mhurhangee/patent-ind-claim-en huggingface dataset:
An inhaled medicament delivery device , comprising a housing and a cartridge capable of assembly with the housing, wherein: a. the cartridge has a proximal end and a distal end, and said cartridge comprises: i. a penetrable seal positioned at said proximal end of said cartridge and positionable adjacent to said distal end of said slideable reservoir tap to enable said slideable reservoir tap to pierce said penetrable seal ; ii. a reservoir positioned adjacent to said penetrable seal within said cartridge iii. an inhalable medicament within said reservoir of said cartridge ; and iv. a gaseous propellant within said cartridge , the gaseous propellant compressing said inhalable medicament to a pressure above ambient pressure, and characterized by b. the housing including a slideable reservoir tap capable of movement along at least a portion of a length of the housing, said slideable reservoir tap having a hollow interior and a first port , wherein said first port is positioned to create a communication between said hollow interior and an exterior space outside of said slideable reservoir tap when said first port is open, and wherein said slideable reservoir tap has a proximal end and a distal end. a. the cartridge has a proximal end and a distal end, and said cartridge comprises: i. a penetrable seal positioned at said proximal end of said cartridge and positionable adjacent to said distal end of said slideable reservoir tap to enable said slideable reservoir tap to pierce said penetrable seal ; ii. a reservoir positioned adjacent to said penetrable seal within said cartridge iii. an inhalable medicament within said reservoir of said cartridge ; and iv. a gaseous propellant within said cartridge , the gaseous propellant compressing said inhalable medicament to a pressure above ambient pressure, and characterized by i. a penetrable seal positioned at said proximal end of said cartridge and positionable adjacent to said distal end of said slideable reservoir tap to enable said slideable reservoir tap to pierce said penetrable seal ; ii. a reservoir positioned adjacent to said penetrable seal within said cartridge iii. an inhalable medicament within said reservoir of said cartridge ; and iv. a gaseous propellant within said cartridge , the gaseous propellant compressing said inhalable medicament to a pressure above ambient pressure, b. the housing including a slideable reservoir tap capable of movement along at least a portion of a length of the housing, said slideable reservoir tap having a hollow interior and a first port , wherein said first port is positioned to create a communication between said hollow interior and an exterior space outside of said slideable reservoir tap when said first port is open, and wherein said slideable reservoir tap has a proximal end and a distal end.
A computer-implemented method of encoding an input image using watermark-based image reconstruction to compensate for lossy encoding schemes, the method comprising: obtaining, by one or more computing devices, the input image; generating, by the one or more computing devices, a first output image by encoding and decoding the input image according to a lossy encoding scheme ; determining, by the one or more computing devices, a difference image that describes a difference between the input image and the first output image; generating, by the one or more computing devices and using a machine-learned message embedding model, a second output image that comprises an embedded message that is based at least in part on the difference image, comprising: generating, by the one or more computing devices and as an output of a machine-learned watermark generation model of the machine-learned message embedding model, the watermark data based at least in part on the difference image; and adding, by the one or more computing devices, the watermark data to the input image to obtain the second output image; and encoding, by the one or more computing devices and using the encoding scheme, the second output image to obtain an encoded second output image. obtaining, by one or more computing devices, the input image; generating, by the one or more computing devices, a first output image by encoding and decoding the input image according to a lossy encoding scheme ; determining, by the one or more computing devices, a difference image that describes a difference between the input image and the first output image; generating, by the one or more computing devices and using a machine-learned message embedding model, a second output image that comprises an embedded message that is based at least in part on the difference image, comprising: generating, by the one or more computing devices and as an output of a machine-learned watermark generation model of the machine-learned message embedding model, the watermark data based at least in part on the difference image; and adding, by the one or more computing devices, the watermark data to the input image to obtain the second output image; and generating, by the one or more computing devices and as an output of a machine-learned watermark generation model of the machine-learned message embedding model, the watermark data based at least in part on the difference image; and adding, by the one or more computing devices, the watermark data to the input image to obtain the second output image; and encoding, by the one or more computing devices and using the encoding scheme, the second output image to obtain an encoded second output image.
