mhurhangee/patent-ind-claim-en huggingface dataset:
A floor processing device that automatically moves within an environment, with a driving attachment for moving the floor processing device in the environment, a floor processing unit for executing a floor processing operation, an obstacle detection unit for detecting obstacles in the environment, a control unit for automatically navigating and self-localizing the floor processing device and a detection unit for detecting device parameters and/or environment parameters, wherein the control unit is set up to determine an error of the floor processing device based upon the detected parameters that prevents the floor processing device from moving and/or the floor processing device from processing a surface to be processed in such a way that the floor processing device is unable to automatically extricate itself from the error situation, characterized in that , for purposes of a self-learning error avoidance, the control unit is set up to analyze the parameters detected by means of the detection unit with respect to recurring patterns , which are characterized by a repeatedly encountered combination of an error and at least one chronologically preceding environment and/or device parameter.
An integrated circuit "IC" device comprising: an SRAM module ; wrapper logic coupled to the SRAM module; a context source ; and an Error Correction Code (ECC) profile controller coupled to the context source and to the wrapper logic, the ECC profile controller configured to select an ECC profile in response to context information received from the context source for use by the wrapper logic, wherein the context source is configured to determine a level of error sensitivity based on the level of error sensitivity of an application running on the IC device, and the ECC profile controller is configured to select an ECC profile in response to the determined level of error sensitivity; the IC device being characterized in that : the SRAM module is coupled to the wrapper logic such that the SRAM module can selectively bypass the wrapper logic from a dataflow in response to context information output from the context source. an SRAM module ; wrapper logic coupled to the SRAM module; a context source ; and an Error Correction Code (ECC) profile controller coupled to the context source and to the wrapper logic, the ECC profile controller configured to select an ECC profile in response to context information received from the context source for use by the wrapper logic, wherein the context source is configured to determine a level of error sensitivity based on the level of error sensitivity of an application running on the IC device, and the ECC profile controller is configured to select an ECC profile in response to the determined level of error sensitivity;
Brake booster for a master brake cylinder of a motor vehicle, having a drive motor which by way of a gearbox is connected/capable of being connected to a pressure piston for the master brake cylinder that is capable of being mechanically coupled to a brake pedal of the motor vehicle, wherein the gearbox has a rotatable spindle nut having an internal thread and a rotationally fixed, axially displaceable spindle bar having an external thread , wherein the threads are mutually engaged so as to convert a rotating movement of the drive motor to a translatory movement of the spindle bar , and wherein the spindle nut has an external toothing which engages in a toothing of a drive wheel of the gearbox , characterized in that the spindle nut is axially displaceable relative to the drive wheel .
Arrangement for attracting insects, comprising a source of insect-attracting electromagnetic radiation, wherein the source is arranged at a distance from an insect trap for attracting insects or for attracting and killing insects and emits radiation in a manner directed towards the insect trap , wherein the insect trap is a slit trap for catching bark beetles, which has a main body with slits and, at the lower end, a removable container into which the bark beetles fall, wherein the source is configured to emit the radiation as heat radiation or infrared radiation towards the main body , and wherein the main body is configured to reflect the radiation in order to attract bark beetles to an enhanced degree.
An apparatus for improving a perceived quality of sound reproduction, comprising: an active noise cancellation unit (110; 1410; 1510; 1610; 1710; 1810) for cancelling interfering noise partially by generating a noise cancellation signal cancelling noise signal portions of an environmental audio signal being recorded by at least one microphone (1405; 1505; 1605; 1705), a residual noise characteristics estimator (120; 1420; 1520; 1620; 1720; 1820) for estimating a residual noise characteristic depending on the environmental audio signal and the noise cancellation signal, a perceptual noise compensation unit (130; 1430; 1530; 1630; 1730; 1830) for generating a noise-compensated signal based on a desired audio signal and the residual noise characteristic, and a combiner (140; 1440; 1540; 1640; 1740; 1840) for combining the noise cancellation signal and the noise-compensated signal to obtain an audio output signal to be reproduced by at least one loudspeaker (1450; 1550; 1650; 1750), the apparatus being characterized in that the residual noise characteristic indicates a characteristic of noise portions of the environmental noise that would remain when only reproducing the noise cancellation signal. an active noise cancellation unit (110; 1410; 1510; 1610; 1710; 1810) for cancelling interfering noise partially by generating a noise cancellation signal cancelling noise signal portions of an environmental audio signal being recorded by at least one microphone (1405; 1505; 1605; 1705), a residual noise characteristics estimator (120; 1420; 1520; 1620; 1720; 1820) for estimating a residual noise characteristic depending on the environmental audio signal and the noise cancellation signal, a perceptual noise compensation unit (130; 1430; 1530; 1630; 1730; 1830) for generating a noise-compensated signal based on a desired audio signal and the residual noise characteristic, and a combiner (140; 1440; 1540; 1640; 1740; 1840) for combining the noise cancellation signal and the noise-compensated signal to obtain an audio output signal to be reproduced by at least one loudspeaker (1450; 1550; 1650; 1750), the apparatus being characterized in that the residual noise characteristic indicates a characteristic of noise portions of the environmental noise that would remain when only reproducing the noise cancellation signal.
