mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicular door mirror comprising: a door mirror base which is fixed to a vehicular side part (D); a shaft which is fixed to the door mirror base ; and a door mirror unit which is rotatable about the shaft into a folded storage position (P1) and a deployed use position (P2) via a bearing portion , wherein the bearing portion is a structure which is equipped with a substantially annular rotation regulating groove at a lower face side thereof, and which is arranged to engage, in the rotation regulating groove , with a rotation regulating piece provided at the shaft and wherein a rotation moderation mechanism retaining the deployed use position (P2) of the door mirror unit is provided at the shaft and the bearing portion , characterized in that an upper edge of the rotation regulating piece and a groove top face of the rotation regulating groove opposing the upper edge of the rotation regulating piece each have a protrusion portion , wherein the protrusion portions are arranged such that the protrusion of the groove top face of the rotation regulating groove rides over, drops, and engages with the protrusion portion of the upper edge of the rotation regulating piece in a course of rotation of the door mirror unit from the deployed use position (P2) to the folded storage position (P1) and wherein the protrusion portions , in the engaged state, retain the folded storage position (P1). a door mirror base which is fixed to a vehicular side part (D); a shaft which is fixed to the door mirror base ; and a door mirror unit which is rotatable about the shaft into a folded storage position (P1) and a deployed use position (P2) via a bearing portion , wherein the bearing portion is a structure which is equipped with a substantially annular rotation regulating groove at a lower face side thereof, and which is arranged to engage, in the rotation regulating groove , with a rotation regulating piece provided at the shaft and wherein a rotation moderation mechanism retaining the deployed use position (P2) of the door mirror unit is provided at the shaft and the bearing portion , characterized in that an upper edge of the rotation regulating piece and a groove top face of the rotation regulating groove opposing the upper edge of the rotation regulating piece each have a protrusion portion , wherein the protrusion portions are arranged such that the protrusion of the groove top face of the rotation regulating groove rides over, drops, and engages with the protrusion portion of the upper edge of the rotation regulating piece in a course of rotation of the door mirror unit from the deployed use position (P2) to the folded storage position (P1) and wherein the protrusion portions , in the engaged state, retain the folded storage position (P1).
A container assembly comprising: a container defining a cavity to hold a liquid; a removable cap ; an enclosure extending from the cap into the cavity , the enclosure containing an electronics assembly , the electronics assembly being insulated from the liquid, the electronics assembly comprising: a liquid level sensor , disposed in the cavity, to measure a level of the liquid in the cavity; a processor , operably coupled to the liquid level sensor, to poll the liquid level sensor for a measurement of the level of the liquid in the cavity and to estimate a change in the level of the liquid in the cavity based on the measurement of the level of the liquid in the cavity; and a visual indicator , operably coupled to the processor and disposed within the cavity, to provide a visual indication prompting a user to drink from the container. a container defining a cavity to hold a liquid; a removable cap ; an enclosure extending from the cap into the cavity , the enclosure containing an electronics assembly , the electronics assembly being insulated from the liquid, the electronics assembly comprising: a liquid level sensor , disposed in the cavity, to measure a level of the liquid in the cavity; a processor , operably coupled to the liquid level sensor, to poll the liquid level sensor for a measurement of the level of the liquid in the cavity and to estimate a change in the level of the liquid in the cavity based on the measurement of the level of the liquid in the cavity; and a visual indicator , operably coupled to the processor and disposed within the cavity, to provide a visual indication prompting a user to drink from the container. a liquid level sensor , disposed in the cavity, to measure a level of the liquid in the cavity; a processor , operably coupled to the liquid level sensor, to poll the liquid level sensor for a measurement of the level of the liquid in the cavity and to estimate a change in the level of the liquid in the cavity based on the measurement of the level of the liquid in the cavity; and a visual indicator , operably coupled to the processor and disposed within the cavity, to provide a visual indication prompting a user to drink from the container.
An information processing device comprising: an input unit to which content including a main sound and one or more sub sounds is input; a sound output unit configured to output a sound by decoding and reproducing either the main sound or the one or more sub sounds included in the input content; and a feature point information generation unit configured to generate fingerprint information from the main sound included in the input content, wherein, when the sound output unit outputs a sound by decoding and reproducing the sub sound and an automatic content recognition operation is performed, the feature point information generation unit decodes the main sound without outputting as a sound, and generates the fingerprint information with regard to a decoding result of the main sound. an input unit to which content including a main sound and one or more sub sounds is input; a sound output unit configured to output a sound by decoding and reproducing either the main sound or the one or more sub sounds included in the input content; and a feature point information generation unit configured to generate fingerprint information from the main sound included in the input content, wherein, when the sound output unit outputs a sound by decoding and reproducing the sub sound and an automatic content recognition operation is performed, the feature point information generation unit decodes the main sound without outputting as a sound, and generates the fingerprint information with regard to a decoding result of the main sound.