A clothes dryer comprising: a rotatably disposed drum ; a heat pump system including a compressor configured to compress a refrigerant and a condenser configured to condense the refrigerant; a heater configured to heat air supplied to an interior of the drum ; a first temperature sensor configured to detect a temperature of air passing through the interior of the drum ; a second temperature sensor configured to detect a temperature of the compressor ; and characterized by a processor configured to: control an operation of the compressor based on the temperature of the air passing through the interior of the drum detected by the first temperature sensor , and control an operation of the heater based on the temperature of the compressor detected by the second temperature sensor . a rotatably disposed drum ; a heat pump system including a compressor configured to compress a refrigerant and a condenser configured to condense the refrigerant; a heater configured to heat air supplied to an interior of the drum ; a first temperature sensor configured to detect a temperature of air passing through the interior of the drum ; a second temperature sensor configured to detect a temperature of the compressor ; and characterized by a processor configured to: control an operation of the compressor based on the temperature of the air passing through the interior of the drum detected by the first temperature sensor , and control an operation of the heater based on the temperature of the compressor detected by the second temperature sensor . control an operation of the compressor based on the temperature of the air passing through the interior of the drum detected by the first temperature sensor , and control an operation of the heater based on the temperature of the compressor detected by the second temperature sensor .
Device for machine tools for receiving a workpiece between two centring pins , comprising a plurality of carrier elements that are arranged around one of the centring pins and are intended for rotatably carrying the workpiece , and which are in each case mounted in a device lower part so as to be displaceable in the axial direction of the workpiece , and a free carrier end of which can be brought into engagement with an end face of the workpiece , characterised in that in the clamped state of the workpiece , the carrier elements can be pressed against an end face of the workpiece by means of controlled actuation of a tension bolt in the axial direction of the device, and, in the further course of the clamping, can be fixed in the position thereof in a clampable and play-free manner by means of further actuation of the tension bolt in the axial direction of the carrier elements , by means of clamping elements that act on the carrier elements .
A method of cooling a gas turbine engine , the method comprising: rotating, using an electric drive motor , rotational components of a gas turbine engine, the rotational components comprising an engine compressor , an engine turbine , and a rotor shaft operably connecting the engine turbine to the engine compressor; wherein each rotational component is configured to rotate when any one of the rotational components is rotated; wherein the electric drive motor is operably connected to at least one of the rotational components through an electro-pneumatic starter ; and detecting a failure in a starter air valve prior to rotating the gas turbine engine with the electric drive motor, the starter air valve being fluidly connected to the electro-pneumatic starter and configured to provide air to the electro-pneumatic starter; and/or detecting when a temperature of the gas turbine engine is less than a selected temperature; displaying a message on a cockpit display when the temperature of the gas turbine engine is less than a selected temperature; and stopping the utilization of the electric drive motor to rotate the gas turbine engine when a temperature of the gas turbine engine is less than a selected temperature. rotating, using an electric drive motor , rotational components of a gas turbine engine, the rotational components comprising an engine compressor , an engine turbine , and a rotor shaft operably connecting the engine turbine to the engine compressor; wherein each rotational component is configured to rotate when any one of the rotational components is rotated; wherein the electric drive motor is operably connected to at least one of the rotational components through an electro-pneumatic starter ; and detecting a failure in a starter air valve prior to rotating the gas turbine engine with the electric drive motor, the starter air valve being fluidly connected to the electro-pneumatic starter and configured to provide air to the electro-pneumatic starter; and/or detecting when a temperature of the gas turbine engine is less than a selected temperature; displaying a message on a cockpit display when the temperature of the gas turbine engine is less than a selected temperature; and stopping the utilization of the electric drive motor to rotate the gas turbine engine when a temperature of the gas turbine engine is less than a selected temperature. detecting a failure in a starter air valve prior to rotating the gas turbine engine with the electric drive motor, the starter air valve being fluidly connected to the electro-pneumatic starter and configured to provide air to the electro-pneumatic starter; and/or detecting when a temperature of the gas turbine engine is less than a selected temperature; displaying a message on a cockpit display when the temperature of the gas turbine engine is less than a selected temperature; and stopping the utilization of the electric drive motor to rotate the gas turbine engine when a temperature of the gas turbine engine is less than a selected temperature.
