mhurhangee/patent-ind-claim-en huggingface dataset:
A filter device for a conduit of an air supply line portion of a central tyre inflation system (CTIS), the filter device comprising: a gas-permeable pre-filter element (21; 23); and a gas-permeable, liquid-impermeable filter element (22; 24); wherein the filter device is configured to be fluidly coupled to the conduit such that, in use, a gas can be caused to flow, in sequence, through the pre-filter element (21; 23), through the filter element (22; 24), and through the conduit; and wherein the filter element (22; 24) is configured to be disposed within said conduit. a gas-permeable pre-filter element (21; 23); and a gas-permeable, liquid-impermeable filter element (22; 24); wherein the filter device is configured to be fluidly coupled to the conduit such that, in use, a gas can be caused to flow, in sequence, through the pre-filter element (21; 23), through the filter element (22; 24), and through the conduit; and wherein the filter element (22; 24) is configured to be disposed within said conduit.
Glutamate dehydrogenase mutants with increased reductive amination activity toward 2-oxo-4-[(hydroxy)(methyl)phosphinoyl]butyric acid or its salt for L-phosphinothricin preparation, characterized in that the amino acid sequences are as shown in SEQ ID NO.1-9, 11, 13, 15, 17-19 and 22.
A method for determining temperature change of semiconductors within a converter , the method comprising: measuring, by a temperature regulator including a processor , a first semiconductor temperature at a junction located on a semiconductor ; determining, by the processor , a reference temperature, using a peak detector configured to determine a maximum temperature when at least one semiconductor conducts high current, and a minimum temperature when the at least one semiconductor conducts low current; summing, by the processor , the first semiconductor temperature and the reference temperature to generate a first temperature sum; comparing, by the processor , the first temperature sum to a coolant temperature to generate a first temperature difference; and circulating reactive power such that the first temperature difference is adjusted according to an amount of energy sent to the converter by a power source , so that the first temperature difference is within a predetermined temperature range. measuring, by a temperature regulator including a processor , a first semiconductor temperature at a junction located on a semiconductor ; determining, by the processor , a reference temperature, using a peak detector configured to determine a maximum temperature when at least one semiconductor conducts high current, and a minimum temperature when the at least one semiconductor conducts low current; summing, by the processor , the first semiconductor temperature and the reference temperature to generate a first temperature sum; comparing, by the processor , the first temperature sum to a coolant temperature to generate a first temperature difference; and circulating reactive power such that the first temperature difference is adjusted according to an amount of energy sent to the converter by a power source , so that the first temperature difference is within a predetermined temperature range.
A mobile container assembly comprising a container assembly with a wheeled base container configured with at least a rear rolling wheel assembly , and a handle assembly attached to the wheeled container; the handle assembly being configured with a telescopic handle that is manipulable between a retracted handle position and an extended handle position, and a tilt support that is manipulable between a retracted position and an extended position, wherein when the tilt support is at the extended position, a ground support thereof extends behind and below an axis of the rear rolling wheel assembly , the telescopic handle being integrated with the tilt support and comprising at least one rod being configured with a handle gripping member at an upper portion thereof and with the tilt support at a lower portion of said rod, the telescopic handle being secured to the container assembly via a handle support member, such that said rod extends and retracts coaxially within said handle support member, wherein the telescopic handle comprises a locking mechanism for securing the telescopic handle at a retracted handle position and the tilt support at an extended position and/or securing the telescopic handle at an extended handle position and the tilt support at a retracted position. the handle assembly being configured with a telescopic handle that is manipulable between a retracted handle position and an extended handle position, and a tilt support that is manipulable between a retracted position and an extended position, wherein when the tilt support is at the extended position, a ground support thereof extends behind and below an axis of the rear rolling wheel assembly , the telescopic handle being integrated with the tilt support and comprising at least one rod being configured with a handle gripping member at an upper portion thereof and with the tilt support at a lower portion of said rod, the telescopic handle being secured to the container assembly via a handle support member, such that said rod extends and retracts coaxially within said handle support member, wherein the telescopic handle comprises a locking mechanism for securing the telescopic handle at a retracted handle position and the tilt support at an extended position and/or securing the telescopic handle at an extended handle position and the tilt support at a retracted position.
