mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a vehicle; at least one radar system (102, 104) affixed to the vehicle, configured to emit a radar signal and receive at least one radar return signal; a processing circuitry within the vehicle configured to process received radar return signals to generate at least one radar return image of a reflective symbol of a landing site and to generate at least one radar return image of a windsock made of radar reflective material attached to a mount on the landing site, wherein the processing circuitry is configured to determine at least one of a guidance vector, a distance, and a closing velocity of the vehicle with respect to the landing site using the at least one radar return image of the reflective symbol, wherein the processing circuitry is configured to determine at least one of direction and strength of the wind at the landing site using the at least one radar return image of the windsock, and guide the vehicle to the landing site using at least one of the guidance vector, the distance, the closing velocity and by compensating for the wind using the determined at least one of direction and strength of the wind at the landing site. a vehicle; at least one radar system (102, 104) affixed to the vehicle, configured to emit a radar signal and receive at least one radar return signal; a processing circuitry within the vehicle configured to process received radar return signals to generate at least one radar return image of a reflective symbol of a landing site and to generate at least one radar return image of a windsock made of radar reflective material attached to a mount on the landing site, wherein the processing circuitry is configured to determine at least one of a guidance vector, a distance, and a closing velocity of the vehicle with respect to the landing site using the at least one radar return image of the reflective symbol, wherein the processing circuitry is configured to determine at least one of direction and strength of the wind at the landing site using the at least one radar return image of the windsock, and guide the vehicle to the landing site using at least one of the guidance vector, the distance, the closing velocity and by compensating for the wind using the determined at least one of direction and strength of the wind at the landing site.
A process for making a laminate sheet, comprising: providing a sheet of a relatively hard first material, the sheet having at least one textured face textured with a plurality of raised and generally pointed structures, wherein the sheet is not perforated; bringing the textured face of the first material into contact with a face of a softer second material (1a, 1b); and forcing the textured face and the face together such that at least some of the pointed structures enter the second material to form a laminate sheet, wherein the forcing step causes at least the tips of the pointed structures to pierce through the second material, such that the tips protrude at a second face of the second material; and deforming the tips to direct them over or onto or into the second face of the second material, wherein the tips are deformed by pressing downward on the tips via a second sheet of the first material. providing a sheet of a relatively hard first material, the sheet having at least one textured face textured with a plurality of raised and generally pointed structures, wherein the sheet is not perforated; bringing the textured face of the first material into contact with a face of a softer second material (1a, 1b); and forcing the textured face and the face together such that at least some of the pointed structures enter the second material to form a laminate sheet, wherein the forcing step causes at least the tips of the pointed structures to pierce through the second material, such that the tips protrude at a second face of the second material; and deforming the tips to direct them over or onto or into the second face of the second material, wherein the tips are deformed by pressing downward on the tips via a second sheet of the first material.
A data card, comprising a casing, an adapter connected to the casing and configured to be plugged in a user terminal, as well as a printed circuit board and a main antenna both arranged in an internal cavity of the casing, wherein the data card further comprises a metal rotating shaft for the adapter, which is arranged in the casing and electrically connected to the adapter, characterized in that the metal rotating shaft for the adapter and the adapter form a diversity antenna of the data card.
A system for attaching a wearable to a user, comprising: a wearable mount having a skin contacting side and a wearable contacting side; a first adhesive on a portion of the skin contacting side for adhering the wearable mount to the skin, the portion being 50 percent or less of the area of the skin contacting side of the wearable mount; a second adhesive on a portion of the wearable contacting side of the wearable mount, the second adhesive attaching a portion of the wearable to the wearable mount; and a continuous perimeter of additional adhesive disposed about a central area of the interior of the skin contacting side of the wearable mount, the continuous perimeter having a space formed therewithin, wherein the space is a cutout formed in the wearable mount; and a wearable attached to the second adhesive, the wearable including: a top surface; a bottom, opposite surface configured to adhere to a wearable mount; and one or more contacts disposed as flush mount contacts on the bottom surface of the wearable and in a region where the second adhesive adheres the wearable to the wearable mount, wherein the second adhesive is configured to cover the one or more contacts disposed on the wearable, electrically isolating and insulating the contacts; wherein the wearable mount is formed in a shape having comers; and wherein the first adhesive is disposed as a single spot of adhesive placed on each of the corners of the skin contacting side of the wearable mount. a wearable mount having a skin contacting side and a wearable contacting side; a first adhesive on a portion of the skin contacting side for adhering the wearable mount to the skin, the portion being 50 percent or less of the area of the skin contacting side of the wearable mount; a second adhesive on a portion of the wearable contacting side of the wearable mount, the second adhesive attaching a portion of the wearable to the wearable mount; and a continuous perimeter of additional adhesive disposed about a central area of the interior of the skin contacting side of the wearable mount, the continuous perimeter having a space formed therewithin, wherein the space is a cutout formed in the wearable mount; and a wearable attached to the second adhesive, the wearable including: a top surface; a bottom, opposite surface configured to adhere to a wearable mount; and one or more contacts disposed as flush mount contacts on the bottom surface of the wearable and in a region where the second adhesive adheres the wearable to the wearable mount, a top surface; a bottom, opposite surface configured to adhere to a wearable mount; and one or more contacts disposed as flush mount contacts on the bottom surface of the wearable and in a region where the second adhesive adheres the wearable to the wearable mount, wherein the second adhesive is configured to cover the one or more contacts disposed on the wearable, electrically isolating and insulating the contacts; wherein the wearable mount is formed in a shape having comers; and wherein the first adhesive is disposed as a single spot of adhesive placed on each of the corners of the skin contacting side of the wearable mount.
