mhurhangee/patent-ind-claim-en huggingface dataset:
A cable core comprising: an internal conductor; a foamed dielectric that comprises a fluororesin and is formed on the internal conductor by extrusion molding; and a skin layer that covers the foamed dielectric, wherein a foaming rate of the foamed dielectric is 80% or more, an average foamed cell diameter of the foamed dielectric is 10 μm or less, and a standard deviation of a foamed cell diameter of the foamed dielectric is 2.5 or less. an internal conductor; a foamed dielectric that comprises a fluororesin and is formed on the internal conductor by extrusion molding; and a skin layer that covers the foamed dielectric, wherein a foaming rate of the foamed dielectric is 80% or more, an average foamed cell diameter of the foamed dielectric is 10 μm or less, and a standard deviation of a foamed cell diameter of the foamed dielectric is 2.5 or less.
A method for operating a power tool during installation of a deformable fastener , where the power tool includes a collet for grasping the fastener and a drivable sliding sleeve with an anvil for swaging the fastener , comprising: receiving, by a controller residing in the power tool , measures of current supplied to a motor of the power tool during operation of the power tool characterised in that : determining, by the controller , rate of change of the current during operation of the power tool ; determining, by the controller , occurrence of the power tool engaging the fastener based on the magnitude of the current supplied to the motor ; determining, by the controller , occurrence of the power tool swaging the fastener based on the rate of change of the current; determining, by the controller , completion of the power tool swaging the fastener based on the magnitude of the current and the rate of change of the current; and altering, by the controller , rotation of the motor of the power tool in response to determining completion of swaging the fastener . determining, by the controller , rate of change of the current during operation of the power tool ; determining, by the controller , occurrence of the power tool engaging the fastener based on the magnitude of the current supplied to the motor ; determining, by the controller , occurrence of the power tool swaging the fastener based on the rate of change of the current; determining, by the controller , completion of the power tool swaging the fastener based on the magnitude of the current and the rate of change of the current; and altering, by the controller , rotation of the motor of the power tool in response to determining completion of swaging the fastener .
A method for providing a dental prosthesis for a patient which is made from a ceramic material having a colour matched to a patient situation, wherein a sintering furnace for sintering the ceramic material and a control unit for controlling the sintering furnace are used for carrying out the following steps: - receiving a desired nominal colour for the dental prosthesis by the control unit ; - determining a deviation between the nominal colour and an actual colour of the sintered ceramic material by the control unit using a database in which for said different materials, values are stored as to how the sintering program affects the color and in which said color is the colour of the sintered ceramic material after a standard process without adapting a cycle time (TH) to the desired nominal colour; - defining by the control unit , a temperature-time cycle, suitable for compensation of the deviation, for sintering at a defined sintering temperature (TS) and creating by the control unit , a corresponding sintering program derived from the database by the control unit , said sintering programm having a cycle time (TH) individually defined for the ceramic material to be sintered; and - adjusting the actual colour of the ceramic material to the desired nominal colour in the sintering furnace by the sintering program created by the control unit and - executing by the sintering furnace the sintering programm created by the control unit - receiving a desired nominal colour for the dental prosthesis by the control unit ; - determining a deviation between the nominal colour and an actual colour of the sintered ceramic material by the control unit using a database in which for said different materials, values are stored as to how the sintering program affects the color and in which said color is the colour of the sintered ceramic material after a standard process without adapting a cycle time (TH) to the desired nominal colour; - defining by the control unit , a temperature-time cycle, suitable for compensation of the deviation, for sintering at a defined sintering temperature (TS) and creating by the control unit , a corresponding sintering program derived from the database by the control unit , said sintering programm having a cycle time (TH) individually defined for the ceramic material to be sintered; and - adjusting the actual colour of the ceramic material to the desired nominal colour in the sintering furnace by the sintering program created by the control unit and - executing by the sintering furnace the sintering programm created by the control unit