A vehicle periphery image generation apparatus comprising: an image acquisition unit for acquiring vehicle periphery images photographed by a plurality of photographic cameras mounted on the vehicle; a display device provided in the vehicle interior for displaying an image; a viewing point position setting unit for setting the position as the viewing point of the image to be displayed on the display device to a viewing point from a perpendicular upward direction; a self vehicle image generation unit for generating a self vehicle image; and a display image generation unit for generating the image to be displayed on the display device, characterized by further comprising: a fish-eye image generation unit for generating a fish-eye image with using the vehicle periphery images and the position set by the viewing point position setting unit, wherein the self vehicle image generation unit is configured to generate the self vehicle image as a fish-eye image with the position set by the viewing point position setting unit as the viewing point thereof, and the display image generation unit is configured to generate the image to be displayed on the display device with using the fish-eye image and the self vehicle image, wherein the position of the viewing point of the fish-eye image can be changed. an image acquisition unit for acquiring vehicle periphery images photographed by a plurality of photographic cameras mounted on the vehicle; a display device provided in the vehicle interior for displaying an image; a viewing point position setting unit for setting the position as the viewing point of the image to be displayed on the display device to a viewing point from a perpendicular upward direction; a self vehicle image generation unit for generating a self vehicle image; and a display image generation unit for generating the image to be displayed on the display device, characterized by further comprising: a fish-eye image generation unit for generating a fish-eye image with using the vehicle periphery images and the position set by the viewing point position setting unit, wherein the self vehicle image generation unit is configured to generate the self vehicle image as a fish-eye image with the position set by the viewing point position setting unit as the viewing point thereof, and the display image generation unit is configured to generate the image to be displayed on the display device with using the fish-eye image and the self vehicle image, wherein the position of the viewing point of the fish-eye image can be changed. a fish-eye image generation unit for generating a fish-eye image with using the vehicle periphery images and the position set by the viewing point position setting unit, wherein the self vehicle image generation unit is configured to generate the self vehicle image as a fish-eye image with the position set by the viewing point position setting unit as the viewing point thereof, and the display image generation unit is configured to generate the image to be displayed on the display device with using the fish-eye image and the self vehicle image, wherein the position of the viewing point of the fish-eye image can be changed.
A wetsuit comprising: a top portion , a middle portion and a bottom portion , wherein the top portion terminates at one end in a collar which extends around the neck of the wearer and terminates at the other end at the middle portion and the bottom portion includes a waist portion that extends around the waist of a wearer, leg portions that extend down the legs of the wearer, and a crotch portion ; characterized by a first buoyancy enhancer provided on the front of the wetsuit in the form of a strip which extends along the central longitudinal axis of the wearer from the collar to the crotch portion ; and a second buoyancy enhancer provided on the back of the wetsuit in the form of a strip which extends along the central longitudinal axis of the wearer from an intersection between the top portion and middle portion , to the crotch portion , wherein the first buoyancy enhancer has a width within the range of about 2.54 cm (1 inch) to about 17.78 cm (7 inches) and the second buoyancy enhancer has a width within the range of about 2.54 cm (1 inch) to about 17.78 cm (7 inches). a top portion , a middle portion and a bottom portion , wherein the top portion terminates at one end in a collar which extends around the neck of the wearer and terminates at the other end at the middle portion and the bottom portion includes a waist portion that extends around the waist of a wearer, leg portions that extend down the legs of the wearer, and a crotch portion ; characterized by a first buoyancy enhancer provided on the front of the wetsuit in the form of a strip which extends along the central longitudinal axis of the wearer from the collar to the crotch portion ; and a second buoyancy enhancer provided on the back of the wetsuit in the form of a strip which extends along the central longitudinal axis of the wearer from an intersection between the top portion and middle portion , to the crotch portion , wherein the first buoyancy enhancer has a width within the range of about 2.54 cm (1 inch) to about 17.78 cm (7 inches) and the second buoyancy enhancer has a width within the range of about 2.54 cm (1 inch) to about 17.78 cm (7 inches).
A modified filamentous fungal cell having increased production of a protein of interest, wherein said fungal cell has been modified by genetic modification of the ubc9 gene to reduce Ubc9 protein production and/or activity, thereby resulting in altered SUMOylation.
