mhurhangee/ep-ind-claims huggingface dataset:
A method for presenting information on a display device associated with an aircraft, the method comprising: displaying, on the display device, a navigational map; displaying, on the display device overlying the navigational map, a graphic element of an aircraft procedure, the graphic element illustrating an aspect of an aircraft action and having textual information associated therewith, the textual information describing operating parameters or instructions for executing the aircraft action; obtaining status information for the aircraft; determining an amount of the textual information to be displayed based at least in part on the status information; and displaying, on the display device overlying the navigational map, the determined amount of the textual procedure information proximate the graphic element. displaying, on the display device, a navigational map; displaying, on the display device overlying the navigational map, a graphic element of an aircraft procedure, the graphic element illustrating an aspect of an aircraft action and having textual information associated therewith, the textual information describing operating parameters or instructions for executing the aircraft action; obtaining status information for the aircraft; determining an amount of the textual information to be displayed based at least in part on the status information; and displaying, on the display device overlying the navigational map, the determined amount of the textual procedure information proximate the graphic element.
A nanofiller dispersant composition comprising: (a) the reaction product of: (i) at least one halogenated copolymer comprising units derived from isoolefins having from 4 to 7 carbons and a para-alkylstyrene; and (ii) at least one polycyclic aromatic hydrocarbon, wherein the PAH comprises a functional group selected from the group consisting of amines, alcohols, aldehydes, alkoxides, alkenes, carboxylic acids, thiols, acid halides, acid anhydrides, aziridines, epoxides, amides, and combinations thereof, and wherein the PAH is polynuclear and has from 3 to 12 fused aromatic rings; and, (b) at least one nanofiller, wherein the nanofiller is selected from the group consisting of graphite, expanded graphite, nano graphene platelets (NGPs), graphene, and mixtures thereof. (a) the reaction product of: (i) at least one halogenated copolymer comprising units derived from isoolefins having from 4 to 7 carbons and a para-alkylstyrene; and (ii) at least one polycyclic aromatic hydrocarbon, wherein the PAH comprises a functional group selected from the group consisting of amines, alcohols, aldehydes, alkoxides, alkenes, carboxylic acids, thiols, acid halides, acid anhydrides, aziridines, epoxides, amides, and combinations thereof, and wherein the PAH is polynuclear and has from 3 to 12 fused aromatic rings; and, (b) at least one nanofiller, wherein the nanofiller is selected from the group consisting of graphite, expanded graphite, nano graphene platelets (NGPs), graphene, and mixtures thereof.
A support for setting diamonds, comprising - a base comprising a front face equipped with a plurality of prongs, extending away from said front face and designed to hold a diamond at a girdle portion of said diamond; - a diamond disc designed to be fixed to said front face of the base and configured for receiving and supporting a rear portion of said diamond; said diamond disc also comprising receiving portions angularly positioned around a central zone of the diamond disc in such a way as to form a stable coupling of the diamond disc to the base; said diamond disc having a central hole, defined in a central zone of said diamond disc, said central hole being shaped in such a way as to receive a rear apex of said diamond; characterized in that said diamond disc having a front diamond face and a rear face designed to be positioned in abutment against said front face of the base; and wherein said rear face of the diamond disc is irreversibly fixed to the front face of the base, by soldering. - a base comprising a front face equipped with a plurality of prongs, extending away from said front face and designed to hold a diamond at a girdle portion of said diamond; - a diamond disc designed to be fixed to said front face of the base and configured for receiving and supporting a rear portion of said diamond; said diamond disc also comprising receiving portions angularly positioned around a central zone of the diamond disc in such a way as to form a stable coupling of the diamond disc to the base; said diamond disc having a central hole, defined in a central zone of said diamond disc, said central hole being shaped in such a way as to receive a rear apex of said diamond; characterized in that said diamond disc having a front diamond face and a rear face designed to be positioned in abutment against said front face of the base; and wherein said rear face of the diamond disc is irreversibly fixed to the front face of the base, by soldering. said diamond disc also comprising receiving portions angularly positioned around a central zone of the diamond disc in such a way as to form a stable coupling of the diamond disc to the base; said diamond disc having a central hole, defined in a central zone of said diamond disc, said central hole being shaped in such a way as to receive a rear apex of said diamond; characterized in that said diamond disc having a front diamond face and a rear face designed to be positioned in abutment against said front face of the base; and wherein said rear face of the diamond disc is irreversibly fixed to the front face of the base, by soldering.