A compound of formula I wherein X is O or NH; R 1 is phenyl, pyridinyl, or pyrimidinyl, each optionally substituted with 1, 2 or 3 halo, R 2 is H or CH 3 or CF 3; R 3 and R 6 are H, halo, CN or C 1 - 7 alkyl; R 4 is -C -NR b R c, wherein R b and R c together with the nitrogen to which they are bound form a heterocyclyl moiety, optionally substituted with one or more A; R 5 is H, CF 3, benzyloxy, tetrahydropyridinyl optionally substituted by one methyl, - C -NR b R c, wherein R b and R c are each independently H, or morpholinyl; A is hydroxy, oxo, C 1-7 alkyl, C 1-7 alkoxy, C 1-7 haloalkyl, C 1-7 hydroxyalkyl, halo, or CN; wherein the term "heterocyclyl moiety" refers to a monovalent saturated or partially saturated 3- to 7-membered monocyclic or 9- to 10-membered bicyclic ring system wherein one, two, three or four ring carbon atoms have been replaced by N, O or S, and with the attachment point on the saturated or partially unsaturated ring of said ring system; or a pharmaceutically acceptable salt thereof. X is O or NH; R 1 is phenyl, pyridinyl, or pyrimidinyl, each optionally substituted with 1, 2 or 3 halo, R 2 is H or CH 3 or CF 3; R 3 and R 6 are H, halo, CN or C 1 - 7 alkyl; R 4 is -C -NR b R c, wherein R b and R c together with the nitrogen to which they are bound form a heterocyclyl moiety, optionally substituted with one or more A; R 5 is H, CF 3, benzyloxy, tetrahydropyridinyl optionally substituted by one methyl, - C -NR b R c, wherein R b and R c are each independently H, or morpholinyl; A is hydroxy, oxo, C 1-7 alkyl, C 1-7 alkoxy, C 1-7 haloalkyl, C 1-7 hydroxyalkyl, halo, or CN;
A method for applying signalling of interworking between Wireless Local Area Network, in the following also referred to as WLAN, and 3 rd Generation Partnership Project, in the following also referred to as 3GPP, Radio Access Network, in the following also referred to as RAN, in a User Equipment, in the following also referred to as UE, comprising: using a first configuration of a parameter used for interworking between WLAN and 3GPP RAN received by dedicated signalling, wherein the first configuration is applicable in a connected mode and an idle mode; characterized by starting a timer associated with the first configuration when the UE enters the idle mode; and using a second configuration of the parameter received by broadcast signalling, when the timer associated with the first configuration expires. using a first configuration of a parameter used for interworking between WLAN and 3GPP RAN received by dedicated signalling, wherein the first configuration is applicable in a connected mode and an idle mode; characterized by starting a timer associated with the first configuration when the UE enters the idle mode; and using a second configuration of the parameter received by broadcast signalling, when the timer associated with the first configuration expires.