A composition comprising: (a) a hydrophilic polyurethane comprising polymerized units of: (i) a water-soluble polyol having hydroxyl functionality from two to four and a weight-average molecular weight from 800 to 16,000; and (ii) an aliphatic polyisocyanate having isocyanate functionality from two to six; wherein polymerized ethylene oxide units comprise at least 85 wt% of said hydrophilic polyurethane, and (b) a saccharide having at least 5 hydroxyl groups and M w from 300 to 4,000; wherein the water-soluble polyol comprises: (i) a water-soluble polyethylene glycol having a weight average molecular weight from 4,000 to 10,000, and (ii) an ethoxylated glycerol having weight average molecular weight from 800 to 1,600.
A recombinant oncolytic herpes simplex virus comprising a herpes simplex virus-1 backbone and a mammalian PTEN-Long gene; wherein the recombinant oncolytic herpes simplex virus is HSVQuik (HSVQ).
A cleaning apparatus for cleaning parts, the cleaning apparatus comprising: a housing defining a washing chamber , the washing chamber having an opening through which parts may be loaded and unloaded into and out of the washing chamber ; a support cradle adapted to support components to be cleaned, the support cradle being located in the washing chamber ; a spray system adapted to direct a washing solution to clean a part in the washing chamber , the spray system comprising a spray array , the spray array comprising a rotatable spray head , the spray head comprising a plurality of nozzles through which the washing solution is directed to clean the part in the washing chamber ; and a closure which provides controlled access to the washing chamber through the opening , the closure being movable between a closed position to sealingly close the opening , and an open position to allow for loading and unloading of parts into and out of the washing chamber ; wherein when in an open position the closure is supported in a position away from the opening such that the closure does not provide an obstruction to the opening ; characterised in that : the spray array comprises a plurality of spray heads , each spray head being independently rotatable. a housing defining a washing chamber , the washing chamber having an opening through which parts may be loaded and unloaded into and out of the washing chamber ; a support cradle adapted to support components to be cleaned, the support cradle being located in the washing chamber ; a spray system adapted to direct a washing solution to clean a part in the washing chamber , the spray system comprising a spray array , the spray array comprising a rotatable spray head , the spray head comprising a plurality of nozzles through which the washing solution is directed to clean the part in the washing chamber ; and a closure which provides controlled access to the washing chamber through the opening , the closure being movable between a closed position to sealingly close the opening , and an open position to allow for loading and unloading of parts into and out of the washing chamber ; wherein when in an open position the closure is supported in a position away from the opening such that the closure does not provide an obstruction to the opening ; characterised in that : the spray array comprises a plurality of spray heads , each spray head being independently rotatable.
A method for wireless communication, comprising: receiving a message comprising a null data packet announcement, the null data packet announcement comprising a sequence number identifying the null data packet announcement; determining channel state information based at least in part on a null data packet associated with the null data packet announcement; and transmitting a message comprising the sequence number identifying the null data packet announcement and at least one parameter of the determined channel state information, wherein the parameter comprises a number of columns of a matrix representative of the determined channel state information, wherein the transmitted message comprises a field indicating the number, and wherein the field comprises at least 3 bits, and wherein the matrix comprises a plurality of Eigen modes, singular vectors, or singular values. receiving a message comprising a null data packet announcement, the null data packet announcement comprising a sequence number identifying the null data packet announcement; determining channel state information based at least in part on a null data packet associated with the null data packet announcement; and transmitting a message comprising the sequence number identifying the null data packet announcement and at least one parameter of the determined channel state information,
A method of depositing a barrier layer onto a substrate, comprising: while maintaining the surface temperature of the substrate at less than 100°C, repeating the following sequence of steps multiple times until a film comprising an alumina and titania mixture, having a thickness of at least 2 nm, and a water vapor transmission rate of 5 x 10 -4 g/m 2 /day or less, is formed on the substrate: (a) exposing the substrate to one of a halide as the titanium precursor or a metalorganic as the aluminum precursor; (b) after step (a), exposing the substrate to an oxygen plasma; and (c) exposing the substrate to the other of the halide and the metalorganic wherein the ratio of the number of times step (a) is performed to the number of times step (c) is performed is between 1:1 and 3:1, and in which step (a) is exposing the substrate to the halide. (a) exposing the substrate to one of a halide as the titanium precursor or a metalorganic as the aluminum precursor; (b) after step (a), exposing the substrate to an oxygen plasma; and (c) exposing the substrate to the other of the halide and the metalorganic wherein the ratio of the number of times step (a) is performed to the number of times step (c) is performed is between 1:1 and 3:1, and in which step (a) is exposing the substrate to the halide.
