mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a transfer film and microstructures, the transfer film being a transfer film for transferring the microstructures to a final substrate, the transfer film comprising a carrier film and one or more cured binder layers on a surface of the carrier film, wherein the microstructures are single or multi-layer structures that comprise: voids in a substantially planar surface, the voids optionally filled or coated with another material; raised areas in a substantially planar surface; or combinations thereof, and wherein the microstructures have one or more cured conformal release coating layers on a surface thereof, and are bonded to the transfer film by way of the one or more cured binder layers; wherein the one or more binder layers are applied between the carrier film and the side of the microstructures carrying the one or more conformal release coating layers.
A waterproof structure of a vehicle sunroof, the waterproof structure comprising: a front window assembly , comprising a front glass panel , a front frame , the front frame arranged on a periphery of the front glass panel and comprising a rear side portion ; a rear window assembly , comprising a rear glass panel , a rear sealing strip , a pair of side edges , and a front side portion connected between the pair of side edges , and the rear sealing strip disposed to surround the pair of side edges and the front side portion ; and a pair of window side frame bars , disposed adjacent to the side edges of the rear window assembly respectively, and each window side frame bar comprising a protrusion extended toward the rear side portion , characterized in that the rear side portion comprises a pair of cover portions extended from two ends thereof respectively, the pair of cover portions are disposed corresponding to two ends of the front side portion of the rear window assembly respectively, the front frame abuts against the rear sealing strip when the rear side portion moves to be close to the front side portion , and the rear sealing strip and the protrusions are covered by the cover portion respectively. a front window assembly , comprising a front glass panel , a front frame , the front frame arranged on a periphery of the front glass panel and comprising a rear side portion ; a rear window assembly , comprising a rear glass panel , a rear sealing strip , a pair of side edges , and a front side portion connected between the pair of side edges , and the rear sealing strip disposed to surround the pair of side edges and the front side portion ; and a pair of window side frame bars , disposed adjacent to the side edges of the rear window assembly respectively, and each window side frame bar comprising a protrusion extended toward the rear side portion , characterized in that the rear side portion comprises a pair of cover portions extended from two ends thereof respectively, the pair of cover portions are disposed corresponding to two ends of the front side portion of the rear window assembly respectively, the front frame abuts against the rear sealing strip when the rear side portion moves to be close to the front side portion , and the rear sealing strip and the protrusions are covered by the cover portion respectively.
System for driverless operation of a utility vehicle in a limited area, the utility vehicle allowing an autonomous operating mode and comprising an electropneumatic parking brake system which is designed to release the parking brake system when a valid autonomous control signal is present and to initiate automatic emergency breaking when no valid autonomous control signal is applied, characterized by: - a control module which is designed to output the valid autonomous control signal to the electropneumatic parking brake system and to control the utility vehicle in a driverless manner and to ensure the emergency braking of the parking brake system by deactivating the control signal; - a transfer module which is designed to transfer control of the utility vehicle from the driver to the control module ; and - a checking module which is designed to establish whether a driver is present in the utility vehicle , wherein the transfer module is designed to transfer the control of the utility vehicle to the control module only when the checking module has established that no driver is present in the utility vehicle. - a control module which is designed to output the valid autonomous control signal to the electropneumatic parking brake system and to control the utility vehicle in a driverless manner and to ensure the emergency braking of the parking brake system by deactivating the control signal; - a transfer module which is designed to transfer control of the utility vehicle from the driver to the control module ; and - a checking module which is designed to establish whether a driver is present in the utility vehicle ,
Combine harvester comprising a first grain tank extension panel mounted to a frame so as to be moveable between an open, extended, position and a closed, retracted, position, and an antenna mounting apparatus, characterised in that the antenna mounting apparatus comprises an antenna-supporting bracket pivotally mounted to the first grain tank extension panel around a first pivot axis (z), and a mechanical linkage coupled to the bracket, the linkage being arranged so as to couple pivoting movement of the bracket with movement of the first extension panel between the open position and closed position so as to pivot the antenna-supporting bracket with respect to the first grain tank extension panel when the first grain tank extension panel moves between the open position and closed position.