A passive fuel additives dosing system comprising: a cartridge ; a membrane-based contactor within the cartridge comprising a bundle of hollow-fibers; a fuel inlet to the cartridge ; a fuel outlet from the cartridge ; and an additive within the membrane-based contactor , the membrane-based contactor arranged within the cartridge such that, with fuel in the cartridge , an outside surface of each hollow-fiber of the bundle of hollow-fibers is wetted by the fuel that enters the cartridge from the fuel inlet and exits from the fuel outlet , and a fuel contact area with the membrane-based contactor is dependent on a fuel flow rate to passively dispense a proportional amount of the additive into the fuel, wherein the membrane-based contactor comprises at least one of a spiral-wound module, and a plate-and-frame module within the cartridge , and wherein a bore of each of the hollow-fibers contains the additive. a cartridge ; a membrane-based contactor within the cartridge comprising a bundle of hollow-fibers; a fuel inlet to the cartridge ; a fuel outlet from the cartridge ; and an additive within the membrane-based contactor , the membrane-based contactor arranged within the cartridge such that, with fuel in the cartridge , an outside surface of each hollow-fiber of the bundle of hollow-fibers is wetted by the fuel that enters the cartridge from the fuel inlet and exits from the fuel outlet , and a fuel contact area with the membrane-based contactor is dependent on a fuel flow rate to passively dispense a proportional amount of the additive into the fuel, wherein the membrane-based contactor comprises at least one of a spiral-wound module, and a plate-and-frame module within the cartridge , and wherein a bore of each of the hollow-fibers contains the additive.
A sharing method, performed by a first electronic device and comprising: receiving screen projection content transmitted by a second electronic device in a case that the first electronic device and the second electronic device are in a screen projection connection and the second electronic device is in a call with a third electronic device ; displaying the screen projection content in a first display area in a display screen of the first electronic device ; receiving a first input from a user with regard to a target identifier and a display area of the screen projection content , wherein the target identifier is used for indicating a target object, the target identifier is displayed in a second display area in the display screen of the first electronic device , and the second display area is a display area in the display screen other than the first display area; and transmitting a control instruction to the second electronic device , in response to the first input, wherein the control instruction is used for controlling the second electronic device to transmit the target object to the third electronic device and for controlling the second electronic device to synthesize a first audio signal and a second audio signal to obtain a target audio signal and transmit the target audio signal to the third electronic device , wherein the target object comprises an audio file, and the first audio signal is a voice signal corresponding to the call between the second electronic device and the third electronic device , and the second audio signal is an audio signal corresponding to the audio file. receiving screen projection content transmitted by a second electronic device in a case that the first electronic device and the second electronic device are in a screen projection connection and the second electronic device is in a call with a third electronic device ; displaying the screen projection content in a first display area in a display screen of the first electronic device ; receiving a first input from a user with regard to a target identifier and a display area of the screen projection content , wherein the target identifier is used for indicating a target object, the target identifier is displayed in a second display area in the display screen of the first electronic device , and the second display area is a display area in the display screen other than the first display area; and transmitting a control instruction to the second electronic device , in response to the first input, wherein the control instruction is used for controlling the second electronic device to transmit the target object to the third electronic device and for controlling the second electronic device to synthesize a first audio signal and a second audio signal to obtain a target audio signal and transmit the target audio signal to the third electronic device , wherein the target object comprises an audio file, and the first audio signal is a voice signal corresponding to the call between the second electronic device and the third electronic device , and the second audio signal is an audio signal corresponding to the audio file.
A method of producing acrylic acid from beta-propiolactone, the method comprising: contacting beta-propiolactone with a heterogeneous catalyst comprising crystalline microporous solids under vapor phase conditions, optionally in the presence of a radical polymerization inhibitor, and maintaining the beta-propiolactone in the vapor phase and converting at least a portion of the beta-propiolactone into acrylic acid, wherein the heterogeneous catalyst comprises a zeolite having Lewis and/or Bronsted acidity, and wherein the zeolite is in a hydrogen form or in a metal cation exchanged form. contacting beta-propiolactone with a heterogeneous catalyst comprising crystalline microporous solids under vapor phase conditions, optionally in the presence of a radical polymerization inhibitor, and maintaining the beta-propiolactone in the vapor phase and converting at least a portion of the beta-propiolactone into acrylic acid, wherein the heterogeneous catalyst comprises a zeolite having Lewis and/or Bronsted acidity, and wherein the zeolite is in a hydrogen form or in a metal cation exchanged form.
