mhurhangee/ep-ind-claims huggingface dataset:
A sensor device, comprising: a package comprising a lid and a package substrate, wherein the package has a port adapted to receive acoustic waves; a microelectromechanical systems, MEMS, acoustic sensor disposed in the package on the package substrate, wherein the package defines an acoustically-sealed back cavity associated with the MEMS acoustic sensor; an application specific integrated circuit, ASIC, located in the acoustically-sealed back cavity, electrically coupled to the MEMS acoustic sensor, and affixed to the package substrate; a pressure sensor disposed in the acoustically-sealed back cavity, characterised in that the ASIC is affixed to the package substrate via a flip-chip attachment structure and in that the pressure sensor is stacked on top of the ASIC via a stress isolation compound located between the pressure sensor and the ASIC; and comprising an underfill material between the ASIC and the package substrate. a package comprising a lid and a package substrate, wherein the package has a port adapted to receive acoustic waves; a microelectromechanical systems, MEMS, acoustic sensor disposed in the package on the package substrate, wherein the package defines an acoustically-sealed back cavity associated with the MEMS acoustic sensor; an application specific integrated circuit, ASIC, located in the acoustically-sealed back cavity, electrically coupled to the MEMS acoustic sensor, and affixed to the package substrate; a pressure sensor disposed in the acoustically-sealed back cavity, characterised in that the ASIC is affixed to the package substrate via a flip-chip attachment structure and in that the pressure sensor is stacked on top of the ASIC via a stress isolation compound located between the pressure sensor and the ASIC; and comprising an underfill material between the ASIC and the package substrate.
An antimicrobial composition comprising a chloramid of hyaluronic acid or of modified hyaluronic acid, where the hydrogens of the amidic group -NH-CO- are substituted by chlorine atoms according to the structural formula -NCl-CO-, characterized by that it further comprises an iodide and that the substitution degree of the hyaluronic acid or of the modified hyaluronic acid by chlorine is 50 % to 100 % and wherein the modified hyaluronic acid includes ethyl ester, benzyl ester, lauroyl, formyl, palmitoyl or hexanoyl hyaluronan.
A policy control method, comprising: receiving, by a policy decision apparatus, a control policy request sent by a gateway device, wherein the control policy request carries a subscriber identifier; sending, by the policy decision apparatus, a session request message to a charging system, wherein the session request message carries the subscriber identifier; receiving, by the policy decision apparatus, a response message of the session request message, wherein the response message is sent by the charging system and the response message indicates that a session is established; receiving, by the policy decision apparatus, a notification message sent through the established session by the charging system, wherein the notification message is sent when a charging relevant event occurs, and the charging relevant event is a non-subscribed event, and generating a service data flow control policy according to information of the occurred charging relevant event carried in the notification message; and sending, by the policy decision apparatus, the control policy to the gateway device according to the control policy request. receiving, by a policy decision apparatus, a control policy request sent by a gateway device, wherein the control policy request carries a subscriber identifier; sending, by the policy decision apparatus, a session request message to a charging system, wherein the session request message carries the subscriber identifier; receiving, by the policy decision apparatus, a response message of the session request message, wherein the response message is sent by the charging system and the response message indicates that a session is established; receiving, by the policy decision apparatus, a notification message sent through the established session by the charging system, wherein the notification message is sent when a charging relevant event occurs, and the charging relevant event is a non-subscribed event, and generating a service data flow control policy according to information of the occurred charging relevant event carried in the notification message; and sending, by the policy decision apparatus, the control policy to the gateway device according to the control policy request.
A method for producing a purified influenza virus antigen, said method comprising the steps of: treating a sample containing an influenza virus antigen with a surfactant; bringing said sample after the treatment into contact with hydroxyapatite in the presence of said surfactant; and recovering the fraction not adsorbed by the hydroxyapatite. treating a sample containing an influenza virus antigen with a surfactant; bringing said sample after the treatment into contact with hydroxyapatite in the presence of said surfactant; and recovering the fraction not adsorbed by the hydroxyapatite.