A notification system, comprising: an information display object that presents summarized notifications; and an information controller that receives attentional inputs associated with a user to dynamically generate the information display object on one or more display screens (150, 170) in order to facilitate user processing of the summarized notifications; wherein the information controller is configured to control positioning of the information display object by dynamically moving the display object closer to the user's focus of visual attention if a notification is determined to be urgent, and wherein the information display object is configured to employ sound localization methods to localize an audio signal associated with the display object in a position at or near the location of the physical rendering of the display object. an information display object that presents summarized notifications; and an information controller that receives attentional inputs associated with a user to dynamically generate the information display object on one or more display screens (150, 170) in order to facilitate user processing of the summarized notifications; wherein the information controller is configured to control positioning of the information display object by dynamically moving the display object closer to the user's focus of visual attention if a notification is determined to be urgent, and wherein the information display object is configured to employ sound localization methods to localize an audio signal associated with the display object in a position at or near the location of the physical rendering of the display object.
A pillar structure to which a fender panel of a vehicle is connected, the pillar structure comprising: a glass attachment surface configured to have a windshield of the vehicle or a rear window of the vehicle attached thereto; a side part outer surface configured to be positioned in a side part on the glass attachment surface and to have an upper edge of the fender panel extending in a front-rear direction of the vehicle connected thereto downwardly; a protruding corner portion configured to be provided to protrude to the fender panel along a pillar extending direction at a corner of a lower end on the side part outer surface on the glass attachment surface side such that an angle formed by a protruding direction and the upper edge of the fender panel is in a predetermined acute angle range in a side view; and a recess bead configured to be formed on the glass attachment surface along the protruding corner portion, the recess bead is configured to extend to a lower end portion of the glass attachment surface, the lower end of the recess bead is open toward the lower part of the vehicle, characterized in that the recess bead has a first corner portion (Ra) on a side of the side part outer surface and a second corner portion (Rb) on a side opposite to the side part outer surface, the first corner portion (Ra) or the second corner portion (Rb) is formed such that the curvature of radius increases while being closer to the protruding corner portion. a glass attachment surface configured to have a windshield of the vehicle or a rear window of the vehicle attached thereto; a side part outer surface configured to be positioned in a side part on the glass attachment surface and to have an upper edge of the fender panel extending in a front-rear direction of the vehicle connected thereto downwardly; a protruding corner portion configured to be provided to protrude to the fender panel along a pillar extending direction at a corner of a lower end on the side part outer surface on the glass attachment surface side such that an angle formed by a protruding direction and the upper edge of the fender panel is in a predetermined acute angle range in a side view; and a recess bead configured to be formed on the glass attachment surface along the protruding corner portion, the recess bead is configured to extend to a lower end portion of the glass attachment surface, the lower end of the recess bead is open toward the lower part of the vehicle, characterized in that the recess bead has a first corner portion (Ra) on a side of the side part outer surface and a second corner portion (Rb) on a side opposite to the side part outer surface, the first corner portion (Ra) or the second corner portion (Rb) is formed such that the curvature of radius increases while being closer to the protruding corner portion.
Lighting module for a motor vehicle headlamp providing a light beam with cut-off, comprising a concave reflector, at least one light source arranged specifically in the concavity of the reflector for the purpose of illuminating, at least in upward direction in particular, and a lens situated in front of the reflector and the light source, the reflector being associated with a deflector, in particular horizontal, the upper face of which is reflective for the purpose of deflecting the beam from the reflector, said deflector having a terminal front edge designed to form the light beam cut-off, characterised in that: - the front edge of the deflector takes the form of a plane curve, in particular in a horizontal plane, of variable curvature, the curvature at a point being a continuous function of the lateral co-ordinate (x) of this point, - the reflector is designed in such a way that a ray issuing from the centre of the light source and reflected by the reflector intersects the front edge of the deflector while being contained in a plane normal to this edge and passing through this point of intersection, and - the lens is so arranged as to give from a point of the edge of the deflector an image at infinity in the plane perpendicular to the front edge of the deflector at the point of intersection. - the front edge of the deflector takes the form of a plane curve, in particular in a horizontal plane, of variable curvature, the curvature at a point being a continuous function of the lateral co-ordinate (x) of this point, - the reflector is designed in such a way that a ray issuing from the centre of the light source and reflected by the reflector intersects the front edge of the deflector while being contained in a plane normal to this edge and passing through this point of intersection, and - the lens is so arranged as to give from a point of the edge of the deflector an image at infinity in the plane perpendicular to the front edge of the deflector at the point of intersection.