Optical resonator , comprising - an optical waveguide device having an optical axis (OA) and extending with a longitudinal length between two waveguide end facets , - resonator mirrors comprising dielectric mirrors each having a stack of dielectric layers and being arranged on the waveguide end facets for enclosing a resonator section of the optical waveguide device , and - a ferrule having two ferrule facets , wherein the optical waveguide device is mounted to the ferrule , wherein - the ferrule extends along the full longitudinal length of optical waveguide device , characterized in that - the resonator mirrors provides a passive optical cavity, wherein - one of the resonator mirrors has a reflectivity of at least 99.9 % and the other resonator mirror has a reflectivity of at least 99 %. - an optical waveguide device having an optical axis (OA) and extending with a longitudinal length between two waveguide end facets , - resonator mirrors comprising dielectric mirrors each having a stack of dielectric layers and being arranged on the waveguide end facets for enclosing a resonator section of the optical waveguide device , and - a ferrule having two ferrule facets , wherein the optical waveguide device is mounted to the ferrule , wherein - the ferrule extends along the full longitudinal length of optical waveguide device , characterized in that - the resonator mirrors provides a passive optical cavity, wherein - one of the resonator mirrors has a reflectivity of at least 99.9 % and the other resonator mirror has a reflectivity of at least 99 %.
Method of applying at least one coating of at least one electrically insulating polymer to an applicator for currents, especially HF currents in surgery, especially to a clamp, to a pair of tweezers or to a pair of scissors, characterized in that the coating is produced at least partly, preferably entirely, by electrophoretic deposition from a suspension of the polymer in at least one organic solvent, where the polymer coating obtained has an electrical breakdown resistance of at least 500 V/mm and a thickness between 5 um and 500 μm.
A method for a first communication device, comprising: being configured as network scheduling mode and configured with a plurality of resource pools by a base station for a cell ; receiving a grant from the base station, wherein the grant indicates a resource ; and using the resource to perform a transmission on a device-to-device, in the following also referred to as D2D, interface , wherein the grant further includes a resource pool index, and the resource is associated with a resource pool of the plurality of resource pools through the resource pool index in the grant. being configured as network scheduling mode and configured with a plurality of resource pools by a base station for a cell ; receiving a grant from the base station, wherein the grant indicates a resource ; and using the resource to perform a transmission on a device-to-device, in the following also referred to as D2D, interface , wherein the grant further includes a resource pool index, and the resource is associated with a resource pool of the plurality of resource pools through the resource pool index in the grant.
A connection structure for an energy storage module, which configures an electrical connection structure in an energy storage module that stores electric energy by using a plurality of energy storage cells, the connection structure comprising: a bus bar having a plate shape, the bus bar having both ends respectively coupled to electrodes of different energy storage cells; and a rod member or having a rod shape, the rod member or having one end or coupled to the bus bar and the other end or coupled to a board of a balancing circuit that performs energy balancing so that the electrode of the energy storage cell to which the bus bar is coupled is electrically connected to the balancing circuit , wherein the rod member or has an outer circumference of a polygonal shape to facilitate the screwing, wherein one end or of the rod member or has a thread formed at an outer circumference thereof, wherein the bus bar has a screw groove screwed to one end or of the rod member or , wherein one end or of the rod member or is screwed to the screw groove of the bus bar , and wherein the other end or of the rod member or is inserted into a predetermined insert hole provided at the board and electrically connected to a terminal of the balancing circuit a bus bar having a plate shape, the bus bar having both ends respectively coupled to electrodes of different energy storage cells; and a rod member or having a rod shape, the rod member or having one end or coupled to the bus bar and the other end or coupled to a board of a balancing circuit that performs energy balancing so that the electrode of the energy storage cell to which the bus bar is coupled is electrically connected to the balancing circuit , wherein the rod member or has an outer circumference of a polygonal shape to facilitate the screwing, wherein one end or of the rod member or has a thread formed at an outer circumference thereof, wherein the bus bar has a screw groove screwed to one end or of the rod member or , wherein one end or of the rod member or is screwed to the screw groove of the bus bar , and wherein the other end or of the rod member or is inserted into a predetermined insert hole provided at the board and electrically connected to a terminal of the balancing circuit
A Device to Device, D2D, service authorization method, characterized by comprising: determining, by a home near field communication server, a Public Land Mobile Network, PLMN, list needed to be further authorized (S704), wherein determining, by the home near field communication server, the PLMN list needed to be further authorized comprises: performing, by the home near field communication server, intersection processing on a local PLMN list and a PLMN list permitting conditional D2D authorization in user subscription information; determining, by the home near field communication server, a near field wireless communication server address deployed in each PLMN in the PLMN list needed to be further authorized; sending, by the home near field communication server, an authorization request to a near field wireless communication server indicated by the near field communication server address (S706); receiving, by the home near field communication server, a response message of the authorization request, wherein the response message carries D2D service authorization information of the PLMN to the user equipment, and the D2D service authorization information is used for indicating whether the PLMN permits D2D service authorization to the user equipment (S708), and generating an authorized PLMN list according to the response message (S710), wherein the authorized PLMN list comprises PLMNs permitting the D2D service authorization to the user equipment in the response message; and sending, by the home near field communication server, the generated and authorized PLMN list to the user equipment. determining, by a home near field communication server, a Public Land Mobile Network, PLMN, list needed to be further authorized (S704), wherein determining, by the home near field communication server, the PLMN list needed to be further authorized comprises: performing, by the home near field communication server, intersection processing on a local PLMN list and a PLMN list permitting conditional D2D authorization in user subscription information; determining, by the home near field communication server, a near field wireless communication server address deployed in each PLMN in the PLMN list needed to be further authorized; sending, by the home near field communication server, an authorization request to a near field wireless communication server indicated by the near field communication server address (S706); receiving, by the home near field communication server, a response message of the authorization request, wherein the response message carries D2D service authorization information of the PLMN to the user equipment, and the D2D service authorization information is used for indicating whether the PLMN permits D2D service authorization to the user equipment (S708), and generating an authorized PLMN list according to the response message (S710), wherein the authorized PLMN list comprises PLMNs permitting the D2D service authorization to the user equipment in the response message; and sending, by the home near field communication server, the generated and authorized PLMN list to the user equipment.