A liquid ejecting head chip (40A, 40B) comprising: an actuator plate in which a plurality of ejection channels and a plurality of non-ejection channels which extend in a first direction are alternately arranged at a distance in a second direction which is orthogonal to the first direction; a cover plate which is stacked on an actuator plate-side first main surface (51f1) of the actuator plate in a third direction which is orthogonal to the first direction and the second direction, so as to close the plurality of ejection channels and the plurality of non-ejection channels; a common electrode which is formed on an inner surface of each of the ejection channels; an individual electrode which is formed on an inner surface of each of the non-ejection channels; and a connection wiring which is divided so as to be formed in at least 3 or more places in the second direction on the cover plate, and connects the common electrode to an external wiring, characterised in that: the connection wiring is formed at a tail portion of the cover plate, which extends past one end surface of the actuator plate in the first direction, in a stacked state of the actuator plate and the cover plate. an actuator plate in which a plurality of ejection channels and a plurality of non-ejection channels which extend in a first direction are alternately arranged at a distance in a second direction which is orthogonal to the first direction; a cover plate which is stacked on an actuator plate-side first main surface (51f1) of the actuator plate in a third direction which is orthogonal to the first direction and the second direction, so as to close the plurality of ejection channels and the plurality of non-ejection channels; a common electrode which is formed on an inner surface of each of the ejection channels; an individual electrode which is formed on an inner surface of each of the non-ejection channels; and a connection wiring which is divided so as to be formed in at least 3 or more places in the second direction on the cover plate, and connects the common electrode to an external wiring, characterised in that: the connection wiring is formed at a tail portion of the cover plate, which extends past one end surface of the actuator plate in the first direction, in a stacked state of the actuator plate and the cover plate.
Drive circuit with BOT level shifter for transmitting an input signal from a drive logic with primary-side reference potential to a BOT driver with secondary-side reference potential independent of the primary-side reference potential, wherein the level shifter is formed as an arrangement of an UP and a DOWN level shifter branch and a signal evaluation circuit connected downstream, characterized in that the UP level shifter branch is formed from two partial branches, which, for their part, are formed from the series arrangement of two respective n-channel transistors (M1, M3 and M2, M4), wherein the input signal is present at M1 and the inverted input signal is present at M2, a respective diode (D1 and D2) and two respective p-channel transistors (M5, M7 and M6, M8), and the DOWN level shifter branch is formed from two partial branches, which, for their part, are formed from the series arrangement of two respective p-channel transistors (M11, M13 and M12, M14), wherein the input signal is present at M12 and the inverted input signal is present at M11, a respective diode (D11 and D12) and two respective n-channel transistors (M15, M17 and M16, M18).
A mobile machine comprising: a laser diode based lighting system comprising an integrated package holding at least a gallium and nitrogen containing laser diode (2811; 2903; 3003; 3111; 3211; 3311) and a wavelength conversion member (2812; 2911; 3004; 3112; 3231), the gallium and nitrogen containing laser diode (2811; 2903; 3003; 3111; 3211; 3311) being configured to emit a first laser beam with a first peak wavelength, the wavelength conversion member (2812; 2911; 3004; 3112; 3231) being configured as a remote pumped phosphor, the laser diode based lighting system further comprising an optical fiber to guide at least partially the first laser beam from the gallium and nitrogen containing laser diode to the remote pumped phosphor to excite an emission with a second peak wavelength that is longer than the first peak wavelength and to generate the white light mixed with the second peak wavelength and the first peak wavelength; a light detection and ranging, LIDAR, system within the integrated package and configured to generate a second laser beam and manipulate the second laser beam to sense a spatial map of target objects in a remote distance; and a signal processor (2802; 2902; 3002; 3102; 3202; 3302) configured to control the laser diode based lighting system based on feedback information provided from the LIDAR system. a laser diode based lighting system comprising an integrated package holding at least a gallium and nitrogen containing laser diode (2811; 2903; 3003; 3111; 3211; 3311) and a wavelength conversion member (2812; 2911; 3004; 3112; 3231), the gallium and nitrogen containing laser diode (2811; 2903; 3003; 3111; 3211; 3311) being configured to emit a first laser beam with a first peak wavelength, the wavelength conversion member (2812; 2911; 3004; 3112; 3231) being configured as a remote pumped phosphor, the laser diode based lighting system further comprising an optical fiber to guide at least partially the first laser beam from the gallium and nitrogen containing laser diode to the remote pumped phosphor to excite an emission with a second peak wavelength that is longer than the first peak wavelength and to generate the white light mixed with the second peak wavelength and the first peak wavelength; a light detection and ranging, LIDAR, system within the integrated package and configured to generate a second laser beam and manipulate the second laser beam to sense a spatial map of target objects in a remote distance; and a signal processor (2802; 2902; 3002; 3102; 3202; 3302) configured to control the laser diode based lighting system based on feedback information provided from the LIDAR system.