A wave energy power generation apparatus comprisi ng multiple sets of wave energy collecting units , wherein a single set of the wave energy collecting unit comprises: an energy collecting assembly for collecting wave energy, comprising a potential energy collecting assembly for collecting potential energy of a wave and a kinetic energy collecting assembly for collecting kinetic energy of a wave, wherein the potential energy collecting assembly comprises a buoyancy compartment , and a hydraulic cylinder hinged to the buoyancy compartment ; a positioning assembly for positioning of the buoyancy compartment , comprising a vertical position-restricting assembly for restricting a position of the buoyancy compartment ; wherein the positioning assembly further comprises a horizontal positioning assembly which horizontally positions the buoyancy compartment , and the horizontal positioning assembly comprises at least one pole fixed vertically on the sea floor, the buoyancy compartment is connected to the at least one pole by a connecting element, wherein the buoyancy compartment is a housi ng having a longitudinal cross-section in a form of a transversely-set elongated ellipse or spindle, wherein a guide rudder is hinged or rotatively connected to a front end of the buoyancy compartment , and wherein inside of the buoyancy compartment a guide rudder drive unit is provided for driving the guide rudder to deflect with respect to the main body of the buoyancy compartment on basis of received control commands. an energy collecting assembly for collecting wave energy, comprising a potential energy collecting assembly for collecting potential energy of a wave and a kinetic energy collecting assembly for collecting kinetic energy of a wave, wherein the potential energy collecting assembly comprises a buoyancy compartment , and a hydraulic cylinder hinged to the buoyancy compartment ; a positioning assembly for positioning of the buoyancy compartment , comprising a vertical position-restricting assembly for restricting a position of the buoyancy compartment ; wherein the positioning assembly further comprises a horizontal positioning assembly which horizontally positions the buoyancy compartment , and the horizontal positioning assembly comprises at least one pole fixed vertically on the sea floor, the buoyancy compartment is connected to the at least one pole by a connecting element, wherein the buoyancy compartment is a housi ng having a longitudinal cross-section in a form of a transversely-set elongated ellipse or spindle, wherein a guide rudder is hinged or rotatively connected to a front end of the buoyancy compartment , and wherein inside of the buoyancy compartment a guide rudder drive unit is provided for driving the guide rudder to deflect with respect to the main body of the buoyancy compartment on basis of received control commands.
An augmented reality device for use during a surgical procedure comprising: an augmented reality display to project a virtual representation of an aspect of a preoperative plan at a planned location within a surgical field while permitting the surgical field to be viewed through the augmented reality display , wherein the virtual representation indicates the planned location is a target location for a surgical implant device ; a sensor to capture location and orientation information of the surgical implant device within the surgical field ; and a processor to: compare the location of the surgical implant device within the surgical field to the target location within the preoperative plan, including determining a degree of overlap between the surgical implant device and the virtual representation, wherein the results of the comparison include the degree of overlap; and in response to determining the degree of overlap is above an overlap threshold, cause the augmented reality display to project a changed virtual representation. an augmented reality display to project a virtual representation of an aspect of a preoperative plan at a planned location within a surgical field while permitting the surgical field to be viewed through the augmented reality display , wherein the virtual representation indicates the planned location is a target location for a surgical implant device ; a sensor to capture location and orientation information of the surgical implant device within the surgical field ; and a processor to: compare the location of the surgical implant device within the surgical field to the target location within the preoperative plan, including determining a degree of overlap between the surgical implant device and the virtual representation, wherein the results of the comparison include the degree of overlap; and in response to determining the degree of overlap is above an overlap threshold, cause the augmented reality display to project a changed virtual representation. compare the location of the surgical implant device within the surgical field to the target location within the preoperative plan, including determining a degree of overlap between the surgical implant device and the virtual representation, wherein the results of the comparison include the degree of overlap; and in response to determining the degree of overlap is above an overlap threshold, cause the augmented reality display to project a changed virtual representation.
