mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a traffic entity and for updating a first environmental model at a vehicle , the method comprising receiving information related to the first environmental model from the vehicle , the first environmental model comprising at least first information on an object in an environment of the vehicle and the first environmental model comprising confidence information related to the first information; obtaining information related to a second environmental model of the vehicle at the traffic entity , the second environmental model comprising at least second information on the object in the environment of the vehicle and the second environmental model comprising confidence information related to the second information; determining information related to a confidence improvement of the first information based on the second information; information, characterized by determining a delay based on the information related to the confidence improvement; and transmitting the second information to the vehicle based on the delay for updating the first environmental model, wherein the information related to the confidence improvement indicates by how much a confidence on the existence or a property of the object could be improved in the first environmental model based on the second information, wherein the higher the confidence improvement level the shorter the delay for transmitting the second information. wherein the confidence information indicates a correctness probability on the existence or said property of the object. receiving information related to the first environmental model from the vehicle , the first environmental model comprising at least first information on an object in an environment of the vehicle and the first environmental model comprising confidence information related to the first information; obtaining information related to a second environmental model of the vehicle at the traffic entity , the second environmental model comprising at least second information on the object in the environment of the vehicle and the second environmental model comprising confidence information related to the second information; determining information related to a confidence improvement of the first information based on the second information; information, characterized by determining a delay based on the information related to the confidence improvement; and transmitting the second information to the vehicle based on the delay for updating the first environmental model, wherein the information related to the confidence improvement indicates by how much a confidence on the existence or a property of the object could be improved in the first environmental model based on the second information, wherein the higher the confidence improvement level the shorter the delay for transmitting the second information. wherein the confidence information indicates a correctness probability on the existence or said property of the object.
A near field RF powered electronic valve actuator , comprising: a housing ; control electronics contained within the housing ; a power input port ; a communication port , transmitting of data by the control electronics over said communication port requiring application of power to the power input port ; and a near field power receiver located within the housing in communication with the control electronics , said near field power receiver being distinct from said power input port and from said communication port , the near field power receiver including an antenna configured, when electrical power is not applied to the power input port of the valve actuator , to receive radio frequency energy from an external device located proximal to the near field power receiver but outside of the housing , said near field power receiver being configured to convey said received power to the control electronics , to receive the data from the control electronics , and to wirelessly transmit the data to the external device via near field communication, wherein the data that the near field power receiver is able to transmit to the external device includes at least one of a current valve position as indicated by a position sensor and a torque or linear displacement force currently applied by the valve actuator to a valve. a housing ; control electronics contained within the housing ; a power input port ; a communication port , transmitting of data by the control electronics over said communication port requiring application of power to the power input port ; and a near field power receiver located within the housing in communication with the control electronics , said near field power receiver being distinct from said power input port and from said communication port , the near field power receiver including an antenna configured, when electrical power is not applied to the power input port of the valve actuator , to receive radio frequency energy from an external device located proximal to the near field power receiver but outside of the housing , said near field power receiver being configured to convey said received power to the control electronics , to receive the data from the control electronics , and to wirelessly transmit the data to the external device via near field communication, wherein the data that the near field power receiver is able to transmit to the external device includes at least one of a current valve position as indicated by a position sensor and a torque or linear displacement force currently applied by the valve actuator to a valve.
Bottle holder for holding a bottle for a syringe, wherein the bottle holder comprises a stop surface , a piercing hollow spike protruding beyond the stop surface and extending in a first direction, a guideway and a first and a second clamping element , characterized in that the first and the second clamping element are arranged one on another along the first direction and are mounted in the guideway so as to be moveable along a second direction transverse to the first direction, wherein each clamping element (29-31) comprises a through-hole and is moveable back and forth between an insertion position and a clamping position, wherein, when the clamping elements (29-31) are in the insertion position, a neck of the bottle can be moved through the through-holes until the front end of the bottle abuts against the stop surface with the result that the piercing hollow spike pierces a film at the front end of the bottle , and wherein at least one of the clamping elements (29-31), when it is in its clamping position, presses against the neck of the bottle , which abuts with its front end against the stop surface , in order thereby to clamp the bottle in the holder . wherein the bottle holder comprises a stop surface , a piercing hollow spike protruding beyond the stop surface and extending in a first direction, a guideway and a first and a second clamping element , characterized in that the first and the second clamping element are arranged one on another along the first direction and are mounted in the guideway so as to be moveable along a second direction transverse to the first direction, wherein each clamping element (29-31) comprises a through-hole and is moveable back and forth between an insertion position and a clamping position, wherein, when the clamping elements (29-31) are in the insertion position, a neck of the bottle can be moved through the through-holes until the front end of the bottle abuts against the stop surface with the result that the piercing hollow spike pierces a film at the front end of the bottle , and wherein at least one of the clamping elements (29-31), when it is in its clamping position, presses against the neck of the bottle , which abuts with its front end against the stop surface , in order thereby to clamp the bottle in the holder .