A wearable type movement assisting apparatus including a detecting part for detecting a biosignal from a wearer, a movement assisting wearing device including a driving source for applying a driving force to the wearer, and a control part for controlling the driving source to generate an assisting force according to a detection signal detected by the detecting part, the wearable type movement assisting apparatus characterized by comprising: a calibration part for detecting the biosignal corresponding to the driving force applied as a load from the driving source and setting a correction value based on the detected signal. a calibration part for detecting the biosignal corresponding to the driving force applied as a load from the driving source and setting a correction value based on the detected signal.
A method for adaptively applying one or more motion blur estimation methods to estimate a motion blur associated with an image target frame, wherein the image target frame is a frame of a video feed comprising: applying a first motion blur estimation method to estimate the motion blur; determining whether computational resources are available for a second motion blur estimation method, after applying the first motion blur estimation method, wherein the second motion blur estimation method is more computationally intensive than the first motion blur estimation method and provides a more accurate blur estimate than the first motion blur estimation method; applying the second motion blur estimation method to estimate the motion blur in response to a determination that computational resources are available for the second motion blur estimation method; simulating the estimated motion blur on a virtual object, and superimposing the virtual object on the image targets. applying a first motion blur estimation method to estimate the motion blur; determining whether computational resources are available for a second motion blur estimation method, after applying the first motion blur estimation method, wherein the second motion blur estimation method is more computationally intensive than the first motion blur estimation method and provides a more accurate blur estimate than the first motion blur estimation method; applying the second motion blur estimation method to estimate the motion blur in response to a determination that computational resources are available for the second motion blur estimation method; simulating the estimated motion blur on a virtual object, and superimposing the virtual object on the image targets.
A field device, selected from a group consisting of a level gauge and a pressure gauge, further comprising a power supply unit, the power supply unit comprising: a solar module (101, 103, 104) for generating electrical energy for the field device, an energy storage for buffering electrical energy generated by the solar module (101, 103, 104), a housing to accommodate the measuring electronics of the field device, a control or regulating unit, wherein the solar module (101, 103, 104) is integrated in the housing, wherein the control or regulating unit is adapted to control or regulate a power requirement of the field device by adjusting the measuring rate of the field device depending on the amount of energy available, wherein the control or regulating unit is adapted to compensate for peaks in the energy requirement of the field device by connecting the energy storage device. a solar module (101, 103, 104) for generating electrical energy for the field device, an energy storage for buffering electrical energy generated by the solar module (101, 103, 104), a housing to accommodate the measuring electronics of the field device, a control or regulating unit, wherein the solar module (101, 103, 104) is integrated in the housing, wherein the control or regulating unit is adapted to control or regulate a power requirement of the field device by adjusting the measuring rate of the field device depending on the amount of energy available, wherein the control or regulating unit is adapted to compensate for peaks in the energy requirement of the field device by connecting the energy storage device.
A transport trolley for transporting articles of daily use, equipped with a handle or bracket or the like carrying handle, the transport trolley including a rack, at one end section of which a handle and at the other end section of which a foot is disposed, in the region of the foot a wheel axle passing through the rack and having fitted thereon rotatably supported wheels being disposed, and pivotally held receptacles for holding handles or brackets or the like carrying handles of articles being disposed, characterized by that the rack is composed of a single substantially vertically oriented rack strut, at the one end of which the handle is disposed and at the other end of which the foot is disposed, the handle and the foot being configured as struts projecting in opposing directions from the rack strut, said struts forming a z-like shape with the rack strut, that at least one further axle passes through the rack strut in the end section close to the handle, at the ends of which the pivotally held receptacles for holding handles or brackets or the like carrying handles of articles are disposed, the further axle being oriented in parallel to the wheel axle, that the receptacles at the ends of the further axle are disposed in a distance to the substantially vertically oriented rack strut, and that the receptacles are configured as V-shaped holding elements.
A computer program stored in a computer-readable recording medium to execute an augmented reality providing method by using a computer, the augmented reality providing method comprising: obtaining plane information of a plane (P1 - P3) including a plurality of points (S1 - S4), by using distances from a distance sensor to the plurality of points (S1 - S4), wherein the distances are measured by the distance sensor provided in a terminal; obtaining a normal vector (N1 - N3) of the plane (P1 - P3) by using the plane information and direction information of the terminal measured by a direction sensor; determining a parameter of an object to be displayed on the plane (P1 - P3), considering the normal vector (N1 - N3), wherein the parameter comprises at least one of a size of the object, direction of the object, color of the object, or an animation applied to the object; and displaying the object according to the determined parameter, on a display unit of the terminal. obtaining plane information of a plane (P1 - P3) including a plurality of points (S1 - S4), by using distances from a distance sensor to the plurality of points (S1 - S4), wherein the distances are measured by the distance sensor provided in a terminal; obtaining a normal vector (N1 - N3) of the plane (P1 - P3) by using the plane information and direction information of the terminal measured by a direction sensor; determining a parameter of an object to be displayed on the plane (P1 - P3), considering the normal vector (N1 - N3), wherein the parameter comprises at least one of a size of the object, direction of the object, color of the object, or an animation applied to the object; and displaying the object according to the determined parameter, on a display unit of the terminal.