A torch igniter fuel system for a combustor of a gas turbine engine, the torch igniter fuel system comprising: a housing defining a combustion chamber ; an ignition source disposed at least partially in the combustion chamber; a fuel injector configured to inject at least one of fuel and air into the combustion chamber and to impinge on the ignition source; a first fluid path configured to connect a first fuel source to the fuel injector; a second fluid path configured to connect an air source to the fuel injector; a third fluid path configured to connect a second fuel source to the combustion chamber; wherein a portion of the second fluid path overlaps the third fluid path; wherein the torch igniter fuel system further comprises: an inner wall of the fuel injector that defines an internal volume of the fuel injector; a flow divider disposed within the internal volume of the fuel injector; a tip aperture disposed between the combustion chamber and the flow divider, wherein the first fluid path, second fluid path, and third fluid path overlap within the tip aperture; a channel that extends through the flow divider and connects the second fluid path and third fluid path to the tip aperture; and an annular volume formed between the flow divider and the inner wall that connects the first fluid path to the tip aperture. a housing defining a combustion chamber ; an ignition source disposed at least partially in the combustion chamber; a fuel injector configured to inject at least one of fuel and air into the combustion chamber and to impinge on the ignition source; a first fluid path configured to connect a first fuel source to the fuel injector; a second fluid path configured to connect an air source to the fuel injector; a third fluid path configured to connect a second fuel source to the combustion chamber; wherein a portion of the second fluid path overlaps the third fluid path; wherein the torch igniter fuel system further comprises: an inner wall of the fuel injector that defines an internal volume of the fuel injector; a flow divider disposed within the internal volume of the fuel injector; a tip aperture disposed between the combustion chamber and the flow divider, wherein the first fluid path, second fluid path, and third fluid path overlap within the tip aperture; a channel that extends through the flow divider and connects the second fluid path and third fluid path to the tip aperture; and an annular volume formed between the flow divider and the inner wall that connects the first fluid path to the tip aperture. an inner wall of the fuel injector that defines an internal volume of the fuel injector; a flow divider disposed within the internal volume of the fuel injector; a tip aperture disposed between the combustion chamber and the flow divider, wherein the first fluid path, second fluid path, and third fluid path overlap within the tip aperture; a channel that extends through the flow divider and connects the second fluid path and third fluid path to the tip aperture; and an annular volume formed between the flow divider and the inner wall that connects the first fluid path to the tip aperture.
An assembly for a gas turbine engine , comprising: a compressor rotor comprising a gas path surface wherein the compressor rotor comprises a hub and a plurality of blades , the hub comprises the gas path surface , the plurality of blades are arranged circumferentially about the hub , and the plurality of blades project out from the gas path surface ; a turbine rotor rotatable with the compressor rotor about a rotational axis ; and a cooling circuit comprising an inlet in the gas path surface , the cooling circuit extending from the inlet , through the compressor rotor and into the turbine rotor , characterized in that : the inlet is disposed at a leading edge of a blade of the plurality of blades of the compressor rotor ; and at least the compressor rotor and the turbine rotor are formed together as a monolithic body. a turbine rotor rotatable with the compressor rotor about a rotational axis ; and a cooling circuit comprising an inlet in the gas path surface , the cooling circuit extending from the inlet , through the compressor rotor and into the turbine rotor , the inlet is disposed at a leading edge of a blade of the plurality of blades of the compressor rotor ; and at least the compressor rotor and the turbine rotor are formed together as a monolithic body.
A use of an endless belt made of a flat material of a first metallic material, in particular of a steel material, wherein - the flat material is joined together by means of at least one weld seam to form an endless belt body , - the belt body has an outer belt surface and an inner belt surface , - the outer belt surface is arranged being spaced apart from the inner belt surface by a belt thickness , - the first metallic material of the belt body has a first hardness value, - at least one layer of a second metallic material is provided, - the at least one metallic layer is arranged at least on the outer belt surface and adheres to the outer belt surface , - the second metallic material of the at least one layer has a second hardness value, which second hardness value is lower than the first hardness value of the belt body , and - at least the weld seam is covered by the at least one metallic layer , as a carrier belt or process belt for the production of film material from a plastic material. - the flat material is joined together by means of at least one weld seam to form an endless belt body , - the belt body has an outer belt surface and an inner belt surface , - the outer belt surface is arranged being spaced apart from the inner belt surface by a belt thickness , - the first metallic material of the belt body has a first hardness value, - at least one layer of a second metallic material is provided, - the at least one metallic layer is arranged at least on the outer belt surface and adheres to the outer belt surface , - the second metallic material of the at least one layer has a second hardness value, which second hardness value is lower than the first hardness value of the belt body , and - at least the weld seam is covered by the at least one metallic layer ,