each rail forms one of the second rail rings around one of the vertices of the second tetrahedron together with the two rails that are positioned closest to it around neighbouring vertices of the first tetrahedron in the first rest position, and on the second rail rings the second marking surfaces of the carriages are facing outwardly, in a direction away from a geometric centre (S) of the second tetrahedron while the first marking surfaces are facing inwardly, and the second ring rails allow for sliding the carriages onto the neighbouring rails ; the support structure comprises pushing bars having skew axis with respect to each other that are arranged along medians of the first and second tetrahedrons , and the actuating structure comprises double-armed actuating elements the arms of which being each attached to one of the pushing bars .
Device for supporting and guiding a hauling cable of a vehicle transportation installation, comprising a support structure , a first movable member (5 to 7), a second movable member (6 to 11), and an axis (13 to 19) mounted fixed on the first movable member (5 to 7), and enabling the second movable member (6 to 11) to swivel with respect to the support structure and to the first movable member (5 to 7), the axis (13 to 19) having a body extending along a longitudinal direction (X), the first movable member (5 to 7) comprising two lateral flanges forming an inner space for the second movable member (6 to 11) to pass through, characterised in that the two ends of the axis (13 to 19) are located respectively salient from the two lateral flanges and outside the inner space, and in that a through opening is formed inside the axis (13 to 19) and extends between the two ends of the axis (13 to 19), and in that at least one stop (30 to 37) is located facing the through opening and configured to limit a translation of the axis (13 to 19) in the longitudinal direction (X), a through hole being formed inside said at least one stop (30 to 37).
Surround view system for a vehicle , with the surround view system comprising: - a plurality of cameras (2 to 5), which can be arranged at a vehicle such that the plurality of cameras (2 to 5) can record images of an external environment (6 to 9) of the vehicle , and - a processor , wherein the processor is configured for - analysing a position (α) and/or a movement of a movable part of the vehicle , - generating a composite image of the external environment (6 to 9) of the vehicle from images of the external environment (6 to 9) of the vehicle that have been recorded by the plurality of cameras (2 to 5), - calculating an image processing region within the composite image for adaptive image processing, - ascertaining, based on the analysed position and/or movement of the movable part , that a back projection of the movable part extends outside the image processing region , and - changing the image processing region such that the back projection of the movable part lies within the changed image processing region . - a plurality of cameras (2 to 5), which can be arranged at a vehicle such that the plurality of cameras (2 to 5) can record images of an external environment (6 to 9) of the vehicle , and - a processor , wherein the processor is configured for - analysing a position (α) and/or a movement of a movable part of the vehicle , - generating a composite image of the external environment (6 to 9) of the vehicle from images of the external environment (6 to 9) of the vehicle that have been recorded by the plurality of cameras (2 to 5), - calculating an image processing region within the composite image for adaptive image processing, - ascertaining, based on the analysed position and/or movement of the movable part , that a back projection of the movable part extends outside the image processing region , and - changing the image processing region such that the back projection of the movable part lies within the changed image processing region .
A cascade type thrust reverser device for a turbomachine of an aircraft, comprising a thrust reverser cascade and a casing , the cascade extending in a first plane defining a first direction (D A ) and a second direction (D C ) and including first cavities , the casing comprising an opening extending in a plane orthogonal to said first direction (D A ) and defining a housing wherein the cascade can be inserted in said first direction (D A ), and the casing and said cascade being in relative translation with respect to one another in the first direction (D A ) between a first position of the device in which the cascade is entirely positioned in the housing and a second position of the device in which said cascade is at least partially outside said housing , the casing further comprising an acoustic treatment panel including second cavities extending in a second plane parallel to the first plane, characterized in that each first cavity faces a second cavity when the device is in the first position to form an acoustic treatment cell .
A method of determining a location of a print section of a transfer ribbon comprising: detecting a mark on the transfer ribbon using a reflective sensor and a transmissive sensor; validating that the mark is a registration mark using the reflective sensor, wherein the registration mark indicates the location of the print section on the transfer ribbon; and determining the location of the print section based on detecting the registration mark using the transmissive sensor. detecting a mark on the transfer ribbon using a reflective sensor and a transmissive sensor; validating that the mark is a registration mark using the reflective sensor, wherein the registration mark indicates the location of the print section on the transfer ribbon; and determining the location of the print section based on detecting the registration mark using the transmissive sensor.
A composition comprising a Truffle aqueous extract, comprising compounds having a molecular weight of less than 5kDa, wherein said Truffle extract is obtained from fruiting body of Tuber Melanosporum by aqueous extraction and enzymatic hydrolysis performed with enzymes selected among carbohydrases and proteases, wherein after enzymatic hydrolysis, a step of enzyme deactivation is carried out, and a physiologically acceptable medium, which is topically applied to the skin, the mucous membranes and/or superficial skin appendages, for use for protecting the skin against aggressions due to ultraviolet radiation.