A method of producing a silicon carbide (SiC) ceramic matrix composite comprising: providing a SiC fiber preform; applying a fiber interface coating; depositing a SiC matrix layer around individual layer/tows by chemical vapor infiltration; incorporating slurry additives by infiltration of a slurry comprising yttrium or ytterbium; incorporating melt infiltration additives by infiltration of a melt, thereby forming a composite, wherein 15-45 volume percent of the composite is the SiC fiber preform, 1-10 volume percent of the composite is the fiber interface coating, 5-30 volume percent of the composite is the SiC matrix layer, 10-30 volume percent of the composite is the slurry additives, and 5-30 volume percent of the composite is the melt infiltration additives. providing a SiC fiber preform; applying a fiber interface coating; depositing a SiC matrix layer around individual layer/tows by chemical vapor infiltration; incorporating slurry additives by infiltration of a slurry comprising yttrium or ytterbium; incorporating melt infiltration additives by infiltration of a melt, thereby forming a composite, 15-45 volume percent of the composite is the SiC fiber preform, 1-10 volume percent of the composite is the fiber interface coating, 5-30 volume percent of the composite is the SiC matrix layer, 10-30 volume percent of the composite is the slurry additives, and 5-30 volume percent of the composite is the melt infiltration additives.
A method for focusing an image in a portable device, which device comprises: a first camera arrangement for capturing images of a face of a user of the device; a second camera arrangement comprising an autofocus arrangement for capturing images of the environment surrounding the device; and a display arrangement for reproducing the captured images of the environment surrounding the device, which method comprises the steps of: capturing at least one image of the environment by the second camera arrangement; obtaining a plurality of gazing directions for the face of the user from images captured by the first camera arrangement; selecting a plurality of focusing areas in the image reproduced by the display, depending on the obtained gazing directions for the face of the user; and processing said at least one image of the environment so as to create a final image that is focused within areas defined by the focusing areas. a first camera arrangement for capturing images of a face of a user of the device; a second camera arrangement comprising an autofocus arrangement for capturing images of the environment surrounding the device; and a display arrangement for reproducing the captured images of the environment surrounding the device, which method comprises the steps of: capturing at least one image of the environment by the second camera arrangement; obtaining a plurality of gazing directions for the face of the user from images captured by the first camera arrangement; selecting a plurality of focusing areas in the image reproduced by the display, depending on the obtained gazing directions for the face of the user; and processing said at least one image of the environment so as to create a final image that is focused within areas defined by the focusing areas. capturing at least one image of the environment by the second camera arrangement; obtaining a plurality of gazing directions for the face of the user from images captured by the first camera arrangement; selecting a plurality of focusing areas in the image reproduced by the display, depending on the obtained gazing directions for the face of the user; and processing said at least one image of the environment so as to create a final image that is focused within areas defined by the focusing areas.
A surgical guide template for use in a surgical procedure on a patient, said surgical guide template comprising: a plurality of patient contacting surfaces (212, 219) configured to contact anatomical features of a patient in a mating engagement; a plurality of guides; a plurality of patient matched components that each include at least one said patient contacting surface determined from and complementary to the patient's anatomy; wherein a said patient matched component is insertable into a said guide so that said surgical guide template may be seated on the patient anatomy. a plurality of patient contacting surfaces (212, 219) configured to contact anatomical features of a patient in a mating engagement; a plurality of guides; a plurality of patient matched components that each include at least one said patient contacting surface determined from and complementary to the patient's anatomy; wherein a said patient matched component is insertable into a said guide so that said surgical guide template may be seated on the patient anatomy.