A method comprising: transmitting to a motor vehicle a communication including a first configuration file of a plurality of configuration files received from a remote server, wherein said transmission is over a first interface of a portable, mobile electronic device, and wherein the first configuration file maps motor vehicle codes to priority and a second configuration file of the plurality of configuration files maps priority to connection information; responsive to receiving from the motor vehicle a communication including a portion of a data set of information output from a motor vehicle, parsing metadata of the communication to determine an indicated priority; comparing the indicated priority to the first mapping; and ascertaining whether to establish via a second different interface of the portable, mobile electronic device a connection for uploading data corresponding to the received communication based on a result of the comparison of the indicated priority to the second configuration file. transmitting to a motor vehicle a communication including a first configuration file of a plurality of configuration files received from a remote server, wherein said transmission is over a first interface of a portable, mobile electronic device, and wherein the first configuration file maps motor vehicle codes to priority and a second configuration file of the plurality of configuration files maps priority to connection information; responsive to receiving from the motor vehicle a communication including a portion of a data set of information output from a motor vehicle, parsing metadata of the communication to determine an indicated priority; comparing the indicated priority to the first mapping; and ascertaining whether to establish via a second different interface of the portable, mobile electronic device a connection for uploading data corresponding to the received communication based on a result of the comparison of the indicated priority to the second configuration file.
A conductive hydrogel comprising, consisting essentially of or consisting of • a polystyrene sulfonate compound selected from poly(3,4-ethylenedioxythiophene) polystyrene sulfonate (PEDOT:PSS), reduced graphene oxide polystyrene sulfonate (rGO:PSS) and rGO:PEDOT:PSS; and • a conjugate of a linker-(BX)n oligopeptide and polyethylene glycol (PEG) according to formula (I): PEG-linker-(BX)n (I) wherein B is lysine or arginine, X is selected from alanine, glycine, serine, threonine, tyrosine, glutamic acid or aspartic acid and n is an integer selected from 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19 and 20; • a polystyrene sulfonate compound selected from poly(3,4-ethylenedioxythiophene) polystyrene sulfonate (PEDOT:PSS), reduced graphene oxide polystyrene sulfonate (rGO:PSS) and rGO:PEDOT:PSS; and • a conjugate of a linker-(BX)n oligopeptide and polyethylene glycol (PEG) according to formula (I): PEG-linker-(BX)n (I) wherein B is lysine or arginine, X is selected from alanine, glycine, serine, threonine, tyrosine, glutamic acid or aspartic acid and n is an integer selected from 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19 and 20;
An apparatus for detection of one of a first and a second isotope of an atomic material, the apparatus comprising: a first structure (54; 72; 102'); a first integrating detector (56; 74; 104) operatively positioned to detect a signal A from said first structure (54; 72; 102'); wherein said first structure (54; 72; 102') comprises a portion A that consist essentially of said first isotope of said atomic material, wherein said first structure (54; 72; 102') is configured to intercept at least some portion of a mono-energetic gamma-ray (MEGa-ray) beam (50; 70; 100); and wherein the first integrating detector (56; 74; 104) is provided to measure the total power scattered from the first structure (54; 72; 102'); the apparatus being characterized in that it comprises a second structure (58; 82; 102") and a second integrating detector (60; 84; 104) operatively positioned to detect a signal B from said second structure (58; 82; 102"); wherein said first structure (54; 72; 102') and said second structure (58; 82; 102") comprise the same said atomic material, wherein said second structure (58; 82; 102") comprises a portion B that consists essentially of said second isotope of said atomic material; wherein said second structure (58; 82; 102") is configured to intercept at least some portion of the mono-energetic gamma-ray (MEGa-ray) beam (50; 70; 100); and wherein the second integrating detector (60; 84; 104) is provided to measure the total power scattered from the second structure (58; 82; 102"). a first structure (54; 72; 102'); a first integrating detector (56; 74; 104) operatively positioned to detect a signal A from said first structure (54; 72; 102'); wherein said first structure (54; 72; 102') comprises a portion A that consist essentially of said first isotope of said atomic material, wherein said first structure (54; 72; 102') is configured to intercept at least some portion of a mono-energetic gamma-ray (MEGa-ray) beam (50; 70; 100); and wherein the first integrating detector (56; 74; 104) is provided to measure the total power scattered from the first structure (54; 72; 102'); the apparatus being characterized in that it comprises a second structure (58; 82; 102") and a second integrating detector (60; 84; 104) operatively positioned to detect a signal B from said second structure (58; 82; 102"); wherein said first structure (54; 72; 102') and said second structure (58; 82; 102") comprise the same said atomic material, wherein said second structure (58; 82; 102") comprises a portion B that consists essentially of said second isotope of said atomic material; wherein said second structure (58; 82; 102") is configured to intercept at least some portion of the mono-energetic gamma-ray (MEGa-ray) beam (50; 70; 100); and wherein the second integrating detector (60; 84; 104) is provided to measure the total power scattered from the second structure (58; 82; 102").