A composition comprising mRNA encoding a therapeutic protein and a lipid carrier vehicle for use in treating or preventing a disease in a non-lung cell or tissue, wherein the composition is formulated for pulmonary delivery and is administered to the lung by aerosolization, inhalation, nebulization or instillation, wherein the a lipid carrier vehicle is a lipid nanoparticle in the form of a liposome and comprises one or more cationic lipids, one or more non-cationic lipids, one or more cholesterol-based lipids and one or more PEG-modified lipids.
A continuous process for the production of cobalt carbonyls wherein a reaction is carried out in a reactor with a reaction mixture containing the following components: (a) Cobalt(II) bis(2-ethylhexanoate), (b) Carbon monoxide, (c) an aliphatic alcohol with 4 to 7 carbon atoms, preferably butanol, and (d) a solvent containing hydrocarbons, where the average residence time in the reactor is less than 60 min. (a) Cobalt(II) bis(2-ethylhexanoate), (b) Carbon monoxide, (c) an aliphatic alcohol with 4 to 7 carbon atoms, preferably butanol, and (d) a solvent containing hydrocarbons,
A tire with a polymer plug for tread wear sensing, wherein the tire comprises a pair of sidewalls , each one of which extends radially outwardly from a respective bead area to a tread , wherein the tread is formed with a plurality of tread elements and a radially outer surface , wherein a chamber is formed in a selected one of the tread elements , wherein a sensor unit is mounted to the tire , the sensor unit including a pair of electrical contacts , wherein the polymer plug includes a wire being disposed in the chamber , the wire including proximal ends and a distal end near the radially outer surface of the tread , wherein an electrical circuit is formed by each proximal end of the wire electrically contacting a respective one of the sensor unit electrical contacts , whereby when the selected one of the tread elements wears down to the distal end of the wire , the distal end of the wire breaks, thereby breaking the electrical circuit , wherein a cured solidified liquid polymer is provided in the chamber , and wherein the proximal ends of the wire are attached to a printed circuit board , characterized in that the printed circuit board is formed with an opening and the distal end of the wire is inserted through the circuit board into the chamber . wherein the tire comprises a pair of sidewalls , each one of which extends radially outwardly from a respective bead area to a tread , wherein the tread is formed with a plurality of tread elements and a radially outer surface , wherein a chamber is formed in a selected one of the tread elements , wherein a sensor unit is mounted to the tire , the sensor unit including a pair of electrical contacts , wherein the polymer plug includes a wire being disposed in the chamber , the wire including proximal ends and a distal end near the radially outer surface of the tread , wherein an electrical circuit is formed by each proximal end of the wire electrically contacting a respective one of the sensor unit electrical contacts , whereby when the selected one of the tread elements wears down to the distal end of the wire , the distal end of the wire breaks, thereby breaking the electrical circuit , wherein a cured solidified liquid polymer is provided in the chamber , and wherein the proximal ends of the wire are attached to a printed circuit board , characterized in that the printed circuit board is formed with an opening and the distal end of the wire is inserted through the circuit board into the chamber .
Wideband wired receiving antenna for an underwater craft, such as a submarine, equipped with a winch for deployment of the antenna, characterised in that the antenna comprises at its free end a terminal sleeve in which there are arranged means for storing electrical energy for supplying that end of the antenna, and the operation of which is controlled by means forming a pressure sensor .