A system for controlling from a path of a first vehicle a second vehicle to follow a complementary path, the system comprising: • a first vehicle sub-system having: • a memory for time and (X,Y) position co-ordinates of the first vehicle's path; • a GPS receiver for determining time and actual (X,Y) position co-ordinates of the first vehicle, • means for comparing the first vehicle's actual position with path position at determined times as test path errors and • means for transmitting the test path errors and • a second vehicle sub-system having: • a memory for time and (X,Y) position co-ordinates of the second vehicle's path; • a GPS receiver for determining time and actual (X,Y) position co-ordinates of the second vehicle, • means for receiving the test path errors and • means for computing a modified path of the second vehicle taking account of the test path errors and generating control signals for controlling the second vehicle to follow the modified path, whereby the first vehicle and the second vehicle's travel along actual paths which are complementary to each other in like manner to the memorised paths. • a first vehicle sub-system having: • a memory for time and (X,Y) position co-ordinates of the first vehicle's path; • a GPS receiver for determining time and actual (X,Y) position co-ordinates of the first vehicle, • means for comparing the first vehicle's actual position with path position at determined times as test path errors and • means for transmitting the test path errors and • a memory for time and (X,Y) position co-ordinates of the first vehicle's path; • a GPS receiver for determining time and actual (X,Y) position co-ordinates of the first vehicle, • means for comparing the first vehicle's actual position with path position at determined times as test path errors and • means for transmitting the test path errors and • a second vehicle sub-system having: • a memory for time and (X,Y) position co-ordinates of the second vehicle's path; • a GPS receiver for determining time and actual (X,Y) position co-ordinates of the second vehicle, • means for receiving the test path errors and • means for computing a modified path of the second vehicle taking account of the test path errors and generating control signals for controlling the second vehicle to follow the modified path, whereby the first vehicle and the second vehicle's travel along actual paths which are complementary to each other in like manner to the memorised paths. • a memory for time and (X,Y) position co-ordinates of the second vehicle's path; • a GPS receiver for determining time and actual (X,Y) position co-ordinates of the second vehicle, • means for receiving the test path errors and • means for computing a modified path of the second vehicle taking account of the test path errors and generating control signals for controlling the second vehicle to follow the modified path, whereby the first vehicle and the second vehicle's travel along actual paths which are complementary to each other in like manner to the memorised paths.
A seat framework for a vehicle, preferably a motor vehicle, including at least one slatted support layer, characterized in that the slats are joined together by at least one adjustment strip (19, 21) capable of translational motion along said slats.
A laundry appliance, comprising: a cabinet; a tub disposed within the cabinet; a first door coupled to the cabinet and operable between open and closed positions (24, 26); a second door operably coupled to the tub, wherein the second door is configured to move with the tub and independently of the first door, when the first door is in the closed position; and a coupling member at least partially disposed on the first door, wherein said first door and second door are operably coupled by said coupling member; characterized in that the coupling member includes a body coupled to the first door, a connector operably coupled to the second door, and a ball assembly having a first ball and a second ball; and the second door defines a first socket and the connector defines a second socket, and wherein the first ball is disposed within the first socket and the second ball is disposed within the second socket; and the first socket is an inner door socket and the second socket is a connector socket, and wherein the first ball and the second ball are rotatably coupled to the inner door socket and the connector socket, respectively; the second ball 378 is generally smaller than the first ball 376 and the connector socket 374 is also generally smaller than the inner door socket 372, so that the inner second door and the outer first door can be operably coupled in the closed position, while the inner second door can rotate independently of the outer first door. a cabinet; a tub disposed within the cabinet; a first door coupled to the cabinet and operable between open and closed positions (24, 26); a second door operably coupled to the tub, wherein the second door is configured to move with the tub and independently of the first door, when the first door is in the closed position; and a coupling member at least partially disposed on the first door, wherein said first door and second door are operably coupled by said coupling member; characterized in that the coupling member includes a body coupled to the first door, a connector operably coupled to the second door, and a ball assembly having a first ball and a second ball; and the second door defines a first socket and the connector defines a second socket, and wherein the first ball is disposed within the first socket and the second ball is disposed within the second socket; and the first socket is an inner door socket and the second socket is a connector socket, and wherein the first ball and the second ball are rotatably coupled to the inner door socket and the connector socket, respectively; the second ball 378 is generally smaller than the first ball 376 and the connector socket 374 is also generally smaller than the inner door socket 372, so that the inner second door and the outer first door can be operably coupled in the closed position, while the inner second door can rotate independently of the outer first door.