An apparatus comprising means configured for performing: - detecting a dust condition for an autonomously operating mine vehicle performing optical environment scanning for positioning the mine vehicle at a worksite, characterised in that the means are configured for performing: - transitioning the mine vehicle operating in an automatic driving mode to a dust driving mode in response to detecting the dust condition, the dust driving mode being associated with one or more control actions for autonomous operation of the mine vehicle, wherein the dust driving mode comprises or defines one or more control actions applied for limiting autonomous driving of the mine vehicle, - controlling dead-reckoning based positioning for updating the position of the mine vehicle during the dust driving mode, - monitoring a dead-reckoning error parameter during the dust driving mode, and - in response to the dead-reckoning error parameter reaching an error threshold, controlling the mine vehicle to stop or reduce speed. - detecting a dust condition for an autonomously operating mine vehicle performing optical environment scanning for positioning the mine vehicle at a worksite, characterised in that the means are configured for performing: - transitioning the mine vehicle operating in an automatic driving mode to a dust driving mode in response to detecting the dust condition, the dust driving mode being associated with one or more control actions for autonomous operation of the mine vehicle, wherein the dust driving mode comprises or defines one or more control actions applied for limiting autonomous driving of the mine vehicle, - controlling dead-reckoning based positioning for updating the position of the mine vehicle during the dust driving mode, - monitoring a dead-reckoning error parameter during the dust driving mode, and - in response to the dead-reckoning error parameter reaching an error threshold, controlling the mine vehicle to stop or reduce speed. - transitioning the mine vehicle operating in an automatic driving mode to a dust driving mode in response to detecting the dust condition, the dust driving mode being associated with one or more control actions for autonomous operation of the mine vehicle, wherein the dust driving mode comprises or defines one or more control actions applied for limiting autonomous driving of the mine vehicle, - controlling dead-reckoning based positioning for updating the position of the mine vehicle during the dust driving mode, - monitoring a dead-reckoning error parameter during the dust driving mode, and - in response to the dead-reckoning error parameter reaching an error threshold, controlling the mine vehicle to stop or reduce speed.
An extensible flexible hose for transporting liquids, particularly water, comprising: - at least one inner layer made of a first elastic polymeric material; - at least one outer layer made of a second elastic polymeric material; - at least one first and at least one second textile reinforcement layers interposed between said at least one inner layer and at least one outer layer ; wherein said at least one inner layer and at least one outer layer are reciprocally coupled to form a unitary tubular member , said at least one first and at least one second textile reinforcement layers being embedded therein ; wherein said unitary tubular member has an elasticity such to automatically elongate and enlarge upon the working pressure given by the liquid flowing therethrough to respectively increase its original length and diameter and such to automatically recovery once the working pressure stops for assuming again said original length and diameter; wherein said at least one first and at least one second textile reinforcement layers are susceptible to move between a rest configuration that have when no liquid flows through the unitary tubular member and a working configuration that have when said unitary tubular member elongates and enlarges upon the working pressure; wherein said unitary tubular member has the original diameter and the original length when said at least one first and at least one second textile reinforcement layers are in the rest configuration, said unitary tubular member being enlarged and elongated when said at least one first and at least one second textile reinforcement layers are in the working configuration; wherein said at least one first textile reinforcement layer and said unitary tubular member are reciprocally configured so that the former captures the latter upon its elongation so as to define the maximum length, said at least one second textile reinforcement layer and said unitary tubular member being reciprocally configured so that the former captures the latter upon its enlargement so as to define the maximum diameter; wherein said second textile reinforcement layer is externally placed with respect to said first textile reinforcement layer , said at least one first textile reinforcement layer being selected among the group consisting of knitting, weaving or knotting, said at least one second textile reinforcement layer being a spiral or a braiding, wherein braiding consists of at least two yarns or groups of yarns wound as a spiral with opposite inclinations and overlapping but not connected to each other; wherein said unitary tubular member and said at least one first and at least one second textile reinforcement layer cooperate each other so that under a working pressure of 2 bar the hose increases its length of at least 1,5 times with respect to its original length. - at least one inner layer made of a first elastic polymeric material; - at least one outer layer made of a second elastic polymeric material; - at least one first and at least one second textile reinforcement layers interposed between said at least one inner layer and at least one outer layer ;
A method of improving detection of malware performed by a processor of a programmable device, the method comprising: configuring a hardware performance monitoring unit of the processor to generate an interrupt upon a predetermined event; in response to the interrupt and after a memory page has been loaded into memory from a storage device and has been written to after being loaded into the memory, determining that the memory page has been modified into a modified memory page; and after the memory page has been modified, performing anti-malware analysis of the modified memory page before writing the modified memory page back to the storage device. configuring a hardware performance monitoring unit of the processor to generate an interrupt upon a predetermined event; in response to the interrupt and after a memory page has been loaded into memory from a storage device and has been written to after being loaded into the memory, determining that the memory page has been modified into a modified memory page; and after the memory page has been modified, performing anti-malware analysis of the modified memory page before writing the modified memory page back to the storage device.
