mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: charging, by a charging device, a user device connected to the charging device ; when charging the user device: receiving , by the charging device, data including logs representative of activities and/or errors associated with the user device from the user device; analyzing , by the charging device, at least some of the data to identify causes of current and/or predicted performance degradation in the user device and based at least in part on analyzing the data, providing , by the charging device, recommendations to the user device for remedying and/or preventing the current and/or predicted performance degradation in the user device, characterized in that : the charging device is an outlet charger or a wireless charger. charging, by a charging device, a user device connected to the charging device ; when charging the user device: receiving , by the charging device, data including logs representative of activities and/or errors associated with the user device from the user device; analyzing , by the charging device, at least some of the data to identify causes of current and/or predicted performance degradation in the user device and based at least in part on analyzing the data, providing , by the charging device, recommendations to the user device for remedying and/or preventing the current and/or predicted performance degradation in the user device, characterized in that : the charging device is an outlet charger or a wireless charger. receiving , by the charging device, data including logs representative of activities and/or errors associated with the user device from the user device; analyzing , by the charging device, at least some of the data to identify causes of current and/or predicted performance degradation in the user device and based at least in part on analyzing the data, providing , by the charging device, recommendations to the user device for remedying and/or preventing the current and/or predicted performance degradation in the user device, characterized in that : the charging device is an outlet charger or a wireless charger.
A stent comprising: a wire formed into stent pattern, wherein the wire includes, an outer member having an outer member outer surface and an outer member inner surface , a hollow radiopaque member lining at least a portion of the outer member inner surface , the radiopaque member having a radiopaque member inner surface and a radiopaque member outer surface contacting the outer member inner surface , a lumen defined by the outer member inner surface or the radiopaque member inner surface, the lumen formed from a hollow portion of the radiopaque member and a hollow portion of the outer member that is not occupied by the radiopaque member , a biologically or pharmacologically active substance disposed in the lumen , and at least one opening disposed through the outer member to the lumen or through the outer member and the radiopaque member to the lumen . an outer member having an outer member outer surface and an outer member inner surface , a hollow radiopaque member lining at least a portion of the outer member inner surface , the radiopaque member having a radiopaque member inner surface and a radiopaque member outer surface contacting the outer member inner surface , a lumen defined by the outer member inner surface or the radiopaque member inner surface, the lumen formed from a hollow portion of the radiopaque member and a hollow portion of the outer member that is not occupied by the radiopaque member , a biologically or pharmacologically active substance disposed in the lumen , and at least one opening disposed through the outer member to the lumen or through the outer member and the radiopaque member to the lumen .
An apparatus for assessing a fluorescence characteristic of a gemstone, comprising: an optically opaque platform , wherein the platform has a flat, circular surface configured to support a gemstone to be assessed; wherein the platform is configured to rotate around a rotational axis at set angular variations, and is adjustable in height a circular ringed tunable light source shaped to encircle the platform , wherein the circular ringed light source is adjustable in height relative to the platform ; wherein the tunable light source is about the same level as or below the surface of the platform able to emit uniform light at multiple wavelengths in the UV and white light ranges; a camera , wherein the camera is positioned at a predetermined angle relative to the platform surface that supports the gemstone, and wherein the camera and platform are configured to rotate relative to each other; a telecentric lens positioned to provide an image of the illuminated gemstone to the camera; and a reflector device including a reflective hemispherical interior, wherein the reflector device at least partially covers the light source and platform surface , and directs UV radiation from the light source towards the gemstone positioned on the platform surface. an optically opaque platform , wherein the platform has a flat, circular surface configured to support a gemstone to be assessed; wherein the platform is configured to rotate around a rotational axis at set angular variations, and is adjustable in height a circular ringed tunable light source shaped to encircle the platform , wherein the circular ringed light source is adjustable in height relative to the platform ; wherein the tunable light source is about the same level as or below the surface of the platform able to emit uniform light at multiple wavelengths in the UV and white light ranges; a camera , wherein the camera is positioned at a predetermined angle relative to the platform surface that supports the gemstone, and wherein the camera and platform are configured to rotate relative to each other; a telecentric lens positioned to provide an image of the illuminated gemstone to the camera; and a reflector device including a reflective hemispherical interior, wherein the reflector device at least partially covers the light source and platform surface , and directs UV radiation from the light source towards the gemstone positioned on the platform surface.