Use, for decreasing the cold filter plugging point of a fuel composition, measured according to standard NF EN 116, of one or more copolymer(s) containing the following units only: - from 80 to 95 mol% of a unit of the following formula (I) : and - from 5 to 20 mol% of at least one unit of the following formula (II): wherein R 1 , R 2 and R 3 , identical or different, represent a hydrogen atom or a C 1 to C 4 alkyl group, and R 4 represents a linear C 5 to C 17 alkyl group, said copolymer having a number average molar mass Mn of between 3000 and 7000 g.mol -1 . - from 80 to 95 mol% of a unit of the following formula (I) : and - from 5 to 20 mol% of at least one unit of the following formula (II): wherein R 1 , R 2 and R 3 , identical or different, represent a hydrogen atom or a C 1 to C 4 alkyl group, and R 4 represents a linear C 5 to C 17 alkyl group, said copolymer having a number average molar mass Mn of between 3000 and 7000 g.mol -1 . wherein R 1 , R 2 and R 3 , identical or different, represent a hydrogen atom or a C 1 to C 4 alkyl group, and R 4 represents a linear C 5 to C 17 alkyl group, said copolymer having a number average molar mass Mn of between 3000 and 7000 g.mol -1 .
A solar cell, comprising: an N-type substrate ; wherein the N-type substrate is a crystalline silicon substrate; a P-type emitter formed at a front surface of the N-type substrate ; a first passivation layer , a second passivation layer and a third passivation layer sequentially formed on the front surface of the N-type substrate and in a direction away from the P-type emitter ; wherein the first passivation layer comprises a first silicon oxynitride SiO x N y material, wherein x>y; the second passivation layer comprises a first silicon nitride Si m N n material, wherein m>n; and the third passivation layer comprises a second silicon oxynitride SiO i N j material, characterized in that a first ratio of x/y is 1.53~2.58, a second ratio of m/n is 3.12~5.41 and a third ratio of i/j is 0.97~ 7.58; and a passivated contact structure formed on a rear surface of the N-type substrate , wherein the passivated contact structure at least includes an interface passivation layer and a field passivation layer sequentially formed in a direction away from the N-type substrate. an N-type substrate ; wherein the N-type substrate is a crystalline silicon substrate; a P-type emitter formed at a front surface of the N-type substrate ; a first passivation layer , a second passivation layer and a third passivation layer sequentially formed on the front surface of the N-type substrate and in a direction away from the P-type emitter ; wherein the first passivation layer comprises a first silicon oxynitride SiO x N y material, wherein x>y; the second passivation layer comprises a first silicon nitride Si m N n material, wherein m>n; and the third passivation layer comprises a second silicon oxynitride SiO i N j material, characterized in that a first ratio of x/y is 1.53~2.58, a second ratio of m/n is 3.12~5.41 and a third ratio of i/j is 0.97~ 7.58; and a passivated contact structure formed on a rear surface of the N-type substrate , wherein the passivated contact structure at least includes an interface passivation layer and a field passivation layer sequentially formed in a direction away from the N-type substrate.
A method of executing content in a sandboxed media environment, comprising: transmitting, by a client device to a dynamic content server, a request for content for presentation via an application executing on the client device in a sandboxed media environment; receiving, by the client device from the dynamic content server responsive to the request, a content item comprising a reference to a script; intercepting the content item, by a markup interpreter executed by the client device, prior to receipt of the content item by the application executing in the sandboxed media environment; parsing the content item, by the markup interpreter, to extract an identifier of the script; retrieving the script, by the markup interpreter, from a local cache on the client device separate from the sandboxed media environment, according to the extracted identifier of the script; constructing a modified content item, by the markup interpreter, using the script retrieved from the local cache and the content item received from the dynamic content server; and forwarding, by the markup interpreter to the application executing on the client device in the sandboxed media environment, the modified content item, the application executing the modified content item. transmitting, by a client device to a dynamic content server, a request for content for presentation via an application executing on the client device in a sandboxed media environment; receiving, by the client device from the dynamic content server responsive to the request, a content item comprising a reference to a script; intercepting the content item, by a markup interpreter executed by the client device, prior to receipt of the content item by the application executing in the sandboxed media environment; parsing the content item, by the markup interpreter, to extract an identifier of the script; retrieving the script, by the markup interpreter, from a local cache on the client device separate from the sandboxed media environment, according to the extracted identifier of the script; constructing a modified content item, by the markup interpreter, using the script retrieved from the local cache and the content item received from the dynamic content server; and forwarding, by the markup interpreter to the application executing on the client device in the sandboxed media environment, the modified content item, the application executing the modified content item.