A display apparatus comprising: a reflective layer ; a cholesteric liquid crystal layer disposed in front of the reflective layer , and a conversion layer disposed between the reflective layer and the liquid crystal layer , wherein the conversion layer is switchable between an opaque mode and a transparent mode, the cholesteric liquid crystal layer comprises a plurality of pixels, the liquid crystal medium in each pixel being switchable between a homeotropic state which transmits light and a planar state which selectively reflects light, characterised in that the display apparatus is configured to be operated between (i) a display mode in which pixels at a predetermined area selectively reflect outside light while at areas other than the predetermined area the pixels transmit light, and the conversion layer is in the opaque mode, thereby displaying an image (ob); (ii) a mirror mode in which the cholesteric liquid crystal is in the homeotropic state, and the conversion layer is in the transparent mode, thereby performing a mirror function for an object located in front of the display apparatus; and (iii) a combined mode in which pixels at a predetermined area selectively reflect outside light while at areas other than the predetermined area the pixels transmit light, and the conversion layer is in the transparent mode, thereby displaying an image (ob) and simultaneously performing a mirror function for an object located in front of the display apparatus. a reflective layer ; a cholesteric liquid crystal layer disposed in front of the reflective layer , and a conversion layer disposed between the reflective layer and the liquid crystal layer , wherein (i) a display mode in which pixels at a predetermined area selectively reflect outside light while at areas other than the predetermined area the pixels transmit light, and the conversion layer is in the opaque mode, thereby displaying an image (ob); (ii) a mirror mode in which the cholesteric liquid crystal is in the homeotropic state, and the conversion layer is in the transparent mode, thereby performing a mirror function for an object located in front of the display apparatus; and (iii) a combined mode in which pixels at a predetermined area selectively reflect outside light while at areas other than the predetermined area the pixels transmit light, and the conversion layer is in the transparent mode, thereby displaying an image (ob) and simultaneously performing a mirror function for an object located in front of the display apparatus.
Method for determining an overall dimension (L1, L2) of a motor vehicle equipped, on the outside, with a load , comprising steps of: a) acquiring an image in which at least part of said motor vehicle and of said load appears, b) acquiring a shape template associated with said motor vehicle , c) scaling said shape template with respect to the image of said part of the motor vehicle , and d) deducing said overall dimension (L1, L2) based on the scaling step, the image of said part of the motor vehicle and the shape template being displayed in a superimposed position on a screen , the shape template then being scaled so that it is superimposed on the outline of the motor vehicle . a) acquiring an image in which at least part of said motor vehicle and of said load appears, b) acquiring a shape template associated with said motor vehicle , c) scaling said shape template with respect to the image of said part of the motor vehicle , and d) deducing said overall dimension (L1, L2) based on the scaling step, the image of said part of the motor vehicle and the shape template being displayed in a superimposed position on a screen , the shape template then being scaled so that it is superimposed on the outline of the motor vehicle .
Antenna system inscribed in a parallelepiped with an antenna system front face , comprising: - a first transparent dielectric panel in front of the antenna system front face; - a second transparent dielectric panel in front of the first transparent dielectric panel and separated by at least one panel interlayer from the first transparent dielectric panel; - a transparent antenna arrangement comprising • a patch network (P) attached and separated by at least one patch interlayer (lp) from the first transparent dielectric panel; • a feeding network (F) attached and separated by at least one feed interlayer (If) from the second transparent dielectric panel; • a ground plane (G); - an antenna housing wherein the antenna housing comprises a first retaining means to retain the first transparent dielectric panel at a defined distance, Daf11, from the front face and wherein the at least one patch interlayer is a transparent polymer interlayer; characterised in that the ground plane is located between the feeding network and the second transparent dielectric panel. - a first transparent dielectric panel in front of the antenna system front face; - a second transparent dielectric panel in front of the first transparent dielectric panel and separated by at least one panel interlayer from the first transparent dielectric panel; - a transparent antenna arrangement comprising • a patch network (P) attached and separated by at least one patch interlayer (lp) from the first transparent dielectric panel; • a feeding network (F) attached and separated by at least one feed interlayer (If) from the second transparent dielectric panel; • a ground plane (G); • a patch network (P) attached and separated by at least one patch interlayer (lp) from the first transparent dielectric panel; • a feeding network (F) attached and separated by at least one feed interlayer (If) from the second transparent dielectric panel; • a ground plane (G); - an antenna housing wherein the antenna housing comprises a first retaining means to retain the first transparent dielectric panel at a defined distance, Daf11, from the front face and wherein the at least one patch interlayer is a transparent polymer interlayer; characterised in that the ground plane is located between the feeding network and the second transparent dielectric panel.