Method for detection of malware , such as a defective code or a computer virus, contained in a computer file , wherein a computer file under test is processed by the following steps: - the computer file under test is converted into image data that comprise a multitude of different images , - wherein each of said images is calculated from data contained in the computer file under test and - wherein the multitude of different images comprise different image representations of parts of the computer file under test in the form of varying image types (A, B, C, D, E), - with each image type (A, B, C, D, E) providing a specific part of information which is contained in the computer file under test and which is relevant for the detection of malware; - the image data are classified using a method of artificial intelligence, in particular a method of machine learning, to detect the malware, - wherein each of the multitude of different images is classified independently from the other images and - wherein the malignity of the computer file under test is evaluated based on an overall classification result of the multitude of different images . - the computer file under test is converted into image data that comprise a multitude of different images , - wherein each of said images is calculated from data contained in the computer file under test and - wherein the multitude of different images comprise different image representations of parts of the computer file under test in the form of varying image types (A, B, C, D, E), - with each image type (A, B, C, D, E) providing a specific part of information which is contained in the computer file under test and which is relevant for the detection of malware; - the image data are classified using a method of artificial intelligence, in particular a method of machine learning, to detect the malware, - wherein each of the multitude of different images is classified independently from the other images and - wherein the malignity of the computer file under test is evaluated based on an overall classification result of the multitude of different images .
A system for wireless charging of an electric vehicle , the system comprising: an electric vehicle having at least a wireless power transfer module and a wireless communication device ; the wireless power transfer module being coupled to a battery of the electric vehicle; and a charging station having a wireless communication module and coils being coupled to a power source, the power source being a domestic power grid ; the charging station being configured to charge the battery by wirelessly transmitting power to the wireless power transfer module , which is coupled to the battery ; the wireless communication device being configured to repetitively send detection signals to the environment for detecting the charging station , to send a wake-up signal to the charging station for waking-up the charging station , when the charging station is detected and to send a wake-up signal to the wireless power transfer module for activating the wireless power transfer module ; characterised by : the wireless communication module being configured to switch from a standby-mode into an active mode in response to the wake-up signal from the wireless communication device ; and the wireless power transfer module being configured to switch from a standby-mode into an active mode in response to the wake-up signal from the wireless communication device . an electric vehicle having at least a wireless power transfer module and a wireless communication device ; the wireless power transfer module being coupled to a battery of the electric vehicle; and a charging station having a wireless communication module and coils being coupled to a power source, the power source being a domestic power grid ; the charging station being configured to charge the battery by wirelessly transmitting power to the wireless power transfer module , which is coupled to the battery ; the wireless communication device being configured to repetitively send detection signals to the environment for detecting the charging station , to send a wake-up signal to the charging station for waking-up the charging station , when the charging station is detected and to send a wake-up signal to the wireless power transfer module for activating the wireless power transfer module ; the wireless communication module being configured to switch from a standby-mode into an active mode in response to the wake-up signal from the wireless communication device ; and the wireless power transfer module being configured to switch from a standby-mode into an active mode in response to the wake-up signal from the wireless communication device .
An electronic connection module for mounting within an electronic device , the electronic connection module comprising: a connection port comprising a connector and a first sealing ring disposed on an outer surface of the connector at an open end of the connector , the open end being configured to receive a mating connector ; an intermediate housing configured to receive the connection port , the intermediate housing comprising an inner surface against which the first sealing ring of the connection port interfaces to provide a seal between the inner surface of the intermediate housing and the connection port ; a module housing configured to receive the intermediate housing and the connection port ; and an O-ring disposed on an outer surface of the intermediate housing for interfacing with an inner surface of the electronic device, the O-ring being disposed between a ledge projecting from an outer surface of the intermediate housing and the module housing ; characterized in that the electronic connection module further comprises: a biasing unit disposed between the module housing and the connection port , the biasing unit configured to bias the connection port towards a shelf of the intermediate housing such that the open end of the connection port abuts the shelf of the intermediate housing to secure the connection port within the intermediate housing . a connection port comprising a connector and a first sealing ring disposed on an outer surface of the connector at an open end of the connector , the open end being configured to receive a mating connector ; an intermediate housing configured to receive the connection port , the intermediate housing comprising an inner surface against which the first sealing ring of the connection port interfaces to provide a seal between the inner surface of the intermediate housing and the connection port ; a module housing configured to receive the intermediate housing and the connection port ; and an O-ring disposed on an outer surface of the intermediate housing for interfacing with an inner surface of the electronic device, the O-ring being disposed between a ledge projecting from an outer surface of the intermediate housing and the module housing ; characterized in that the electronic connection module further comprises: a biasing unit disposed between the module housing and the connection port , the biasing unit configured to bias the connection port towards a shelf of the intermediate housing such that the open end of the connection port abuts the shelf of the intermediate housing to secure the connection port within the intermediate housing .
