mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device comprising: a film-based lightguide comprising at least one light emitting region with a plurality of light extraction features; at least one light source positioned to emit light into the film-based lightguide such that the light propagates through the film-based lightguide in a waveguide condition and exits the film-based lightguide in the light emitting region ; and a film adjustment mechanism physically coupled to the film based lightguide and configurable to adjust at least one of an orientation and a shape of the light emitting region such that an angular light output profile of the light exiting the light emitting device from the light emitting region changes when the light source emits light that travels in a waveguide condition through the film-based lightguide , wherein the angular light output profile is changed by changing at least one of an orientation and a shape of the light emitting region by: adjusting the film adjustment mechanism to change the orientation by changing a first radius of curvature of the light emitting region to a second radius of curvature to change the angular light output profile of the light emitted from the light emitting device; or adjusting the film adjustment mechanism to adjust the shape of the light emitting region of the film-based lightguide . a film-based lightguide comprising at least one light emitting region with a plurality of light extraction features; at least one light source positioned to emit light into the film-based lightguide such that the light propagates through the film-based lightguide in a waveguide condition and exits the film-based lightguide in the light emitting region ; and a film adjustment mechanism physically coupled to the film based lightguide and configurable to adjust at least one of an orientation and a shape of the light emitting region such that an angular light output profile of the light exiting the light emitting device from the light emitting region changes when the light source emits light that travels in a waveguide condition through the film-based lightguide , wherein the angular light output profile is changed by changing at least one of an orientation and a shape of the light emitting region by: adjusting the film adjustment mechanism to change the orientation by changing a first radius of curvature of the light emitting region to a second radius of curvature to change the angular light output profile of the light emitted from the light emitting device; or adjusting the film adjustment mechanism to adjust the shape of the light emitting region of the film-based lightguide . adjusting the film adjustment mechanism to change the orientation by changing a first radius of curvature of the light emitting region to a second radius of curvature to change the angular light output profile of the light emitted from the light emitting device; or adjusting the film adjustment mechanism to adjust the shape of the light emitting region of the film-based lightguide .
An anti-flood device comprising a frame provided with a pair of lateral contrast elements , which are elongated in a given direction (D) starting from a base in contact with a floor (P) and are mutually facing each other, each said contrast element having a longitudinal abutment , the two said abutments identifying a reference plane (M) developed according to said given direction (D); and a flood barrier laterally delimited by two sides shaped to be facing said abutments and a bottom edge shaped for coupling with said floor (P) between said contrast elements ; elastic sealing means being arranged longitudinally between each said abutment and each said edge for coupling said flood barrier at the front and said contrast elements in a hydraulically sealed manner, sealing means being arranged between said flood barrier and said floor (P) for exerting a sealing action on said bottom edge , attachment means being carried by said contrast elements for holding said flood barrier at the front against the countering action of said elastic sealing means ; characterized in that each said side is delimited at the top by a hollow portion that houses a roller carried in a rotatable manner in a direction transverse to said direction (D); each said contrast element being delimited at the top by a head piece having thrust means designed to act by shape fitting on each respective roller to press said flood barrier against said floor (P).
An apparatus for applying negative pressure to a wound, comprising: a negative pressure source configured to provide negative pressure, via a fluid flow path, to a dressing placed over a wound; one or more pressure sensors configured to monitor a pressure in the fluid flow path; wherein the apparatus is configured to determine a type of fluid causing a change in properties in the fluid that flows through the fluid flow path; and a controller configured to: detect presence of blood in the fluid flow path based on the pressure monitored by the one or more pressure sensors and an activity level of the negative pressure source wherein the controller is configured to compute a first indicator associated with change in the pressure over a time duration and a second indicator associated with change in the activity level over the time duration; and detect presence of blood based on the first and second indicators, and provide an indication that blood is present in the fluid flow path. a negative pressure source configured to provide negative pressure, via a fluid flow path, to a dressing placed over a wound; one or more pressure sensors configured to monitor a pressure in the fluid flow path; wherein the apparatus is configured to determine a type of fluid causing a change in properties in the fluid that flows through the fluid flow path; and a controller configured to: detect presence of blood in the fluid flow path based on the pressure monitored by the one or more pressure sensors and an activity level of the negative pressure source wherein the controller is configured to compute a first indicator associated with change in the pressure over a time duration and a second indicator associated with change in the activity level over the time duration; and detect presence of blood based on the first and second indicators, and provide an indication that blood is present in the fluid flow path. detect presence of blood in the fluid flow path based on the pressure monitored by the one or more pressure sensors and an activity level of the negative pressure source wherein the controller is configured to compute a first indicator associated with change in the pressure over a time duration and a second indicator associated with change in the activity level over the time duration; and detect presence of blood based on the first and second indicators, and provide an indication that blood is present in the fluid flow path.
