mhurhangee/patent-ind-claim-en huggingface dataset:
A method of selectively displaying a plurality of captured image frames on a display device, the method comprising: sequentially capturing image frames on an image detector , prior to receiving a command to capture an image; for each captured image frame, generating raw data representing each captured image frame, prior to receiving the command; converting the raw data representing each captured image frame into a compressed image data file, prior to receiving the command; storing each compressed image data file in a memory device to form a plurality of stored compressed image data files, the plurality of compressed image data files being stored in the memory device prior to receiving the command and until the command is received; and after the command is received, selecting a plurality of the largest compressed image data files from the plurality of stored compressed image data files unless at least one of the following conditions applies: (i) the device has determined low ambient light; and (ii) the device has determined that a flash should be used; and selectively displaying the plurality of image frames associated with the selected plurality of largest compressed image data files in turn, responsive to a second input, and selecting one of the associated plurality of image frames based on a user input. sequentially capturing image frames on an image detector , prior to receiving a command to capture an image; for each captured image frame, generating raw data representing each captured image frame, prior to receiving the command; converting the raw data representing each captured image frame into a compressed image data file, prior to receiving the command; storing each compressed image data file in a memory device to form a plurality of stored compressed image data files, the plurality of compressed image data files being stored in the memory device prior to receiving the command and until the command is received; and after the command is received, selecting a plurality of the largest compressed image data files from the plurality of stored compressed image data files unless at least one of the following conditions applies: (i) the device has determined low ambient light; and (ii) the device has determined that a flash should be used; and selectively displaying the plurality of image frames associated with the selected plurality of largest compressed image data files in turn, responsive to a second input, and selecting one of the associated plurality of image frames based on a user input.
A system, comprising: a delivery device configured to deliver fluid to a patient; an infusion pump configured to pump fluid to the delivery device; tubing configured to transport the fluid from the infusion pump to the delivery device; a sensor having a sensing portion configured to deform as pressure changes inside the sensor, the sensor being disposed along the tubing to sense the pressure of the fluid in the tubing; a holographic label affixed to the sensing portion of the sensor, the holographic label being deformable to deform with the sensing portion as the pressure changes inside the sensor; a light source configured to shine light onto the holographic label; and a photodetector oriented to detect the light reflected from the holographic label; wherein the infusion pump is operatively coupled to the photodetector ; and is configured to determine the pressure of the fluid in the tubing based on the properties of the light reflected off the holographic label detected with the photodetector. a delivery device configured to deliver fluid to a patient; an infusion pump configured to pump fluid to the delivery device; tubing configured to transport the fluid from the infusion pump to the delivery device; a sensor having a sensing portion configured to deform as pressure changes inside the sensor, the sensor being disposed along the tubing to sense the pressure of the fluid in the tubing; a holographic label affixed to the sensing portion of the sensor, the holographic label being deformable to deform with the sensing portion as the pressure changes inside the sensor; a light source configured to shine light onto the holographic label; and a photodetector oriented to detect the light reflected from the holographic label; wherein the infusion pump is operatively coupled to the photodetector ; and is configured to determine the pressure of the fluid in the tubing based on the properties of the light reflected off the holographic label detected with the photodetector.