A device for selectively entraining hair strands from the scalp having at least one hooking applicator , the at least one hooking applicator a hook that rotates to entrain the hair strands, a hair color container having at least one hair color component therein and a way to apply the hair color to the entrained hair stands, the device being characterized in that : a) the at least one hooking applicator is configured to form a channel between a surface of the hook and a surface of a body portion of the at least one hooking applicator having a hair color outlet therein to better accommodate high viscosity liquid hair color; b) the at least one hooking applicator include a pair of spaced apart feet , each foot having a scalp contacting surface of continuous and flat length, the hook positioned between the spaced apart feet ; the hook is positioned with respect to the spaced apart feet to form a scissors action between the hook and the spaced apart feet when the hook rotates for entraining hair strands; c) wherein the hook and/or the at least one hooking applicator includes a recess to hold entrained hair and permit hair color to fill the recess be applied to entrained hair, and one or both feet can optionally include a channel for supporting the entrained hair; and d) a trigger mechanism ( 16a-c , 18 , 20c , 22 and 24a-c ) that first rotates the hook to entrain hair strands and then squeezes the hair color container to apply hair color to the entrained hair via the at least one hooking applicator . a) the at least one hooking applicator is configured to form a channel between a surface of the hook and a surface of a body portion of the at least one hooking applicator having a hair color outlet therein to better accommodate high viscosity liquid hair color; b) the at least one hooking applicator include a pair of spaced apart feet , each foot having a scalp contacting surface of continuous and flat length, the hook positioned between the spaced apart feet ; the hook is positioned with respect to the spaced apart feet to form a scissors action between the hook and the spaced apart feet when the hook rotates for entraining hair strands; c) wherein the hook and/or the at least one hooking applicator includes a recess to hold entrained hair and permit hair color to fill the recess be applied to entrained hair, and one or both feet can optionally include a channel for supporting the entrained hair; and d) a trigger mechanism ( 16a-c , 18 , 20c , 22 and 24a-c ) that first rotates the hook to entrain hair strands and then squeezes the hair color container to apply hair color to the entrained hair via the at least one hooking applicator .
Magnetic levitation centrifugal blood pump , comprising: - at least one internally hollow body provided with at least one inlet connector and with at least one outlet connector for blood, where said hollow body comprises at least one lower element and at least one upper element which are mutually coupled to each other; - at least one rotor element housed inside said hollow body and provided with at least one portion made of magnetic material , said rotor element being magnetically commanded in rotation about a relative axis (X), without contact, by a stator element associable with said hollow body ; wherein said upper element has at least one perimeter flange for coupling to said lower element and at least one substantially dome-shaped body projecting from said perimeter flange ; and wherein said outlet connector is associated with said dome-shaped body ; characterized in that said outlet connector is spaced apart from said perimeter flange , and in that between said outlet connector and said perimeter flange a free space is defined inside which mutual clamping means can be inserted for the clamping of said upper element with said lower element , such that during assembly of the pump, said upper element and said lower element can be kept in contact with each other during the coupling operation. - at least one internally hollow body provided with at least one inlet connector and with at least one outlet connector for blood, where said hollow body comprises at least one lower element and at least one upper element which are mutually coupled to each other; - at least one rotor element housed inside said hollow body and provided with at least one portion made of magnetic material , said rotor element being magnetically commanded in rotation about a relative axis (X), without contact, by a stator element associable with said hollow body ; wherein said upper element has at least one perimeter flange for coupling to said lower element and at least one substantially dome-shaped body projecting from said perimeter flange ; and wherein said outlet connector is associated with said dome-shaped body ; characterized in that said outlet connector is spaced apart from said perimeter flange , and in that between said outlet connector and said perimeter flange a free space is defined inside which mutual clamping means can be inserted for the clamping of said upper element with said lower element , such that during assembly of the pump, said upper element and said lower element can be kept in contact with each other during the coupling operation.
