mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a local area network gateway provided with a function of driving a bidirectional radio link for reception and transmission, the gateway being intended to be connected to at least one terminal (3, 4) of the local area network via said link, which method is characterized in that it comprises the following steps on the gateway: - saving of a unique identifier of at least one terminal of the local area network that is authorized to wake up the gateway and of a wake-up identifier; - the gateway entering an active standby state in which: - the radio link is inhibited for transmission; - the radio link is limited in range or limited to a specific channel or periodically inhibited for reception; - listening on the radio link for reception (Ell); - upon detection of a wake-up identifier on the radio link, the gateway entering a passive standby state in which the radio link is activated for transmission; - reception of a communication request (E20, R); - checking of the validity of the terminal transmitting the request, by comparing its unique identifier with the unique identifier saved for at least one terminal of the local area network that is authorized to wake up the gateway; - placing the gateway: - in a standby state in which the radio link is active for transmission and for reception, if said terminal is valid; - in an active standby state if not. - saving of a unique identifier of at least one terminal of the local area network that is authorized to wake up the gateway and of a wake-up identifier; - the gateway entering an active standby state in which: - the radio link is inhibited for transmission; - the radio link is limited in range or limited to a specific channel or periodically inhibited for reception; - the radio link is inhibited for transmission; - the radio link is limited in range or limited to a specific channel or periodically inhibited for reception; - listening on the radio link for reception (Ell); - upon detection of a wake-up identifier on the radio link, the gateway entering a passive standby state in which the radio link is activated for transmission; - reception of a communication request (E20, R); - checking of the validity of the terminal transmitting the request, by comparing its unique identifier with the unique identifier saved for at least one terminal of the local area network that is authorized to wake up the gateway; - placing the gateway: - in a standby state in which the radio link is active for transmission and for reception, if said terminal is valid; - in an active standby state if not. - in a standby state in which the radio link is active for transmission and for reception, if said terminal is valid; - in an active standby state if not.
A system for voice activation of a user interface, comprising: a speech support component configured to invoke a speech recognition component which receives audio input from a user, and decodes the speech to identify text which consists of at least one of dictation and commands, the speech support component configured to inspect a user interface to determine what elements are displayed on the interface and the labels associated with each element, and based upon the labels and the elements of the interface build a grammar which is used by the speech recognition component to designate certain recognized words and phrases as commands; a validation component which is configured to receive a command from the speech recognition component and to determine whether to validate the command based upon a data store of application commands, the data store including a list of destructive monosyllabic commands that are commands that cannot be easily undone and information relating to instances or applications in which the destructive commands should be validated, wherein the validation component is configured to validate the command by comparing the input command to the list of destructive monosyllabic commands in the data store and to prompt the user to confirm that the user wishes to proceed, if the input command is one of the destructive commands in the data store and is marked as a destructive command that should be validated. a speech support component configured to invoke a speech recognition component which receives audio input from a user, and decodes the speech to identify text which consists of at least one of dictation and commands, the speech support component configured to inspect a user interface to determine what elements are displayed on the interface and the labels associated with each element, and based upon the labels and the elements of the interface build a grammar which is used by the speech recognition component to designate certain recognized words and phrases as commands; a validation component which is configured to receive a command from the speech recognition component and to determine whether to validate the command based upon a data store of application commands, the data store including a list of destructive monosyllabic commands that are commands that cannot be easily undone and information relating to instances or applications in which the destructive commands should be validated, wherein the validation component is configured to validate the command by comparing the input command to the list of destructive monosyllabic commands in the data store and to prompt the user to confirm that the user wishes to proceed, if the input command is one of the destructive commands in the data store and is marked as a destructive command that should be validated.
Aircraft engine assembly connecting an engine to a pylon and comprising: - a first part secured to or forming part of a first of the elements that are the engine and the pylon, - a second part secured to or forming part of a second of the elements that are the engine and the pylon, - connecting elements each of which comprises a screw which comprises a head configured to bear against the first part in operation and a threaded shank, - the first and second parts (54, 56) each comprising a passage orifice (70, 72) for each connecting element, - the second part comprising at least one transverse hole opening onto an access face of the second part and into which there open at least two passage orifices, and a nut configured to engage with one of the threaded shanks, the nut being a transverse nut which comprises at least two bodies joined together and which each comprise a tapped hole, the tapped holes of the nut having axes that substantially coincide with axes of the passage orifices in operation, characterized in that: - the nut at one of its ends comprises a head which is connected to one of the bodies, - the head comprises a wing configured to allow the nut to be grasped, - the wing comprises an extension configured to form a thrust surface bearing against the access face in operation, and - the wing comprises faces parallel to the axes of the tapped holes. - a first part secured to or forming part of a first of the elements that are the engine and the pylon, - a second part secured to or forming part of a second of the elements that are the engine and the pylon, - connecting elements each of which comprises a screw which comprises a head configured to bear against the first part in operation and a threaded shank, - the first and second parts (54, 56) each comprising a passage orifice (70, 72) for each connecting element, - the second part comprising at least one transverse hole opening onto an access face of the second part and into which there open at least two passage orifices, and a nut configured to engage with one of the threaded shanks, the nut being a transverse nut which comprises at least two bodies joined together and which each comprise a tapped hole, the tapped holes of the nut having axes that substantially coincide with axes of the passage orifices in operation, - the nut at one of its ends comprises a head which is connected to one of the bodies, - the head comprises a wing configured to allow the nut to be grasped, - the wing comprises an extension configured to form a thrust surface bearing against the access face in operation, and - the wing comprises faces parallel to the axes of the tapped holes.