A vehicle comprising a combined imager and rangefinder mounted on the vehicle, the combined imager and rangefinder comprising: (a) an imaging sensor for acquiring images of objects in a field of view ; (b) an illuminator for directing a beam of light at least in part via said field of view; and (c) a controller for operating said imaging sensor and said illuminator in a first mode in which said imaging sensor acquires full images that span substantially all of said field of view, characterized in that said controller is further configured to determine a first range from the vehicle to one of said objects, and to switch, if said first range is less than a predetermined threshold, to operate said imaging sensor and said illuminator in a second mode in which said imaging sensor acquires partial images that span only a portion of said field of view that includes a reflection of said beam of light from said one object, and to determine from a location, in each of at least a portion of said partial images, of a part of said each partial image that images said reflection, a corresponding range to said one object; wherein said imaging sensor acquires said full images in said first mode at a first frame rate and acquires said partial images in said second mode at a second frame rate that is faster than said first frame rate. (a) an imaging sensor for acquiring images of objects in a field of view ; (b) an illuminator for directing a beam of light at least in part via said field of view; and (c) a controller for operating said imaging sensor and said illuminator in a first mode in which said imaging sensor acquires full images that span substantially all of said field of view,
Arrangement for depositing cells on a substrate for preparing a cell sample, having - a vessel for storing the cells to be deposited on the substrate , the vessel having an outlet opening for removing cells from the vessel , and - a drive device, by means of which the substrate can be moved past the outlet opening relative to the vessel , wherein the substrate is a flexible band , more particularly a polymer band or a metal band, and wherein the drive device has a rotatable drive shaft , which can be made to rotate by a drive mechanism and onto which a take-up reel should be attached in order to wind the substrate , more particularly the substrate provided with the cells , onto the take-up reel , characterized in that a tensioning device is provided for tensing the substrate , which tensioning device has at least one moveable support or at least one moveable reel, wherein the support or the reel can be displaced in a direction that is oriented substantially perpendicularly to the movement direction of the substrate , wherein the upper side and the lower side of the substrate are provided with spacers . - a vessel for storing the cells to be deposited on the substrate , the vessel having an outlet opening for removing cells from the vessel , and - a drive device, by means of which the substrate can be moved past the outlet opening relative to the vessel ,
A game server connected to a client terminal through a network so as to receive information related with a user operation executed on the client terminal to execute a computer game and transmit output data obtained as a result of executing the computer game to a client terminal requesting the output data, the game server comprising: an input information reception block configured to obtain the information related with the user operation as input information; an information processing block configured to execute the computer game on a basis of the input information; a basic output data generation block configured to generate, of output data obtained as a result of executing the computer game, basic output data independent of a destination client terminal; an individual output data generation block configured to generate, of the output data, individual output data to be outputted after being synthesized with the basic output data at a destination client terminal in association with each client terminal; and an output data transmission block configured to transmit the basic output data and the individual output data to a destination client terminal after associating the basic output data with the individual output data; wherein the individual output data generation block generates a table indicative of correlation between identification information of destination client terminals and individual output data of each client terminal , and the output data transmission block transmits the table generated by the individual output data generation block and the basic output data to all client terminals after associating the table with the basic output data. an input information reception block configured to obtain the information related with the user operation as input information; an information processing block configured to execute the computer game on a basis of the input information; a basic output data generation block configured to generate, of output data obtained as a result of executing the computer game, basic output data independent of a destination client terminal; an individual output data generation block configured to generate, of the output data, individual output data to be outputted after being synthesized with the basic output data at a destination client terminal in association with each client terminal; and an output data transmission block configured to transmit the basic output data and the individual output data to a destination client terminal after associating the basic output data with the individual output data; wherein the individual output data generation block generates a table indicative of correlation between identification information of destination client terminals and individual output data of each client terminal , and the output data transmission block transmits the table generated by the individual output data generation block and the basic output data to all client terminals after associating the table with the basic output data.