A glass direct roving comprising a plurality of glass filaments bundled together, wherein a filament diameter of the glass filaments, D, is in a range of 17.5 to 21.5 μm, a number of the glass filaments bundled, F, is in a range of 3000 to 7000, a mass of the glass direct roving is in a range of2450 to 4000 tex, an ignition loss of the glass direct roving, L, is in a range of 0.03 to 0.90%, wherein D, F, the mass of the glass direct roving and L are measured as defined in the description, wherein an attachment rate of a silane coupling agent, S, to a total amount of the glass direct roving is in a range of 0.010 to 0.200%, and the D, F, Land S satisfy a following formula : 375 ≤ D 4 × F 1 / 4 × S 1 / 3 / 1000 × L 1 / 6 ≤ 630 a filament diameter of the glass filaments, D, is in a range of 17.5 to 21.5 μm, a number of the glass filaments bundled, F, is in a range of 3000 to 7000, a mass of the glass direct roving is in a range of2450 to 4000 tex, an ignition loss of the glass direct roving, L, is in a range of 0.03 to 0.90%, wherein D, F, the mass of the glass direct roving and L are measured as defined in the description, wherein an attachment rate of a silane coupling agent, S, to a total amount of the glass direct roving is in a range of 0.010 to 0.200%, and the D, F, Land S satisfy a following formula : 375 ≤ D 4 × F 1 / 4 × S 1 / 3 / 1000 × L 1 / 6 ≤ 630
A non-volatile memory device, comprising: a charge trapping layer suitable for trapping charges, wherein the charge trapping layer comprises: a linker layer formed over a substrate, wherein the linker layer includes multiple linkers that are suitable for bonding to metal ions; metallic nanoparticles over the linker layer; and a nitride covering the metallic nanoparticles, wherein the charge trapping layer further comprises an organic surfactant bonded to the metal ions or the metallic nanoparticles, wherein the organic surfactant is a nitrogen-containing organic material or a sulfur-containing organic material. a charge trapping layer suitable for trapping charges, wherein the charge trapping layer comprises: a linker layer formed over a substrate, wherein the linker layer includes multiple linkers that are suitable for bonding to metal ions; metallic nanoparticles over the linker layer; and a nitride covering the metallic nanoparticles, wherein the charge trapping layer further comprises an organic surfactant bonded to the metal ions or the metallic nanoparticles, wherein the organic surfactant is a nitrogen-containing organic material or a sulfur-containing organic material. a linker layer formed over a substrate, wherein the linker layer includes multiple linkers that are suitable for bonding to metal ions; metallic nanoparticles over the linker layer; and a nitride covering the metallic nanoparticles, wherein the charge trapping layer further comprises an organic surfactant bonded to the metal ions or the metallic nanoparticles, wherein the organic surfactant is a nitrogen-containing organic material or a sulfur-containing organic material.