A filtering pulley for an accessory drive of an internal combustion engine, comprising a hub suitable for being connected to an engine accessory, an annular crown provided with a profile configured to cooperate with a drive belt, externally coaxial to the hub and supported in a rotationally free manner on the hub, and a filtering unit interposed between the hub and the crown and comprising a coil spring able to transmit torque between the crown and the hub, characterized in that said filtering unit comprises a first carrier constrained to a first end of the spring and a second carrier constrained to a second end of the spring, each of said first and second carriers (13, 14) being rotationally coupled to both the hub and the crown with an angular clearance with respect to each of them.
A ceramic component retention system comprising: a metallic disk having a faying surface; a ceramic matrix composite blade having a root, wherein the root has a geometry that is complementary to a shape of the faying surface; characterized in that at least one spring element is arranged between the faying surface of the metallic disk and the root of the ceramic matrix composite blade and configured to mechanically couple the ceramic matrix composite blade to the metallic disk. a metallic disk having a faying surface; a ceramic matrix composite blade having a root, wherein the root has a geometry that is complementary to a shape of the faying surface; characterized in that at least one spring element is arranged between the faying surface of the metallic disk and the root of the ceramic matrix composite blade and configured to mechanically couple the ceramic matrix composite blade to the metallic disk.
A turbine rotor for aircraft turbine engine comprising: - at least one mobile disc supporting mobile blades, the mobile disc comprising a plurality of slots in which are inserted the roots of the mobile blades, a passage being formed between the bottom of the slots and the roots of the mobile blades inserted into said slots, - a circulation channel configured to allow circulation of fluid, the circulation channel comprising said passage, - a calibration device configured to allow flow of a first fluid flow rate in the circulation channel when the temperature within the circulation channel is less than a predetermined temperature threshold value, and to change state so as to allow flow of a second fluid flow rate, greater than the first flow rate, in the circulation channel, when the temperature within the circulation channel is greater than or equal to said predetermined temperature threshold value, characterized in that the calibration device comprises a fusible material configured to melt at least in part when the temperature within the circulation channel reaches the predetermined threshold value. - at least one mobile disc supporting mobile blades, the mobile disc comprising a plurality of slots in which are inserted the roots of the mobile blades, a passage being formed between the bottom of the slots and the roots of the mobile blades inserted into said slots, - a circulation channel configured to allow circulation of fluid, the circulation channel comprising said passage, - a calibration device configured to allow flow of a first fluid flow rate in the circulation channel when the temperature within the circulation channel is less than a predetermined temperature threshold value, and to change state so as to allow flow of a second fluid flow rate, greater than the first flow rate, in the circulation channel, when the temperature within the circulation channel is greater than or equal to said predetermined temperature threshold value, characterized in that the calibration device comprises a fusible material configured to melt at least in part when the temperature within the circulation channel reaches the predetermined threshold value.
Submarine with a communication buoy and a connecting means, which extends between the submarine and the communication buoy and forms at least part of an additional antenna (25, 35, 50, 45), and an electrical line of the connecting means forms at least part of the antenna, characterized in that the antenna comprises two electrical seawater contacts (35, 45) at a distance from one another, and the seawater between the contacts acts as a conducting antenna element and in that one of the seawater contacts is arranged on/near the communication buoy and one of the seawater contacts is arranged on/near the submarine.