A blocked isocyanate composition comprising a blocked isocyanate formed from: a triisocyanate compound (A) of general formula (I); a diol compound (B); a hydrophilic compound (C); and a blocking agent (D), (in the general formula (I), each of plural Y 1 is independently a single bond or a C1-20 divalent hydrocarbon group which may have at least one structure selected from the group consisting of an ester structure and an ether structure, each of plural Y 1 is identical to or different from each other, and R 1 is a hydrogen atom or a C1-12 monovalent hydrocarbon group). a triisocyanate compound (A) of general formula (I); a diol compound (B); a hydrophilic compound (C); and a blocking agent (D), (in the general formula (I), each of plural Y 1 is independently a single bond or a C1-20 divalent hydrocarbon group which may have at least one structure selected from the group consisting of an ester structure and an ether structure, each of plural Y 1 is identical to or different from each other, and R 1 is a hydrogen atom or a C1-12 monovalent hydrocarbon group).
A fibrous structure comprising a plurality of filaments and a plurality of solid additives, the fibrous structure further comprising a first region and a second region, wherein the first and second regions exhibit at least one common intensive property that differs in value; and wherein a micro-CT basis weight transition between the first and second regions exhibits a micro-CT basis weight cross region transition slope value of greater than 0.2 gsm/mm as measured according to the Micro-CT Test Method; and wherein the filaments are present in the fibrous structure at a level of greater than 5% and less than 90% by weight of the fibrous structure on a dry basis; and wherein the solid additives are present in the fibrous structure at a level of greater than 10% and less than 95% by weight of the fibrous structure on a dry basis; and wherein at least one of the filaments comprises a thermoplastic polymer; and wherein the solid additives comprise pulp fibers, particulates, particles, or combinations thereof; and wherein at least one common micro-CT intensive property is selected from the group consisting of: micro-CT basis weight, micro-CT thickness, micro-CT density, and combinations thereof as measured according to the Micro-CT Test Method; and wherein the filaments and solid additives are present in the fibrous structure at a weight ratio of filaments to solid additives of from at least 1:10. wherein a micro-CT basis weight transition between the first and second regions exhibits a micro-CT basis weight cross region transition slope value of greater than 0.2 gsm/mm as measured according to the Micro-CT Test Method; and wherein the filaments are present in the fibrous structure at a level of greater than 5% and less than 90% by weight of the fibrous structure on a dry basis; and wherein the solid additives are present in the fibrous structure at a level of greater than 10% and less than 95% by weight of the fibrous structure on a dry basis; and wherein at least one of the filaments comprises a thermoplastic polymer; and wherein the solid additives comprise pulp fibers, particulates, particles, or combinations thereof; and wherein at least one common micro-CT intensive property is selected from the group consisting of: micro-CT basis weight, micro-CT thickness, micro-CT density, and combinations thereof as measured according to the Micro-CT Test Method; and wherein the filaments and solid additives are present in the fibrous structure at a weight ratio of filaments to solid additives of from at least 1:10.