A node for communication for a wireless system, the node comprising: - a controller configured to determine a default communication mode out of multiple communication modes according to a role assigned to the node, wherein the role is related to an activity to be carried out by the node and the multiple communication modes comprise • a first communication mode capable to support a mesh or tree topology with multi-hop routing, according to a first communication technology, and • a second communication mode capable to support a star topology with a point-to-point connection, according to a second communication technology; - a radio unit configured to operate in the first communication mode as the default communication mode, and upon an instruction from the controller, switch to the second communication mode and send a notification message in the second communication mode, and then switch back to the first communication mode; wherein the controller is further configured to generate the instruction to switch from the first communication mode to the second communication mode according to a security level of a data or control packet received by the radio unit in the first communication mode or generated by the node itself. - a controller configured to determine a default communication mode out of multiple communication modes according to a role assigned to the node, wherein the role is related to an activity to be carried out by the node and the multiple communication modes comprise • a first communication mode capable to support a mesh or tree topology with multi-hop routing, according to a first communication technology, and • a second communication mode capable to support a star topology with a point-to-point connection, according to a second communication technology; • a first communication mode capable to support a mesh or tree topology with multi-hop routing, according to a first communication technology, and • a second communication mode capable to support a star topology with a point-to-point connection, according to a second communication technology; - a radio unit configured to operate in the first communication mode as the default communication mode, and upon an instruction from the controller, switch to the second communication mode and send a notification message in the second communication mode, and then switch back to the first communication mode; wherein the controller is further configured to generate the instruction to switch from the first communication mode to the second communication mode according to a security level of a data or control packet received by the radio unit in the first communication mode or generated by the node itself.
A display device (10; 110; 210; 310) comprising: a display panel having a display surface; a switching liquid crystal panel provided on a display surface side of the display panel and configured to switch a display mode between a two-dimensional display and a three-dimensional display; a touch panel provided on the display surface side of the display panel; a common board commonly included in the touch panel and the switching liquid crystal panel and configured to form the touch panel and the switching liquid crystal panel as one component; a touch panel transparent electrode arranged on the common board; characterised by further comprising: a switching liquid crystal panel transparent electrode arranged on the common board and configured to apply a voltage to liquid crystals in the switching liquid crystal panel, wherein the touch panel transparent electrode and the switching liquid crystal panel transparent electrode are configured with a common electrode that is one electrode provided on a liquid crystal display panel side of the common board. a display panel having a display surface; a switching liquid crystal panel provided on a display surface side of the display panel and configured to switch a display mode between a two-dimensional display and a three-dimensional display; a touch panel provided on the display surface side of the display panel; a common board commonly included in the touch panel and the switching liquid crystal panel and configured to form the touch panel and the switching liquid crystal panel as one component; a touch panel transparent electrode arranged on the common board; a switching liquid crystal panel transparent electrode arranged on the common board and configured to apply a voltage to liquid crystals in the switching liquid crystal panel, wherein the touch panel transparent electrode and the switching liquid crystal panel transparent electrode are configured with a common electrode that is one electrode provided on a liquid crystal display panel side of the common board.
A method for a well injection program, the method comprising the steps: (a) selecting an appraisal well; (b) selecting a perforation interval and length; (c) locating at least one downhole sensor to measure pressure in the well; (d) injecting a fluid into the well; (e) varying the flow rate of injected fluid; (f) measuring the pressure with flow rate variations to provide measured data; (g) fitting a first model to the measured data to estimate a thermal stress characteristic of the well; (h) inputting the thermal stress characteristic into a second model; and (i) determining injection parameters from the second model characterised in that: the method includes the step of measuring pressure for different temperatures of injected fluid. (a) selecting an appraisal well; (b) selecting a perforation interval and length; (c) locating at least one downhole sensor to measure pressure in the well; (d) injecting a fluid into the well; (e) varying the flow rate of injected fluid; (f) measuring the pressure with flow rate variations to provide measured data; (g) fitting a first model to the measured data to estimate a thermal stress characteristic of the well; (h) inputting the thermal stress characteristic into a second model; and (i) determining injection parameters from the second model