A growing apparatus for cleansing air and watering a plant comprising: - a modular panel configured for stack nesting consecutively on top of each other for making a larger system and having a rail , a plurality of channels , an air port and a water port , wherein each channel has an opposing conical top and bottom to channel water and accept a nozzle having a wick and a recessed air channel ; and - a connecting coupler and an end cap configured to direct water flow from a first channel to a second channel , wherein said end cap restricts and holds water within a base of the first channel and directs water flow to the bottom of the second channel ; wherein - only air enters the nozzle (!) which in turn creates a negative pressure via the recessed air channel which draws the water into a substrate, and - the negative pressure created by the recessed air channel is provided on the wick for water movement. - a modular panel configured for stack nesting consecutively on top of each other for making a larger system and having a rail , a plurality of channels , an air port and a water port , wherein each channel has an opposing conical top and bottom to channel water and accept a nozzle having a wick and a recessed air channel ; and - a connecting coupler and an end cap configured to direct water flow from a first channel to a second channel , wherein said end cap restricts and holds water within a base of the first channel and directs water flow to the bottom of the second channel ; wherein - only air enters the nozzle (!) which in turn creates a negative pressure via the recessed air channel which draws the water into a substrate, and - the negative pressure created by the recessed air channel is provided on the wick for water movement.
A keyboard controller configured to be executed on a computing device having at least one other application executing thereon, the controller comprising: an input interface to receive signals input using keys of a keyboard , a processing component configured to translate the received signals into one or more characters, and an output interface configured to relay the one or more characters to the at least one other application , wherein the keyboard controller further comprises an integrated risk engine in communication with each of the processing component and the output interface, the risk engine being configured to monitor usage of the computing device and to action a security response output of the keyboard controller in response to identifying one or more security risks, and characterized in that the integrated risk engine is configured to effect a risk analysis of current operation of the device to identify malware or other identifiable nefarious activity on the device. an input interface to receive signals input using keys of a keyboard , a processing component configured to translate the received signals into one or more characters, and an output interface configured to relay the one or more characters to the at least one other application ,
A system for controlling an infrared light distribution pattern , said system comprising: an infrared light source operable to emit infrared light toward an area ; an electrowetting lens arranged proximate to the infrared light source , and operable to vary a distribution pattern of infrared light from the infrared light source into the area ; an electrowetting shutter overlaying the electrowetting lens , and operable to an opaque state where infrared light from the infrared light source is blocked from projecting into at least a portion of the area , and operable to a transparent state where infrared light passes through the electrowetting shutter ; an object detector configured to detect an object in the area ; and a controller configured to receive a detection signal from the object detector , and operate the electrowetting lens and the electrowetting shutter in order to control the infrared light distribution pattern based on a location of the object . an infrared light source operable to emit infrared light toward an area ; an electrowetting lens arranged proximate to the infrared light source , and operable to vary a distribution pattern of infrared light from the infrared light source into the area ; an electrowetting shutter overlaying the electrowetting lens , and operable to an opaque state where infrared light from the infrared light source is blocked from projecting into at least a portion of the area , and operable to a transparent state where infrared light passes through the electrowetting shutter ; an object detector configured to detect an object in the area ; and a controller configured to receive a detection signal from the object detector , and operate the electrowetting lens and the electrowetting shutter in order to control the infrared light distribution pattern based on a location of the object .