A medium voltage electric cable comprising: - a conductor ; - an inner semi-conductive layer arranged in a radially outer position with respect to the conductor ; - an insulating layer arranged in a radially outer position with respect to the inner semi-conductive layer and directly contacting the inner semi-conductive layer ; - an outer semi-conductive layer arranged in a radially outer position with respect to the insulating layer and directly contacting the insulating layer ; - a wire metal screen arranged in a radially outer position with respect to the outer semi-conductive layer ; - a filler layer arranged in a radially outer position with respect to the wire metal screen and interpenetrating within the wire metal screen , the filler layer being made from an extruded elastomeric low smoke zero halogen (LSOH) composition comprising a polyethylene homopolymer and/or copolymer having a density lower than 0.93 g/cm 3 and a metal hydroxide; and - an outer sheath arranged in a radially outer position with respect to the filler layer and directly contacting the filler layer , the outer sheath being made from a low smoke zero halogen (LSOH) composition comprising a polymer mixture of an EVA polymer and polyethylene homopolymer and/or copolymer having a density lower than 0.93 g/cm 3 , the polymer mixture being charged with a metal hydroxide and a phyllosilicate clay. - a conductor ; - an inner semi-conductive layer arranged in a radially outer position with respect to the conductor ; - an insulating layer arranged in a radially outer position with respect to the inner semi-conductive layer and directly contacting the inner semi-conductive layer ; - an outer semi-conductive layer arranged in a radially outer position with respect to the insulating layer and directly contacting the insulating layer ; - a wire metal screen arranged in a radially outer position with respect to the outer semi-conductive layer ; - a filler layer arranged in a radially outer position with respect to the wire metal screen and interpenetrating within the wire metal screen , the filler layer being made from an extruded elastomeric low smoke zero halogen (LSOH) composition comprising a polyethylene homopolymer and/or copolymer having a density lower than 0.93 g/cm 3 and a metal hydroxide; and - an outer sheath arranged in a radially outer position with respect to the filler layer and directly contacting the filler layer , the outer sheath being made from a low smoke zero halogen (LSOH) composition comprising a polymer mixture of an EVA polymer and polyethylene homopolymer and/or copolymer having a density lower than 0.93 g/cm 3 , the polymer mixture being charged with a metal hydroxide and a phyllosilicate clay.
A composition comprising a hydrogel or a composite material containing a hydrogel, and a plurality of liposomes dispersed throughout the bulk of said hydrogel, said hydrogel or said composite material being characterized by a shear storage modulus (G') of at least 2000 Pa at a temperature of 25 °C and a frequency of 1 Hz in the absence of said liposomes, the composition being characterized by a shear storage modulus (G') of at least 1000 Pa at a temperature of 25 °C and a frequency of 1 Hz, wherein: an average diameter of said liposomes is larger than 80 nm, said average diameter being a z-average determined by dynamic light scattering; and/or a degree of crosslinking of said hydrogel is higher than 0.2 molar percent, wherein said crosslinking comprises covalent crosslinking, and wherein a concentration of cholesterol in said liposomes is less than 40 molar percent relative to a total lipid amount of said liposome. an average diameter of said liposomes is larger than 80 nm, said average diameter being a z-average determined by dynamic light scattering; and/or a degree of crosslinking of said hydrogel is higher than 0.2 molar percent, wherein said crosslinking comprises covalent crosslinking, and wherein a concentration of cholesterol in said liposomes is less than 40 molar percent relative to a total lipid amount of said liposome.
A method comprising: receiving a first high resolution video data stream of a field of view of a camera; analyzing the first high resolution video data stream to determine whether an area of interest in the field of view includes motion or activity; when the area of interest includes the motion or the activity, cropping the area of interest from the first high resolution video data stream to form a second high resolution video data stream of the area of interest and converting a remainder of the first high resolution video data stream outside of the area of interest, that is, an area of non-interest in the field of view of the camera into a first low resolution video data stream of the area of non-interest; recording the second high resolution video data stream on a recording device and, simultaneously therewith, associating a QR code with each frame of the second high resolution video data stream; and recording the first low resolution video data stream on the recording device and, simultaneously therewith, associating the QR code with each frame of the first low resolution video data stream. receiving a first high resolution video data stream of a field of view of a camera; analyzing the first high resolution video data stream to determine whether an area of interest in the field of view includes motion or activity; when the area of interest includes the motion or the activity, cropping the area of interest from the first high resolution video data stream to form a second high resolution video data stream of the area of interest and converting a remainder of the first high resolution video data stream outside of the area of interest, that is, an area of non-interest in the field of view of the camera into a first low resolution video data stream of the area of non-interest; recording the second high resolution video data stream on a recording device and, simultaneously therewith, associating a QR code with each frame of the second high resolution video data stream; and recording the first low resolution video data stream on the recording device and, simultaneously therewith, associating the QR code with each frame of the first low resolution video data stream.