Digital printing method for printing an image, using a printing system capable of printing a plurality of density levels, on a print medium in a print direction, said print medium having a width direction perpendicular on the print direction, characterised in that the method comprises: - printing at least one left control strip in a left zone of a print medium, seen in the width direction, and at least one right control strip in a right zone of said print medium, seen in the width direction, said left control strip comprising at least one left patch and said right control strip comprising at least one right patch, wherein settings are used which are intended for printing the same colour and/or density level for a left patch of said at least one left patch and for a corresponding right patch of said at least one right patch; - measuring a density level and/or colour of at least said printed left patch and right patch; - adjusting said printing system based on a difference between the measured density levels and/or colours of said left patch and said right patch in order to perform a left-right correction in said image to be printed in order to reduce or eliminate left/right differences in colour and/or density; - printing the image using said adjusted printing system. - printing at least one left control strip in a left zone of a print medium, seen in the width direction, and at least one right control strip in a right zone of said print medium, seen in the width direction, said left control strip comprising at least one left patch and said right control strip comprising at least one right patch, wherein settings are used which are intended for printing the same colour and/or density level for a left patch of said at least one left patch and for a corresponding right patch of said at least one right patch; - measuring a density level and/or colour of at least said printed left patch and right patch; - adjusting said printing system based on a difference between the measured density levels and/or colours of said left patch and said right patch in order to perform a left-right correction in said image to be printed in order to reduce or eliminate left/right differences in colour and/or density; - printing the image using said adjusted printing system.
A foamable composition comprising a foam-forming agent and at least two distinguishable dye components, wherein said distinguishable dye components comprise either: (i) a first luminescent dye that emits light at a first wavelength and a second luminescent dye that emits light at a second, different wavelength; wherein the first luminescent dye luminesces when stimulated by ultraviolet radiation having a wavelength of from 200 nm to 300 nm, and the second luminescent dye luminesces when stimulated by ultraviolet radiation having a wavelength of from 300 nm to 400 nm; (ii) a plurality of halochromic substances, selected from thymolphthalein, methyl orange, cresol red, phenyl red, o-cresolphthalein, methyl red, phenolphthalein, thymol blue and bromothymol blue; or (iii) at least one luminescent dye and at least one halochromic substance, wherein said halochromic substance comprises thymolphthalein, methyl orange, cresol red, phenyl red, o-cresolphthalein, methyl red, phenolphthalein, thymol blue, or bromothymol blue. (i) a first luminescent dye that emits light at a first wavelength and a second luminescent dye that emits light at a second, different wavelength; wherein the first luminescent dye luminesces when stimulated by ultraviolet radiation having a wavelength of from 200 nm to 300 nm, and the second luminescent dye luminesces when stimulated by ultraviolet radiation having a wavelength of from 300 nm to 400 nm; (ii) a plurality of halochromic substances, selected from thymolphthalein, methyl orange, cresol red, phenyl red, o-cresolphthalein, methyl red, phenolphthalein, thymol blue and bromothymol blue; or (iii) at least one luminescent dye and at least one halochromic substance, wherein said halochromic substance comprises thymolphthalein, methyl orange, cresol red, phenyl red, o-cresolphthalein, methyl red, phenolphthalein, thymol blue, or bromothymol blue.