An engine housing having a centerline and an axis extending through the engine housing parallel to the centerline , said engine housing comprising: a nacelle comprising an inner surface ; a core casing comprising an outer surface , wherein said inner surface and said outer surface are configured to be exposed to an airflow traveling in a direction generally parallel to the axis ; and a liner assembly coupled to at least one of said inner surface and said outer surface; the liner assembly comprising: a core ; a septum coupled to said core; and a facesheet coupled to said septum, said facesheet comprising a plurality of slots defined therethrough, wherein each slot of said plurality of slots comprises a major axis oriented perpendicular to the centerline. a nacelle comprising an inner surface ; a core casing comprising an outer surface , wherein said inner surface and said outer surface are configured to be exposed to an airflow traveling in a direction generally parallel to the axis ; and a liner assembly coupled to at least one of said inner surface and said outer surface; the liner assembly comprising: a core ; a septum coupled to said core; and a facesheet coupled to said septum, said facesheet comprising a plurality of slots defined therethrough, wherein each slot of said plurality of slots comprises a major axis oriented perpendicular to the centerline. a core ; a septum coupled to said core; and a facesheet coupled to said septum, said facesheet comprising a plurality of slots defined therethrough, wherein each slot of said plurality of slots comprises a major axis oriented perpendicular to the centerline.
A positioning system for a global navigational satellite system (GNSS), comprising: a first receiver to measure a first carrier phase of a carrier signal emitted by a satellite, wherein the first carrier phase includes a first carrier phase ambiguity as an unknown integer number of wavelengths of the carrier signal travelled between the satellite and the first receiver ; a second receiver to measure a second carrier phase of the carrier signal emitted by the satellite, wherein the second carrier phase includes a second carrier phase ambiguity as an unknown integer number of wavelengths of the carrier signal travelled between the satellite and the second receiver , wherein the first receiver is spatially separated from the second receiver over a predetermined distance,; and a processor to determine an integer ambiguity difference between the first carrier phase ambiguity and the second carrier phase ambiguity according to a geometric relationship between the satellite and the first and second receivers connecting the integer ambiguity difference with a relative positions error of the first and the second receivers and from a difference in the measurements of the first carrier phase and the second carrier phase and to detect a multipath of the carrier signal based on a value of the integer ambiguity difference characterized in that the processor tracks values of the integer ambiguity difference over a period of time to produce a distribution of tracked values of the integer ambiguity difference, and wherein the processor , in response to determining a value of the integer ambiguity difference at an instant of time, detects the multipath when a deviation of the integer ambiguity difference from the distribution is above a threshold, and otherwise updates the distribution with the value of the integer ambiguity difference. a first receiver to measure a first carrier phase of a carrier signal emitted by a satellite, wherein the first carrier phase includes a first carrier phase ambiguity as an unknown integer number of wavelengths of the carrier signal travelled between the satellite and the first receiver ; a second receiver to measure a second carrier phase of the carrier signal emitted by the satellite, wherein the second carrier phase includes a second carrier phase ambiguity as an unknown integer number of wavelengths of the carrier signal travelled between the satellite and the second receiver , wherein the first receiver is spatially separated from the second receiver over a predetermined distance,; and a processor to determine an integer ambiguity difference between the first carrier phase ambiguity and the second carrier phase ambiguity according to a geometric relationship between the satellite and the first and second receivers connecting the integer ambiguity difference with a relative positions error of the first and the second receivers and from a difference in the measurements of the first carrier phase and the second carrier phase and to detect a multipath of the carrier signal based on a value of the integer ambiguity difference
Handling system for containers for a receiving space , having: a linear guide , which can be arranged on a side wall or on an underside of a cover panel of the receiving space , wherein the linear guide guides at least one driver element along the direction of movement of the container , wherein the storage position of the container can be provided with its rear wall in the region of the rear wall of the receiving space , and the removal position can be provided in the region of an insertion opening , arranged lying opposite the rear wall of the receiving space, wherein the at least one driver element is operatively connected to at least one spindle nut of a spindle drive , which moves the container linearly from a stowage and storage position of the container into a removal position of the container , and vice versa, characterized in that the at least one driver element forms a rear driver and is connected to a front driver via a supporting plate , wherein said driver arrangement is movable in the linear guide , wherein the rear driver is arranged via a slot on the at least one spindle nut so as to be adjustable, and wherein the front driver is designed to be rotatable or displaceable in order to be able to be removed from a movement space when the container is moved into the receiving space . a linear guide , which can be arranged on a side wall or on an underside of a cover panel of the receiving space , wherein the linear guide guides at least one driver element along the direction of movement of the container , wherein the storage position of the container can be provided with its rear wall in the region of the rear wall of the receiving space , and the removal position can be provided in the region of an insertion opening , arranged lying opposite the rear wall of the receiving space, wherein the at least one driver element is operatively connected to at least one spindle nut of a spindle drive , which moves the container linearly from a stowage and storage position of the container into a removal position of the container , and vice versa, characterized in that the at least one driver element forms a rear driver and is connected to a front driver via a supporting plate , wherein said driver arrangement is movable in the linear guide , wherein the rear driver is arranged via a slot on the at least one spindle nut so as to be adjustable, and wherein the front driver is designed to be rotatable or displaceable in order to be able to be removed from a movement space when the container is moved into the receiving space .