Holding device for mounting a blower burner on a combustion chamber housing, having: a fastening portion for fastening the holding device to a combustion chamber housing bounding a combustion chamber, an absorbing portion for absorbing forces and/or torques caused by a blower burner which is fastened to the holding device, wherein the absorbing portion comprises a flange for arranging the blower burner on the holding device, characterized in that the absorbing portion furthermore comprises at least one supporting arm (10, 12, 14) which connects the flange to the fastening portion. a fastening portion for fastening the holding device to a combustion chamber housing bounding a combustion chamber, an absorbing portion for absorbing forces and/or torques caused by a blower burner which is fastened to the holding device, wherein the absorbing portion comprises a flange for arranging the blower burner on the holding device, characterized in that the absorbing portion furthermore comprises at least one supporting arm (10, 12, 14) which connects the flange to the fastening portion.
Homogeneous monoalkanolamide blend with a solid weight content from 30% to 55% by weight while being pourable at temperature ranging at least from 0°C and 30°C, said blend having a viscosity of less than 10000cps (10000mPa.s), advantageously less than 5000cps (5000mPa.s) at a temperature of 20°C, advantageously for temperature comprised between 10°C and 20°C, said blend comprising: - 10-40% by weight monoalkanolamide of formula R1-NH-CO-R2 in which R1 is - (CH 2) n -OH, with n an integer equal to 2, 3 or 4 R2 is a linear saturated or unsaturated hydrocarbon chain with 5 to 23 carbon atoms - 17 to 50% of a polyol mixture comprising at least glycerol and at least one or more alkyleneglycols with a molecular weight comprised between 62g and 1000g, whereby the weight ratio glycerol / alkyleneglycols present in the polyol mixture is comprised between 1: 50 and 50: 1, advantageously between 1: 50 and 20: 1; - from 0.1 to 1% by weight alkanolamine comprising 2 to 4 carbon atoms; - up to 30% by weight of a surfactant selected from amphoteric or zwitterionic surfactants, anionic surfactants and non ionic surfactants and mixtures thereof - optionally from 0.1% to 30% by weight fatty acid comprising from 6 to 24 carbon atoms; - possibly water whereby the water content and/or polyol mixture content is adapted for ensuring a viscosity of less than 10000cps (10000mPa.s), advantageously less than 5000cps (5000mPa.s) at a temperature of 20°C, advantageously for temperature comprised between 10°C and 20°C. - 10-40% by weight monoalkanolamide of formula R1-NH-CO-R2 in which R1 is - (CH 2) n -OH, with n an integer equal to 2, 3 or 4 R2 is a linear saturated or unsaturated hydrocarbon chain with 5 to 23 carbon atoms in which R1 is - (CH 2) n -OH, with n an integer equal to 2, 3 or 4 R2 is a linear saturated or unsaturated hydrocarbon chain with 5 to 23 carbon atoms - 17 to 50% of a polyol mixture comprising at least glycerol and at least one or more alkyleneglycols with a molecular weight comprised between 62g and 1000g, whereby the weight ratio glycerol / alkyleneglycols present in the polyol mixture is comprised between 1: 50 and 50: 1, advantageously between 1: 50 and 20: 1; - from 0.1 to 1% by weight alkanolamine comprising 2 to 4 carbon atoms; - up to 30% by weight of a surfactant selected from amphoteric or zwitterionic surfactants, anionic surfactants and non ionic surfactants and mixtures thereof - optionally from 0.1% to 30% by weight fatty acid comprising from 6 to 24 carbon atoms; - possibly water
A display device, comprising: a display unit defined by a display area and a non-display area located outside the display area, the display unit including pixels arranged in the display area, first sensing wirings (SV1 to SVk) electrically connected to the pixels, and auxiliary voltage wirings (DML1 to DMLj) electrically separated from the pixels; and a sensing unit located outside the display unit, electrically connected to the first sensing wirings (SV1 to SVk) and configured to measure characteristics of the pixels, wherein the first sensing wirings (SV1 to SVk) and the auxiliary voltage wirings (DML1 to DMLj) extend in a first direction in the display area and the non-display area and are sequentially arranged along a second direction perpendicular to the first direction, the first sensing wirings (SV1 to SVk) and the auxiliary voltage wirings (DML1 to DMLj) form collectively first direction wirings and the first direction wirings are spaced apart from each other at first intervals, the first sensing wirings (SV1 to SVk) are spaced apart from each other along the second direction at second intervals greater than the first intervals and are electrically separated from each other, and the auxiliary voltage wirings (DML1 to DMLj) are electrically connected to each other. a display unit defined by a display area and a non-display area located outside the display area, the display unit including pixels arranged in the display area, first sensing wirings (SV1 to SVk) electrically connected to the pixels, and auxiliary voltage wirings (DML1 to DMLj) electrically separated from the pixels; and a sensing unit located outside the display unit, electrically connected to the first sensing wirings (SV1 to SVk) and configured to measure characteristics of the pixels, wherein the first sensing wirings (SV1 to SVk) and the auxiliary voltage wirings (DML1 to DMLj) extend in a first direction in the display area and the non-display area and are sequentially arranged along a second direction perpendicular to the first direction, the first sensing wirings (SV1 to SVk) and the auxiliary voltage wirings (DML1 to DMLj) form collectively first direction wirings and the first direction wirings are spaced apart from each other at first intervals, the first sensing wirings (SV1 to SVk) are spaced apart from each other along the second direction at second intervals greater than the first intervals and are electrically separated from each other, and the auxiliary voltage wirings (DML1 to DMLj) are electrically connected to each other.