Method for locating at least one movable magnetic object (OMM k ) in relation to a network of at least N tri-axial magnetometers (M i,j ) linked together mechanically with no degree of freedom to retain a known relative position of these magnetometers (M i,j ), N being an integer number at least equal to 2, comprises, continuously: - a step of detection (E1) of a magnetometer (M i,j ) capable of being magnetized, i.e. capable of delivering as output measurements (B i,j mes ) comprising a measurement bias (BM i,j mes ) following a magnetization; - a step of correction (E2), by means of a correction bias (BC i,j mes ), of the measurements (B i,j mes ) delivered by said magnetometer (Mij) capable of being magnetized, said correction bias (BC i,j mes ) corresponding to a deviation between the measurements (B i,j mes ) supplied by said magnetometer (Mij) as input for a location filtering (FL) and the estimations (B i,j est ), upon said location filtering (FL), of the data delivered by said magnetometer (M i,j ); and - a step of consideration (E3) of said magnetometer (M i,j ) as not capable of being magnetized, by taking into account said step of correction of said magnetometer (M i,j ) capable of being magnetized. - a step of detection (E1) of a magnetometer (M i,j ) capable of being magnetized, i.e. capable of delivering as output measurements (B i,j mes ) comprising a measurement bias (BM i,j mes ) following a magnetization; - a step of correction (E2), by means of a correction bias (BC i,j mes ), of the measurements (B i,j mes ) delivered by said magnetometer (Mij) capable of being magnetized, said correction bias (BC i,j mes ) corresponding to a deviation between the measurements (B i,j mes ) supplied by said magnetometer (Mij) as input for a location filtering (FL) and the estimations (B i,j est ), upon said location filtering (FL), of the data delivered by said magnetometer (M i,j ); and - a step of consideration (E3) of said magnetometer (M i,j ) as not capable of being magnetized, by taking into account said step of correction of said magnetometer (M i,j ) capable of being magnetized.
Electrical device to be mounted to a wall, comprising a mounting interface for fixing or installing an electrical module to or at least partly into a wall and at least one corresponding electrical module , wherein the electrical module is configured for home automation functionalities an for exchanging information with a home automation network, in a compatible electrical format, wherein said mounting interface has a main plane , which is parallel to the wall when the mounting interface is in its normal in situ mounted position, and has a central opening through which the electrical module is inserted in the mounting interface , the electrical module comprising a housing being adapted to an insertion through the central opening , the mounting interface having internal plug or socket terminals for plugging therein the electrical module by mere nesting, in a direction perpendicular to said main plane , the electrical module being equipped with adapted complementary socket or plug elements and the mounting interface further comprising external connection terminals , the electrical device being characterised in that the mounting interface comprises an arch , or bridge, located at a back side of the mounting interface which has a global U shape and which has the internal plug or socket terminals and the external connection terminals , the electrical module being nested and plugged into the arch , in that a mainly open module receiving cavity or volume is partly defined between the central opening and the connection arch , in that the external connection terminals are accessible for inserting external wires or conductors from the outside of the module cavity , without passing in said cavity or interfering with its internal volume, in that the connection arch further comprises i) two lateral parts facing each other, forming opposed legs or arms of said arch and extending from two opposite edges or sides of the central opening in a direction mainly perpendicular to the main plane and ii) a transversal part , extending from one lateral part to the other as a connection limb or bridging part, mainly parallel to the main plane , in that said housing and the arch have complementary shapes, at least at the level of the transversal part , and in that the bridge or arch with its lateral parts and its transversal part is configured to ensure a guidance and centering of the module during its insertion phase, to provide a sharply defined stopping by abutment at the end of the insertion travel and to allow for the mechanical constraint to be applied in areas offset from the electrical connection area. i) two lateral parts facing each other, forming opposed legs or arms of said arch and extending from two opposite edges or sides of the central opening in a direction mainly perpendicular to the main plane and ii) a transversal part , extending from one lateral part to the other as a connection limb or bridging part, mainly parallel to the main plane ,