A compound of Formula (I) wherein each R 1 is independently hydrogen or an alkyl; R 2 is a divalent group comprising an alkylene, heteroalkylene, arylene, heteroarylene, or a combination thereof and optionally further comprising an oxy, carbonyl, carbonyloxy, carbonylimino, -NR 3 -, or a combination thereof; R 3 is hydrogen or an alkyl; and Q is a polymeric group comprising a product of polymerization of a monomer composition comprising at least one ethylenically unsaturated monomer, wherein Q is free of a carboxyl group. each R 1 is independently hydrogen or an alkyl; R 2 is a divalent group comprising an alkylene, heteroalkylene, arylene, heteroarylene, or a combination thereof and optionally further comprising an oxy, carbonyl, carbonyloxy, carbonylimino, -NR 3 -, or a combination thereof; R 3 is hydrogen or an alkyl; and Q is a polymeric group comprising a product of polymerization of a monomer composition comprising at least one ethylenically unsaturated monomer, wherein Q is free of a carboxyl group.
Support element for a raised surface, the support element comprising the following parts: (a) a base allowing the support element to be placed in an upright position on an underlying surface, (b) on the base, an intermediate piece, consisting of one or more stackable connecting pieces exhibiting a relief on at least one side parallel with the underlying surface, having one or more projections and/or one or more cavities, which fit into a complementary relief of an overlying or underlying connecting piece, or in the absence of multiple connecting pieces, into a complementary relief on the base and/or the support plate, and (c) on the intermediate piece, a support plate, suitable as a support of an object at a distance from the underlying surface, whereby the one or more stackable connecting pieces include a shock and/or vibration absorbing connecting piece consisting at least partly of shock and/or vibration absorbing material wherein the one or more stackable connecting pieces, including the shock and/or vibration absorbing connecting piece, exhibit a relief parallel to the underlying surface on both sides, having one or more projections and/or one or more cavities allowing several connecting pieces to be stacked such that the projecting portions of one connecting piece fit into the cavities of an overlying or underlying connecting piece, characterized in that each of said one or more connecting pieces, including the shock and/or vibration absorbing connecting piece, includes one projection that is carried out annularly in the vicinity of the outer circumference of one side parallel with the underlying surface, and includes one cavity that is carried out annularly in the vicinity of the outer circumference of the opposite side parallel with the underlying surface. (a) a base allowing the support element to be placed in an upright position on an underlying surface, (b) on the base, an intermediate piece, consisting of one or more stackable connecting pieces exhibiting a relief on at least one side parallel with the underlying surface, having one or more projections and/or one or more cavities, which fit into a complementary relief of an overlying or underlying connecting piece, or in the absence of multiple connecting pieces, into a complementary relief on the base and/or the support plate, and (c) on the intermediate piece, a support plate, suitable as a support of an object at a distance from the underlying surface,
An optical scanner comprising: an optical transmitter to receive light from a light source and to modulate phases of at least some of the received light to project light onto a far field scene in two-dimensions, the two-dimensions including a first direction over which the light is dispersed to form a swath of illumination and a second dimension over which the swath is steered by modulating phases of the light received from the light source ; and an optical receiver including a number of first microelectromechanical system (MEMS) phased-arrays each comprising a ribbon MEMS phased-array having a parallel arrangement of light-reflective ribbons, to receive light from the far field scene and to direct at least some of the received light onto a detector , wherein the number of first MEMS phased-arrays are configured to de-scan the received light by directing light from the light source reflected from the far field scene onto the detector while rejecting background light , wherein the optical receiver further comprises receiving optics to receive light from the far field scene and direct received light onto the number of the first MEMS phased-arrays , and wherein the receiving optics comprise a lenticular array, to increase an effective fill factor of the number of the first MEMS phased-arrays . an optical transmitter to receive light from a light source and to modulate phases of at least some of the received light to project light onto a far field scene in two-dimensions, the two-dimensions including a first direction over which the light is dispersed to form a swath of illumination and a second dimension over which the swath is steered by modulating phases of the light received from the light source ; and an optical receiver including a number of first microelectromechanical system (MEMS) phased-arrays each comprising a ribbon MEMS phased-array having a parallel arrangement of light-reflective ribbons, to receive light from the far field scene and to direct at least some of the received light onto a detector , wherein the number of first MEMS phased-arrays are configured to de-scan the received light by directing light from the light source reflected from the far field scene onto the detector while rejecting background light , wherein the optical receiver further comprises receiving optics to receive light from the far field scene and direct received light onto the number of the first MEMS phased-arrays , and wherein the receiving optics comprise a lenticular array, to increase an effective fill factor of the number of the first MEMS phased-arrays .