Hollow turbomachine turbine blade including a plurality of rising cavities communicating, on the one hand, with a squealer tip of the blade through a plurality of dust removal holes with a standard diameter intended to remove dust, and on the other hand, through a plurality of inclined cooling bores intended to cool a barrier of said squealer tip by leading to a pressure side face of the blade, at least one rising cavity of which a tip has no dust removal hole, comprises an inclined cooling bore formed in its lateral wall and intended to cool said squealer tip barrier and the diameter of which is enlarged to have a diameter at least equal to said standard diameter of a dust removal hole and thus also serve as a dust removal hole , so that the air flow extracted for cooling the blade is reduced, the blade being characterized in that said tip of said at least one rising cavity is inclined with an angle substantially identical to that of said inclined cooling bore and at least one of the cavities of the blade positioned facing said tip of said at least one rising cavity has a local increase of volume corresponding to at least a volume deducted from said tip of said at least one rising cavity.
Door locking device for manually/physically locking a vehicle door from inside of a commercial vehicle such as a truck, comprising a housing with locking members movable between an unlocked position and a locked position, wherein - a first lever arm is partly rotatable connected, at one end and by a first joint/hinge , to the housing and a second lever arm is partly rotatable connected by a second joint/hinge to the first lever arms other end, - a first spring is arranged in the first joint/hinge striving to keep the first lever arm to or in the housing , - a second spring is arranged in the second joint/hinge striving to keep the second lever arm against or in level with the first lever arm and/or in the housing , and - wherein the second lever arm is - provided with a recess by which the first and second lever arms may be pulled out, - operated, from its folded inactivated position on/in the housing or door , by the user/driver, - and hooked on/around a rigid locking element/handle in its activated locked position, characterised in that the locking element/handle is a boarding handle mounted to the framework of the vehicle. - a first lever arm is partly rotatable connected, at one end and by a first joint/hinge , to the housing and a second lever arm is partly rotatable connected by a second joint/hinge to the first lever arms other end, - a first spring is arranged in the first joint/hinge striving to keep the first lever arm to or in the housing , - a second spring is arranged in the second joint/hinge striving to keep the second lever arm against or in level with the first lever arm and/or in the housing , and - wherein the second lever arm is - provided with a recess by which the first and second lever arms may be pulled out, - operated, from its folded inactivated position on/in the housing or door , by the user/driver, - and hooked on/around a rigid locking element/handle in its activated locked position, - provided with a recess by which the first and second lever arms may be pulled out, - operated, from its folded inactivated position on/in the housing or door , by the user/driver, - and hooked on/around a rigid locking element/handle in its activated locked position,
An analytical instrument for the characterization and analysis of a sample comprising: a sample stage for positioning a sample ; a nanoparticulate beam source positioned to deliver a nanoparticulate beam to a sample on said sample stage to deposit a matrix in the sample ; a nanofocused primary particle beam source positioned to deliver a beam to said sample ; and an analyzer positioned to analyze material emitted from said sample , characterized in that : the nanoparticulate beam source is a coreshell nanoparticulate beam source; and the nanofocused primary particle beam source comprises a neon or helium ion beam source. a sample stage for positioning a sample ; a nanoparticulate beam source positioned to deliver a nanoparticulate beam to a sample on said sample stage to deposit a matrix in the sample ; a nanofocused primary particle beam source positioned to deliver a beam to said sample ; and an analyzer positioned to analyze material emitted from said sample , characterized in that : the nanoparticulate beam source is a coreshell nanoparticulate beam source; and the nanofocused primary particle beam source comprises a neon or helium ion beam source. the nanoparticulate beam source is a coreshell nanoparticulate beam source; and the nanofocused primary particle beam source comprises a neon or helium ion beam source.