A polishing process comprising: bringing a rotating article to be polished into contact with various centrifugally outspread flexible flaps of a rotating flexible flap grinding wheel , with a grinding wheel rotation shaft being parallel to an article rotation shaft ; pneumatically controlling the feed of the flexible flap grinding wheel relative to the surface of the article to be polished, such that the outer edges of the flaps of the flexible flap grinding wheel are in pressure contact with the surface to be polished of the article to be polished , and polishing same, wherein said flexible flap grinding wheel comprises a hub and a plurality of flexible flaps with an inner edge fixed on the hub and an outer edge that can be outspread, each flexible flap comprising a substrate and an abrasive layer, and the abrasive layer being bonded to the substrate and comprising an abrasive and a binder, wherein the process further comprises bringing the rotating article to be polished sequentially into contact with a plurality of rotating flexible flap grinding wheels in the descending order of the grain sizes of abrasives of the grinding wheels , where the width of a grinding wheel flap with a smaller abrasive grain size is greater than the width of a grinding wheel flap with a larger abrasive grain size; wherein said article to be polished is a glass article. bringing a rotating article to be polished into contact with various centrifugally outspread flexible flaps of a rotating flexible flap grinding wheel , with a grinding wheel rotation shaft being parallel to an article rotation shaft ; pneumatically controlling the feed of the flexible flap grinding wheel relative to the surface of the article to be polished, such that the outer edges of the flaps of the flexible flap grinding wheel are in pressure contact with the surface to be polished of the article to be polished , and polishing same, wherein said flexible flap grinding wheel comprises a hub and a plurality of flexible flaps with an inner edge fixed on the hub and an outer edge that can be outspread, each flexible flap comprising a substrate and an abrasive layer, and the abrasive layer being bonded to the substrate and comprising an abrasive and a binder, wherein the process further comprises bringing the rotating article to be polished sequentially into contact with a plurality of rotating flexible flap grinding wheels in the descending order of the grain sizes of abrasives of the grinding wheels , where the width of a grinding wheel flap with a smaller abrasive grain size is greater than the width of a grinding wheel flap with a larger abrasive grain size; wherein said article to be polished is a glass article.
A high power handling polarization system, comprising: a first optical assembly configured to receive light, comprising: a first substrate located to receive light; a first polarizer adjacent to the first substrate and located to receive light from the first substrate; a planarization layer adjacent to the first polarizer, the planarization layer being formed of a resin cast onto the first polarizer, the planarization layer being substantially index-matched with the first substrate ; a second optical assembly located to receive light from the first optical assembly, comprising: a second substrate located to receive light from the planarization layer of the first optical assembly; a first liquid crystal cell located subsequent in the light path to the second substrate; a second liquid crystal cell located to receive light from the first liquid crystal cell; a third substrate located subsequent in the light path to the second liquid crystal cell; and an air gap located between the first optical assembly and the second optical assembly. a first optical assembly configured to receive light, comprising: a first substrate located to receive light; a first polarizer adjacent to the first substrate and located to receive light from the first substrate; a planarization layer adjacent to the first polarizer, the planarization layer being formed of a resin cast onto the first polarizer, the planarization layer being substantially index-matched with the first substrate ; a first substrate located to receive light; a first polarizer adjacent to the first substrate and located to receive light from the first substrate; a planarization layer adjacent to the first polarizer, the planarization layer being formed of a resin cast onto the first polarizer, the planarization layer being substantially index-matched with the first substrate ; a second optical assembly located to receive light from the first optical assembly, comprising: a second substrate located to receive light from the planarization layer of the first optical assembly; a first liquid crystal cell located subsequent in the light path to the second substrate; a second liquid crystal cell located to receive light from the first liquid crystal cell; a third substrate located subsequent in the light path to the second liquid crystal cell; and a second substrate located to receive light from the planarization layer of the first optical assembly; a first liquid crystal cell located subsequent in the light path to the second substrate; a second liquid crystal cell located to receive light from the first liquid crystal cell; a third substrate located subsequent in the light path to the second liquid crystal cell; and an air gap located between the first optical assembly and the second optical assembly.
Hair-styling appliance comprising: - a main body including a handle extending longitudinally along a first axis (P-P'), - an accessory intended to come into contact with the hair so as to style same, said accessory extending longitudinally along a second axis (A-A'), - a drive motor for rotating the accessory about said second axis (A-A') so that the hair can be wound around said accessory , characterised in that said accessory is movable between at least two position, each allowing the rotation of the accessory about said second axis (A-A'): - a first position in which said second axis (A-A') and the first axis (P-P') form a straight angle therebetween, - a second position in which the second axis (A-A') and the first axis (P-P') form an angle different from the straight angle therebetween. - a main body including a handle extending longitudinally along a first axis (P-P'), - an accessory intended to come into contact with the hair so as to style same, said accessory extending longitudinally along a second axis (A-A'), - a drive motor for rotating the accessory about said second axis (A-A') so that the hair can be wound around said accessory , - a first position in which said second axis (A-A') and the first axis (P-P') form a straight angle therebetween, - a second position in which the second axis (A-A') and the first axis (P-P') form an angle different from the straight angle therebetween.