A parking control device , comprising: a storage for storing an electronic map of a parking lot; a collector configured to collect sensor data from a sensor in the parking lot; a communicator configured to receive vehicle information from an autonomous vehicle which enters the parking lot; and a controller configured to monitor a location and movement of the autonomous vehicle based on the electronic map, calculate a driving trajectory to a parking space selected by a driver of the vehicle based on the sensor data and the vehicle information, and provide information about the calculated driving trajectory to the autonomous vehicle, characterized in that the controller is configured to: calculate the driving trajectory in consideration of movement of an obstruction as well as a location and movement state of each of all the autonomous vehicles in the parking lot, when another autonomous vehicle is moving to park in the parking space, stop moving the other autonomous vehicle, assign a new parking space to the other autonomous vehicle, calculate a driving trajectory from a current location of the other autonomous vehicle to the new parking space, and transmit information about the calculated driving trajectory to the other autonomous vehicle. a storage for storing an electronic map of a parking lot; a collector configured to collect sensor data from a sensor in the parking lot; a communicator configured to receive vehicle information from an autonomous vehicle which enters the parking lot; and a controller configured to monitor a location and movement of the autonomous vehicle based on the electronic map, calculate a driving trajectory to a parking space selected by a driver of the vehicle based on the sensor data and the vehicle information, and provide information about the calculated driving trajectory to the autonomous vehicle, characterized in that the controller is configured to: calculate the driving trajectory in consideration of movement of an obstruction as well as a location and movement state of each of all the autonomous vehicles in the parking lot, when another autonomous vehicle is moving to park in the parking space, stop moving the other autonomous vehicle, assign a new parking space to the other autonomous vehicle, calculate a driving trajectory from a current location of the other autonomous vehicle to the new parking space, and transmit information about the calculated driving trajectory to the other autonomous vehicle. calculate the driving trajectory in consideration of movement of an obstruction as well as a location and movement state of each of all the autonomous vehicles in the parking lot, when another autonomous vehicle is moving to park in the parking space, stop moving the other autonomous vehicle, assign a new parking space to the other autonomous vehicle, calculate a driving trajectory from a current location of the other autonomous vehicle to the new parking space, and transmit information about the calculated driving trajectory to the other autonomous vehicle.
An in-vehicle heating device provided on a lower part of a front side of a seat cushion serving as a seating unit of a vehicle seat , the in-vehicle heating device comprising: an air feeder including a suction opening through which external air is sucked into the air feeder ; a warm air generator including a heater therein, the warm air generator being configured to heat air fed from the air feeder to generate warm air; and a blow-out unit configured to blow out the warm air from the warm air generator , such that the warm air is blown out forward of the seat cushion , characterized in that at least a part of the blow-out unit is adapted to be positioned at a front of the seat cushion , doubling as a front shield and serving as a decorative member . an air feeder including a suction opening through which external air is sucked into the air feeder ; a warm air generator including a heater therein, the warm air generator being configured to heat air fed from the air feeder to generate warm air; and a blow-out unit configured to blow out the warm air from the warm air generator , such that the warm air is blown out forward of the seat cushion , characterized in that at least a part of the blow-out unit is adapted to be positioned at a front of the seat cushion , doubling as a front shield and serving as a decorative member .
A combination of at least two components, component A and component B, comprising a component A being an inhibitor of ATR kinase or a stereoisomer, a tautomer, an N-oxide, a hydrate, a solvate, or a pharmaceutically acceptable salt thereof, and component B being a PARP inhibitor, wherein said component A is 2-[ -3-methylmorpholin-4-yl]-4-(1-methyl-1H-pyrazol-5-yl)-8-(1H-pyrazol-5-yl)-1,7-naphthyridine and said component B is a PARP inhibitor selected from olaparib, rucaparib, niraparib and talazoparib.
A display apparatus comprising: a display ; a first circuit board comprising: at least one electronic part configured to process an image signal for displaying an image on the display; a second circuit board comprising: at least one antenna configured to transmit and receive a radio frequency, RF, signal for communication between the display apparatus and an external apparatus; a spacer provided between the first circuit board and the second circuit board , and configured to space the first circuit board and the second circuit board apart from each other; and a chassis provided on a back surface of the display , wherein the first circuit board is fastened to the chassis , with a surface, which is opposite to a surface provided with the second circuit board , facing toward the chassis. a display ; a first circuit board comprising: at least one electronic part configured to process an image signal for displaying an image on the display; a second circuit board comprising: at least one antenna configured to transmit and receive a radio frequency, RF, signal for communication between the display apparatus and an external apparatus; a spacer provided between the first circuit board and the second circuit board , and configured to space the first circuit board and the second circuit board apart from each other; and a chassis provided on a back surface of the display , wherein the first circuit board is fastened to the chassis , with a surface, which is opposite to a surface provided with the second circuit board , facing toward the chassis.