An insulation-displacement electrical connection element (10; 110; 210; 310; 410) including a first slot (11; 111; 211; 311; 411) and a second slot (21; 121; 221; 321; 421) for inserting at least one insulated electric wire (1, 2; 1A, 2A, 3A), each slot being defined by two facing edges (11A, 11B, 21A, 21B; 111A, 111B, 121A, 121B; 211A, 211B, 221A, 221B; 311A, 311B, 321A, 321B; 411A, 411B, 421A, 421B) with at least one edge that is sharp, said two edges (11A, 11B; 111A, 111B; 211A, 211B; 311A, 311B; 411A, 411B) of each of the first and second slots belonging respectively to two portions (30, 40; 130, 140; 230, 240; 330, 340; 430, 440) of the electrical connection element (10; 110; 210; 310; 410) comprising a central portion (30; 130; 230; 330; 430) bordered by a peripheral portion (40; 140; 240; 340; 440), the edges defining said first and second slots (11, 21; 111, 121; 211, 221; 311, 321; 411, 421) being formed by two opposite edges of the central portion (30; 130; 230; 330; 430) respectively facing two edges of the peripheral portion (40; 140; 240; 340; 440), said central portion (30; 130; 230; 330; 430) being in the form of a tongue (30A; 130A; 230A; 330A; 430A) and said peripheral portion (40; 140; 240; 340; 440) being in the form of a spring blade (40A; 140A; 240A; 340A; 440A) that is generally U-shaped with a base (41; 141; 241; 341; 441) from which there extend two opposite flanges (42; 142; 242; 342; 442) that border said tongue (30A; 130A; 230A; 330A; 430A), the electrical connection element being characterized in that said two portions (30, 40; 130, 140; 230, 240; 330, 340; 430, 440) are distinct and are made out of two respective materials that present different electrical conductivities.
A polypeptide comprising an amino acid sequence according to SEQ ID No. 1 or a fragment or derivative thereof, wherein the derivative is an amino acid sequence having a substitution of 1, 2, 3, 4, or 5 amino acids in the amino acid sequence of SEQ ID No. 1 and/or 3, and wherein the fragment comprises an amino acid sequence according to SEQ ID No. 3, SEQ ID No. 5 or SEQ ID No. 6.
Storage-stable film intended to be reeled to a plurality of superposed film layers, said film comprising a sealing pattern , at the edge of one side, perpendicular to the unwinding direction of the reeled film, said film being characterized in that said sealing pattern has the shape of a continuous or interrupted V-shaped or U-shaped strip, the unwinding force of the reeled film, after storage at 40°C during 48 hours, being at least 10% less compared to the unwinding force of a reeled film wherein the film comprises a continuous straight line-shaped strip sealing pattern, perpendicular to the unwinding direction of the reeled film, said pattern having the same width and thickness as the V-shaped or U-shaped strip and covering the same rectilinear distance as the V- or U-shaped strip, the unwinding force corresponding to the weight, fixed in the middle of the end of the reeled film, needed to unwind the reeled film automatically.
An air-conditioning control device that is configured to control a plurality of air-conditioners disposed at different locations within a predetermined living room space, the air-conditioning control device characterized by comprising: a memory that is configured to store location information for each air-conditioner ; a distance calculator that is configured to calculate a distance between respective air-conditioners based on the location information stored in the memory ; a control order setter that is configured to set, based on the distance between respective air-conditioners calculated by the distance calculator , a control order for each air-conditioner on which energy-saving control is to be performed in such a way that time spans for performing the energy-saving control that controls respective air-conditioners for a predetermined time to reduce power consumption in respective sections of the living room space are balanced; and a control executer that is configured to repeatedly execute the energy-saving control on each air-conditioner in accordance with the control order set by the control order setter. a memory that is configured to store location information for each air-conditioner ; a distance calculator that is configured to calculate a distance between respective air-conditioners based on the location information stored in the memory ; a control order setter that is configured to set, based on the distance between respective air-conditioners calculated by the distance calculator , a control order for each air-conditioner on which energy-saving control is to be performed in such a way that time spans for performing the energy-saving control that controls respective air-conditioners for a predetermined time to reduce power consumption in respective sections of the living room space are balanced; and a control executer that is configured to repeatedly execute the energy-saving control on each air-conditioner in accordance with the control order set by the control order setter.