A polycistronic gene construct comprising: a) a gene promoter, preferably of eukaryotic origin, b) an intron, preferably that of beta-globin, c) an encoding nucleotide sequence for the icaspase9 protein, d) a first translation initiation or continuation element, preferably of the 2A type, e) an encoding nucleotide sequence for the herpes simplex virus thymidine kinase protein, f) a second translation initiation or continuation element, preferably of the 2A type, and g) preferably at least one marker gene. a) a gene promoter, preferably of eukaryotic origin, b) an intron, preferably that of beta-globin, c) an encoding nucleotide sequence for the icaspase9 protein, d) a first translation initiation or continuation element, preferably of the 2A type, e) an encoding nucleotide sequence for the herpes simplex virus thymidine kinase protein, f) a second translation initiation or continuation element, preferably of the 2A type, and g) preferably at least one marker gene.
A method for wireless communication at a scheduled entity in a wireless communication network, the method comprising: estimating a wireless channel between the scheduled entity and a scheduling entity to obtain a channel estimate; determining a respective weight associated with each of two or more predefined spectral efficiency - channel quality indicator, SPEF-CQI, mappings based on the channel estimate, wherein each of the two or more predefined SPEF-CQI mappings comprises a respective mapping between spectral efficiency, SPEF, threshold values and channel quality indicators, CQIs, and wherein each of the SPEF-CQI mappings is associated with a different channel type; calculating respective weighted sums of corresponding ones of the SPEF threshold values across the two or more predefined SPEF-CQI mappings using the respective weights to produce a blended SPEF-CQI mapping for the wireless channel; calculating a current SPEF value for the wireless channel; identifying a current CQI from the blended SPEF-CQI mapping that maps to the current SPEF value; and transmitting the current CQI to the scheduling entity. estimating a wireless channel between the scheduled entity and a scheduling entity to obtain a channel estimate; determining a respective weight associated with each of two or more predefined spectral efficiency - channel quality indicator, SPEF-CQI, mappings based on the channel estimate, wherein each of the two or more predefined SPEF-CQI mappings comprises a respective mapping between spectral efficiency, SPEF, threshold values and channel quality indicators, CQIs, and wherein each of the SPEF-CQI mappings is associated with a different channel type; calculating respective weighted sums of corresponding ones of the SPEF threshold values across the two or more predefined SPEF-CQI mappings using the respective weights to produce a blended SPEF-CQI mapping for the wireless channel; calculating a current SPEF value for the wireless channel; identifying a current CQI from the blended SPEF-CQI mapping that maps to the current SPEF value; and transmitting the current CQI to the scheduling entity.
Rail vehicle having a water supply system comprising a water consumption unit , wherein the water consumption unit is a hand washbasin and wherein the hand washbasin is connected in a water-directing manner to a wastewater tank via a wastewater line , and wherein the water supply system comprises a WC system that is connected in a water-directing manner to the wastewater tank via a wastewater line , wherein the water supply system comprises a water container that is replaceably attached to a water line , wherein the water line connects the water container to the water consumption unit in a manner that directs water for supplying the water consumption unit , and wherein the water supply system comprises a wastewater treatment system that is connected in a water-directing manner to the wastewater tank for treating the wastewater and to the WC system for supplying treated wastewater to the WC system .
An antibody or an antigen-binding fragment thereof that binds to human immunodeficiency virus-1 (HIV-1) Envelope glycoprotein gp120, the antibody or antigen-binding fragment thereof comprising a heavy chain variable region (VH) and a light chain variable region (VL), wherein the VH and VL comprise the amino acid sequences set forth, respectively, below: SEQ ID NOs.: 477 and 223; SEQ ID NOs.: 477 and 278; SEQ ID NOs.: 477 and 292; or SEQ ID NOs.: 478 and 276. SEQ ID NOs.: 477 and 223; SEQ ID NOs.: 477 and 278; SEQ ID NOs.: 477 and 292; or SEQ ID NOs.: 478 and 276.