A heating cooker comprising: a heating chamber configured to house a food; a through-hole formed in a wall surface of the heating chamber; an imager configured to capture an image in the heating chamber through the through-hole; an air blower configured to blow air on an outside of the heating chamber ; and a wind guide configured to guide wind generated by the air blower , wherein the wind guide is disposed so that the wind from the air blower forms an air curtain passing through a space between the imager and the through-hole , characterized by an extension unit configured to prevent the wind from being drawn into the heating chamber through the through-hole by extending from an inner circumference of the through-hole toward the outside of the heating chamber , and wherein a boundary between the extension unit and the wall surface of the heating chamber is curved outward. a heating chamber configured to house a food; a through-hole formed in a wall surface of the heating chamber; an imager configured to capture an image in the heating chamber through the through-hole; an air blower configured to blow air on an outside of the heating chamber ; and a wind guide configured to guide wind generated by the air blower , wherein the wind guide is disposed so that the wind from the air blower forms an air curtain passing through a space between the imager and the through-hole , characterized by an extension unit configured to prevent the wind from being drawn into the heating chamber through the through-hole by extending from an inner circumference of the through-hole toward the outside of the heating chamber , and wherein a boundary between the extension unit and the wall surface of the heating chamber is curved outward.
A wavelength converting member, comprising: a fluorescent material containing at least one kind selected from the group consisting of a nitride-based fluorescent material and an oxynitride-based fluorescent material; and an aluminate containing at least one kind selected from the group consisting of a rare earth metal aluminate and an alkaline earth metal aluminate, wherein the content of an activating element selected from Ce, Eu and Mn in the aluminate is less than 50 ppm by mass, and the content of the aluminate in the wavelength converting member is 50% by mass or more. a fluorescent material containing at least one kind selected from the group consisting of a nitride-based fluorescent material and an oxynitride-based fluorescent material; and an aluminate containing at least one kind selected from the group consisting of a rare earth metal aluminate and an alkaline earth metal aluminate, wherein the content of an activating element selected from Ce, Eu and Mn in the aluminate is less than 50 ppm by mass, and the content of the aluminate in the wavelength converting member is 50% by mass or more.
A dental restoration system comprising: an implant having a tip, a cylindrical body , an open end having an annular shoulder , and a first bore having a first anti-rotation section , a middle neck section defining a stop wall , and a retention component chamber ; a retention component made up of a support body and seated in the retention component chamber of the implant , the retention component including an annular protrusion at an apical end of the support body as well as exterior threads and a driver engagement section at a coronal end of the support body ; an insert seated in the retention component chamber between the annular protrusion of the retention component and the stop wall of the implant ; and a dental component including a head , a second anti-rotation section , and a retention component interface including a second bore which is formed through the dental component , the retention component interface further including a cylindrical inner surface that includes interior threads , wherein, during attachment of the dental component to the implant , the dental component is inserted into the implant such that the first anti-rotation section of the implant engages the second anti-rotation section of the dental component , wherein the retention component is configured to rotate relative to the dental component and the implant to pull the dental component apically via the engagement of the exterior threads and interior threads and engage the dental component to couple the dental component to the implant . an implant having a tip, a cylindrical body , an open end having an annular shoulder , and a first bore having a first anti-rotation section , a middle neck section defining a stop wall , and a retention component chamber ; a retention component made up of a support body and seated in the retention component chamber of the implant , the retention component including an annular protrusion at an apical end of the support body as well as exterior threads and a driver engagement section at a coronal end of the support body ; an insert seated in the retention component chamber between the annular protrusion of the retention component and the stop wall of the implant ; and a dental component including a head , a second anti-rotation section , and a retention component interface including a second bore which is formed through the dental component , the retention component interface further including a cylindrical inner surface that includes interior threads , wherein, during attachment of the dental component to the implant , the dental component is inserted into the implant such that the first anti-rotation section of the implant engages the second anti-rotation section of the dental component , wherein the retention component is configured to rotate relative to the dental component and the implant to pull the dental component apically via the engagement of the exterior threads and interior threads and engage the dental component to couple the dental component to the implant .