A ball joint assembly, comprising: a housing (26, 126) with an inner wall which surrounds an open bore that extends along a central axis; a ball stud (46, 146) with a ball portion (48, 148) received in said open bore of said housing (26, 126) and with a shank portion (50, 150) projecting out of said open bore through an open end of said housing (26, 126); a pair of bearings (56, 156, 58, 158) disposed in said inner bore of said housing (26, 126) and interposed between said ball portion (48, 148) of said ball stud (46, 146) and said inner wall, each of said bearings (56, 156, 58, 158) having a curved inner bearing surface (60, 160, 62, 162) in surface-to-surface contact with said ball portion (48, 148) of said ball stud (46, 146) for allowing said ball stud (46, 146) and said housing (26, 126) to rotate and articulate relative to one another, and each of said bearings (56, 156, 58, 158) also having an outer bearing surface (64, 164, 66, 166) in slidable contact with said inner wall of said housing (26, 126); and a pair of biasing elements (70, 170, 72, 172) biasing said bearings (56, 156, 58, 158) in opposite axial directions against said ball portion (48, 148) of said ball stud (46, 146) such that said ball stud (46, 146) is movable relative to said housing (26, 126) in said axial direction before use of said ball joint assembly; characterised in that said ball portion (48, 148) is in contact with said inner wall and is slidable in said axial direction along said inner wall before use of said ball joint assembly. a housing (26, 126) with an inner wall which surrounds an open bore that extends along a central axis; a ball stud (46, 146) with a ball portion (48, 148) received in said open bore of said housing (26, 126) and with a shank portion (50, 150) projecting out of said open bore through an open end of said housing (26, 126); a pair of bearings (56, 156, 58, 158) disposed in said inner bore of said housing (26, 126) and interposed between said ball portion (48, 148) of said ball stud (46, 146) and said inner wall, each of said bearings (56, 156, 58, 158) having a curved inner bearing surface (60, 160, 62, 162) in surface-to-surface contact with said ball portion (48, 148) of said ball stud (46, 146) for allowing said ball stud (46, 146) and said housing (26, 126) to rotate and articulate relative to one another, and each of said bearings (56, 156, 58, 158) also having an outer bearing surface (64, 164, 66, 166) in slidable contact with said inner wall of said housing (26, 126); and a pair of biasing elements (70, 170, 72, 172) biasing said bearings (56, 156, 58, 158) in opposite axial directions against said ball portion (48, 148) of said ball stud (46, 146) such that said ball stud (46, 146) is movable relative to said housing (26, 126) in said axial direction before use of said ball joint assembly; characterised in that said ball portion (48, 148) is in contact with said inner wall and is slidable in said axial direction along said inner wall before use of said ball joint assembly.
A method for exchanging useful data (ND, 54) on a portable data carrier between a source application, which is the owner of an object (Obj) comprising the useful data (ND, 54), and a target application, wherein an access to the object (Obj) is reserved for an owner of the object (Obj), wherein the following step is carried out: - generating the owner identification data associated with the object (Obj) by a generating entity (OS, 42) of the data carrier, wherein the owner identification data identify the target application besides the source application as an owner of the object (Obj), characterized in that the owner identification data are generated as a metadata set describing the object (Obj) which comprises, in addition to the information about the owner of the object (Obj), a reference (Ref) to the useful data (ND, 54) of the object (Obj), and that generating the owner identification data consists of copying the original metadata set and changing the owner information in the copy, and that an access to the object is effected via different references, with different owners for the object, once the source application, once the target application. - generating the owner identification data associated with the object (Obj) by a generating entity (OS, 42) of the data carrier, wherein the owner identification data identify the target application besides the source application as an owner of the object (Obj), characterized in that the owner identification data are generated as a metadata set describing the object (Obj) which comprises, in addition to the information about the owner of the object (Obj), a reference (Ref) to the useful data (ND, 54) of the object (Obj), and that generating the owner identification data consists of copying the original metadata set and changing the owner information in the copy, and that an access to the object is effected via different references, with different owners for the object, once the source application, once the target application.