A process gas abatement method, comprising: receiving an effluent gas stream to be treated from a manufacturing process tool within a combustion chamber at a sub-atmospheric pressure, receiving a fuel, oxidant and a condensable diluent within said combustion chamber, said fuel, oxidant and diluent controlling combustion within said combustion chamber to treat said effluent gas stream to produce a treated exhaust stream; and wherein the method is characterised by condensing said diluent in said treated exhaust stream. receiving an effluent gas stream to be treated from a manufacturing process tool within a combustion chamber at a sub-atmospheric pressure, receiving a fuel, oxidant and a condensable diluent within said combustion chamber, said fuel, oxidant and diluent controlling combustion within said combustion chamber to treat said effluent gas stream to produce a treated exhaust stream; and wherein the method is characterised by condensing said diluent in said treated exhaust stream.
A gas turbine engine comprising: a static structure, comprising: an outer platform; an inner platform; an airfoil that extends between said outer platform and said inner platform; a service tube disposed at least partially through said airfoil and configured to direct air flow radially inward to cool or pressurize another component; a seal assembly that seals between said service tube and one of said outer platform and said inner platform; wherein said static structure is a mid-turbine frame, wherein said mid-turbine frame is arranged between a high pressure turbine and a low pressure turbine of a turbine section of said engine; wherein said seal assembly includes at least one locking plate and a seal ring, and wherein said seal ring is received in an outer diameter groove of said at least one locking plate. an outer platform; an inner platform; an airfoil that extends between said outer platform and said inner platform; a service tube disposed at least partially through said airfoil and configured to direct air flow radially inward to cool or pressurize another component; a seal assembly that seals between said service tube and one of said outer platform and said inner platform; wherein said static structure is a mid-turbine frame, wherein said mid-turbine frame is arranged between a high pressure turbine and a low pressure turbine of a turbine section of said engine; wherein said seal assembly includes at least one locking plate and a seal ring, and wherein said seal ring is received in an outer diameter groove of said at least one locking plate.
A method performed by a wireless device, the method comprising: determining an operational occasion periodicity of a signal subjecting to Clear Channel Assessment, CCA, for transmission; determining an association at least between the determined operational occasion periodicity and a maximum number of allowed CCA failures for communicating the signal; determining the maximum number of allowed CCA failures for the determined operational occasion periodicity based on the determined association between the determined operational occasion periodicity and the maximum number of allowed CCA failures; and performing one or more operational tasks based on the determined maximum number of allowed CCA failures. determining an operational occasion periodicity of a signal subjecting to Clear Channel Assessment, CCA, for transmission; determining an association at least between the determined operational occasion periodicity and a maximum number of allowed CCA failures for communicating the signal; determining the maximum number of allowed CCA failures for the determined operational occasion periodicity based on the determined association between the determined operational occasion periodicity and the maximum number of allowed CCA failures; and performing one or more operational tasks based on the determined maximum number of allowed CCA failures.
A method of communicating a message in a multimodal SMS communication, the method comprising: creating a voice message by recording said voice message on a multimodal platform; generating an SMS message containing a link, which when activated allows a recipient to retrieve the voice message; assigning a unique message identifier to the voice message, wherein the unique message identifier comprises a user identifier combined with a network identifier, wherein the unique message identifier is assigned by a network pool, and wherein the unique message identifier is associated with the recipient; adding the unique message identifier to the SMS message; storing the unique message identifier with the SMS message; determining an SMS capability of a device associated with the recipient for the retrieving of the voice message, wherein the SMS capability of the device is determined by the multimodal platform by detecting a type of the device associated with the recipient; and transmitting, using the determined SMS capability of the device, one of: the SMS message to the recipient via a connection that comprises a wireless network for notifying said recipient of said voice message and for providing said link to said recipient; and an automatic voice call comprising the voice message. creating a voice message by recording said voice message on a multimodal platform; generating an SMS message containing a link, which when activated allows a recipient to retrieve the voice message; assigning a unique message identifier to the voice message, wherein the unique message identifier comprises a user identifier combined with a network identifier, wherein the unique message identifier is assigned by a network pool, and wherein the unique message identifier is associated with the recipient; adding the unique message identifier to the SMS message; storing the unique message identifier with the SMS message; determining an SMS capability of a device associated with the recipient for the retrieving of the voice message, wherein the SMS capability of the device is determined by the multimodal platform by detecting a type of the device associated with the recipient; and transmitting, using the determined SMS capability of the device, one of: the SMS message to the recipient via a connection that comprises a wireless network for notifying said recipient of said voice message and for providing said link to said recipient; and an automatic voice call comprising the voice message. the SMS message to the recipient via a connection that comprises a wireless network for notifying said recipient of said voice message and for providing said link to said recipient; and an automatic voice call comprising the voice message.