A display device , comprising: a display panel that has a curved part at least at a part of an outer edge of the display panel ; and a bent connector that is arranged along the curved part and electrically connected to the display panel , wherein the bent connector has a curved shape depending on curvature of the curved part, characterized in that the bent connector has an uneven surface on a lateral surface, the uneven surface including recesses and projections that are alternately arranged in an extending direction of the bent connector . a display panel that has a curved part at least at a part of an outer edge of the display panel ; and a bent connector that is arranged along the curved part and electrically connected to the display panel , wherein the bent connector has a curved shape depending on curvature of the curved part, characterized in that the bent connector has an uneven surface on a lateral surface, the uneven surface including recesses and projections that are alternately arranged in an extending direction of the bent connector .
A method of production of high strength electrical steel sheet containing, by mass%, C: 0.060% or less, Si: 0.2 to 3.2%, Mn: 0.05 to 3.0%, P: 0.30% or less, S or Se: 0.040% or less, Al: 2.50% or less, and N: 0.040% or less, optionally further containing by mass%, one or both of Cu: 0.001 to 30.0% and Nb: 0.03 to 8.0%; optionally further containing by mass%, one or more types of Ti: 1.0% or less, V: 1.0% or less, Zr: 1.0% or less, B: 0.010% or less, Ni: 15.0% or less, and Cr: 15.0% or less; and optionally further containing by mass%, one or more types of Bi, Mo, W, Sn, Sb, Mg, Ca, Ce, La, and Co in a total of 0.5% or less; having a balance of Fe and unavoidable impurities, and having worked structures not encroached upon by recrystallized structures remaining inside the steel sheet, said method of production of high strength electrical steel sheet being characterized by making an average crystal grain size d of the steel sheet right before the final cold rolling step 150 μm or more, making d≤(400-50xSi%) and d≤(820-200xSi%), and making the recrystallization rate of the steel sheet right before the step of forming the worked structures to finally remain inside the steel sheet 50% or more.
Tower structure , comprising: a tower along a vertical tower axis ; and a guy cable which extends from a first guying direction to a deflection structure on or in the tower and extends from the deflection structure in a second guying direction in the direction of the ground, wherein the first guying direction differs from the second guying direction , wherein the first guying direction and the second guying direction form an angle of less than 180° and greater than 10° in a plan view , wherein the tower axis lies outside a region which is delimited by the guy cable between the first guying direction and the second guying direction . a tower along a vertical tower axis ; and a guy cable which extends from a first guying direction to a deflection structure on or in the tower and extends from the deflection structure in a second guying direction in the direction of the ground, wherein the first guying direction differs from the second guying direction , wherein the first guying direction and the second guying direction form an angle of less than 180° and greater than 10° in a plan view , wherein the tower axis lies outside a region which is delimited by the guy cable between the first guying direction and the second guying direction .
A method of treating alkaline water, the method including the following steps i) providing a first container for receiving alkaline water; ii) providing a second container for receiving alkaline water from the first container ; iii) providing a pH sensor for sensing the pH of water in the second container ; iv) providing a store of neutralising agent and a pH controller for controlling the feeding of a neutralising agent ; v) receiving alkaline water in the first container ; vi) feeding alkaline water from the first container to the second container ; and vii) feeding neutralising agent from the store of neutralising agent into the second container under the control of the pH controller to reduce the pH of the alkaline water fed to the second container from the first container ; characterised in that a neutralisation unit is provided including the store of neutralising agent and the pH controller , and in that the first and second containers and the neutralisation unit are arranged, after transport, as separate portable units; and wherein the neutralisation unit is arranged to rest partly or wholly inside the first container during transport; and/or one of the first and second containers is arranged to rest partly or wholly inside the other during transport. i) providing a first container for receiving alkaline water; ii) providing a second container for receiving alkaline water from the first container ; iii) providing a pH sensor for sensing the pH of water in the second container ; iv) providing a store of neutralising agent and a pH controller for controlling the feeding of a neutralising agent ; v) receiving alkaline water in the first container ; vi) feeding alkaline water from the first container to the second container ; and vii) feeding neutralising agent from the store of neutralising agent into the second container under the control of the pH controller to reduce the pH of the alkaline water fed to the second container from the first container ;