Balance prosthesis device for an individual, comprising: a sensor module configured to obtain at least one sensor signal indicative of a balance or equilibrium state of the individual; a processing module operably connected to the sensor module and configured to determine at least one neurostimulation signal based at least in part on the obtained sensor signal, involving a determination, based at least in part on the obtained sensor signal, of an estimate of a current body position of the individual with respect to a reference body position and/or an estimate of a future body position with respect to the reference body position; and a transmitter module operably connected to the processing module and configured to transmit the determined neurostimulation signal to a neurostimulation device of the individual; or a neurostimulation module operably connected to the processing module ; wherein the neurostimulation signal is configured to elicit an artificial sensation in a specific sensory cortex area of the individual via directly stimulating afferent sensory axons of the central or peripheral nervous system of the individual targeting sensory neurons of the sensory cortex area not directly associated with vestibulocortical pathways of the individual; and wherein the elicited artificial sensation provides a balance indication to the individual that is derived at least in part from the obtained sensor signal in order to support, mimic, substitute or enhance the natural sense of balance of the individual. a sensor module configured to obtain at least one sensor signal indicative of a balance or equilibrium state of the individual; a processing module operably connected to the sensor module and configured to determine at least one neurostimulation signal based at least in part on the obtained sensor signal, involving a determination, based at least in part on the obtained sensor signal, of an estimate of a current body position of the individual with respect to a reference body position and/or an estimate of a future body position with respect to the reference body position; and a transmitter module operably connected to the processing module and configured to transmit the determined neurostimulation signal to a neurostimulation device of the individual; or a neurostimulation module operably connected to the processing module ; wherein the neurostimulation signal is configured to elicit an artificial sensation in a specific sensory cortex area of the individual via directly stimulating afferent sensory axons of the central or peripheral nervous system of the individual targeting sensory neurons of the sensory cortex area not directly associated with vestibulocortical pathways of the individual; and wherein the elicited artificial sensation provides a balance indication to the individual that is derived at least in part from the obtained sensor signal in order to support, mimic, substitute or enhance the natural sense of balance of the individual.
Medical ventilator comprising: - an internal gas circuit for conveying gas, comprising a gas outlet , - at least one flowrate sensor and at least one pressure sensor , which are arranged on the internal gas circuit in order to perform flowrate and pressure measurements within said internal gas circuit , - control means with at least one microprocessor, which are configured to process the flowrate and pressure measurements performed by said flowrate and pressure sensors, - a patient circuit fluidically connected to the gas outlet of the internal gas circuit , and - a respiratory interface fluidically connected to the patient circuit , characterized in that the control means are configured to: a) determine a compliance value C(t) from at least flowrate and pressure measurements performed by said flowrate and pressure sensors, b) compare the determined compliance value C(t) to a given maximum compliance value (C max ), c) determine a disconnection of the patient circuit or of the respiratory interface when the compliance value C(t) is greater than or equal to the given maximum compliance value (C max ), and d) trigger an alarm when a disconnection of the patient circuit or of the respiratory interface is determined. - an internal gas circuit for conveying gas, comprising a gas outlet , - at least one flowrate sensor and at least one pressure sensor , which are arranged on the internal gas circuit in order to perform flowrate and pressure measurements within said internal gas circuit , - control means with at least one microprocessor, which are configured to process the flowrate and pressure measurements performed by said flowrate and pressure sensors, - a patient circuit fluidically connected to the gas outlet of the internal gas circuit , and - a respiratory interface fluidically connected to the patient circuit , a) determine a compliance value C(t) from at least flowrate and pressure measurements performed by said flowrate and pressure sensors, b) compare the determined compliance value C(t) to a given maximum compliance value (C max ), c) determine a disconnection of the patient circuit or of the respiratory interface when the compliance value C(t) is greater than or equal to the given maximum compliance value (C max ), and d) trigger an alarm when a disconnection of the patient circuit or of the respiratory interface is determined.