An electronic device comprising: a housing having an exterior surface which includes a light transmissive portion; and an internal light source contained within the housing to illuminate the light transmissive portion; a quantum dot mixture comprising quantum dots applied to an area of the exterior surface, the quantum dots being located on the light transmissive portion of the exterior surface of the housing of the electronic device, the area of the quantum dot mixture forming a visual feature by visual contrast with the remainder exterior surface and thereby providing visual cues, the quantum dot mixture emitting a spectrum of light in response to illumination from the internal light source. a housing having an exterior surface which includes a light transmissive portion; and an internal light source contained within the housing to illuminate the light transmissive portion; a quantum dot mixture comprising quantum dots applied to an area of the exterior surface, the quantum dots being located on the light transmissive portion of the exterior surface of the housing of the electronic device, the area of the quantum dot mixture forming a visual feature by visual contrast with the remainder exterior surface and thereby providing visual cues, the quantum dot mixture emitting a spectrum of light in response to illumination from the internal light source.
A method of preparing a sample of one or more molecule(s) for imaging with a cryo-electron microscope, the method comprising: providing a carrier substrate; cryogenically cooling the carrier substrate to form a cryogenically-cooled carrier substrate; generating gas phase ions of the one or more molecule(s) by electrospray ionisation; decelerating the gas phase ions; receiving the gas phase ions on the cryogenically-cooled carrier substrate to form a sample for imaging with a cryo-electron microscope; and shielding the cryogenically-cooled carrier substrate after the step of receiving the ions on the cryogenically-cooled carrier substrate, wherein the step of decelerating the ions reduces the energy of each of the ions to be less than 20 eV per charge when received at the cryogenically-cooled carrier substrate. providing a carrier substrate; cryogenically cooling the carrier substrate to form a cryogenically-cooled carrier substrate; generating gas phase ions of the one or more molecule(s) by electrospray ionisation; decelerating the gas phase ions; receiving the gas phase ions on the cryogenically-cooled carrier substrate to form a sample for imaging with a cryo-electron microscope; and shielding the cryogenically-cooled carrier substrate after the step of receiving the ions on the cryogenically-cooled carrier substrate, wherein the step of decelerating the ions reduces the energy of each of the ions to be less than 20 eV per charge when received at the cryogenically-cooled carrier substrate.
An inkjet printing method for decorative surfaces including the steps of: - jetting an image on a first thermoplastic foil with one or more pigmented free radical UV curable inkjet inks on the first thermoplastic foil; - at least partially UV curing the jetted image on the first thermoplastic foil; - inserting a layer containing a vinylchloride-vinylacetate-vinylalcohol copolymer between a second thermoplastic foil and the first thermoplastic foil carrying the at least partially UV cured image with the at least partially UV cured image facing the layer containing a vinylchloride-vinylacetate-vinylalcohol copolymer; wherein at least one of the first and second thermoplastic foils is a transparent thermoplastic foil; and wherein the one or more pigmented free radical UV curable inkjet inks contain a polymerizable composition having: 30 to 90 wt% of one or more compounds with one ethylenically unsaturated polymerizable group; 10 to 70 wt% of one or more compounds with two ethylenically unsaturated polymerizable groups; and 0 to 10 wt% of one or more compounds with three or more ethylenically unsaturated polymerizable groups, wherein all weight percentages wt% are based upon the total weight of the polymerizable composition. - jetting an image on a first thermoplastic foil with one or more pigmented free radical UV curable inkjet inks on the first thermoplastic foil; - at least partially UV curing the jetted image on the first thermoplastic foil; - inserting a layer containing a vinylchloride-vinylacetate-vinylalcohol copolymer between a second thermoplastic foil and the first thermoplastic foil carrying the at least partially UV cured image with the at least partially UV cured image facing the layer containing a vinylchloride-vinylacetate-vinylalcohol copolymer; 30 to 90 wt% of one or more compounds with one ethylenically unsaturated polymerizable group; 10 to 70 wt% of one or more compounds with two ethylenically unsaturated polymerizable groups; and 0 to 10 wt% of one or more compounds with three or more ethylenically unsaturated polymerizable groups, wherein all weight percentages wt% are based upon the total weight of the polymerizable composition.