A method performed by a computing device, comprising: including, by the computing device, a wireless local area network, WLAN, radio access technology, RAT, in a list of preferred networks; ranking , by the computing device, the WLAN RAT option among other network options in the list of preferred networks; providing, by the computing device, coverage area information and supported services information for each entry in the list of preferred networks; provisioning , by the computing device, the ranked list of preferred networks to one or more wireless communications devices; and the method being characterized by : updating , by the computing device, the ranked list of preferred networks with any changes as they occur, or at periodic intervals for changes that occurred in the interval; and re-provisioning, by the computing device, either the updated entries of the updated list of preferred networks or the entire updated list of preferred networks to the one or more wireless communications devices. including, by the computing device, a wireless local area network, WLAN, radio access technology, RAT, in a list of preferred networks; ranking , by the computing device, the WLAN RAT option among other network options in the list of preferred networks; providing, by the computing device, coverage area information and supported services information for each entry in the list of preferred networks; provisioning , by the computing device, the ranked list of preferred networks to one or more wireless communications devices; and the method being characterized by : updating , by the computing device, the ranked list of preferred networks with any changes as they occur, or at periodic intervals for changes that occurred in the interval; and re-provisioning, by the computing device, either the updated entries of the updated list of preferred networks or the entire updated list of preferred networks to the one or more wireless communications devices. updating , by the computing device, the ranked list of preferred networks with any changes as they occur, or at periodic intervals for changes that occurred in the interval; and re-provisioning, by the computing device, either the updated entries of the updated list of preferred networks or the entire updated list of preferred networks to the one or more wireless communications devices.
Device of lighting and/or signal lights of a motor vehicle , ready to illuminate a zone (ZA) extending around the vehicle , comprising at least the first two sources of light white respectively associated with at least with the first and second modules of lighting and/or signal lights turnings, ready respectively to generate beams of light following of the determined directions, a control unit (OC) ready to command the rotation and the luminous intensity of the first and second revolving modules, characterized in that each one of the first and second revolving modules present a first face (MIR) and a second face (MOT) opposed to the first: the first face (MIR) comprising a reflective surface ready to direct the beam of light emitted by the first white source of light worms the aforementioned zone (ZA) and the second face (MOT) supporting a reason; the aforementioned control unit (OC) commanding at least an asynchronous cycle of rotation and at least a synchronous cycle of rotation of the first and second revolving modules , for one limited duration (T), following a detection of a control signal, to direct their first faces (MIR) worms the aforementioned zone (ZA) by a succession of at least two rotations of at least 180° in a direction then in the other of each revolving module with a luminous intensity of the first sources of light white constant according to time.
A pharmaceutical composition for use in the treatment of a pancreatic adenocarcinoma, the composition comprising a therapeutically-effective amount of risperidone and a therapeutically-effective amount of rumenic acid, wherein there is a synergistic effect between the therapeutically effective amount of the risperidone and the therapeutically effective amount of the rumenic acid
An energy management control appliance for an electrical device powered by a mains power supply via a cable including a power line and at least one signal line , the energy management control appliance comprising: a processor-based device ; converter circuitry configured to supply output power to the power line in the cable when the cable is connected to the electrical device ; and the energy management control appliance is characterised in that it comprises: a switch operable by the processor-based device to connect an electrical path between the mains power supply and the converter circuitry or disconnect and electrically isolate the mains power supply from the converter circuitry ; wherein the processor-based device is configured to monitor a voltage of the at least one signal line to determine whether the cable is connected to or disconnected from the electrical device , and to operate the switch to disconnect and electrically isolate the mains power supply from the converter circuitry when the cable is determined to be disconnected from the electrical device . a processor-based device ; converter circuitry configured to supply output power to the power line in the cable when the cable is connected to the electrical device ; and the energy management control appliance is characterised in that it comprises: a switch operable by the processor-based device to connect an electrical path between the mains power supply and the converter circuitry or disconnect and electrically isolate the mains power supply from the converter circuitry ; wherein the processor-based device is configured to monitor a voltage of the at least one signal line to determine whether the cable is connected to or disconnected from the electrical device , and to operate the switch to disconnect and electrically isolate the mains power supply from the converter circuitry when the cable is determined to be disconnected from the electrical device . a switch operable by the processor-based device to connect an electrical path between the mains power supply and the converter circuitry or disconnect and electrically isolate the mains power supply from the converter circuitry ; wherein the processor-based device is configured to monitor a voltage of the at least one signal line to determine whether the cable is connected to or disconnected from the electrical device , and to operate the switch to disconnect and electrically isolate the mains power supply from the converter circuitry when the cable is determined to be disconnected from the electrical device .
A cut-off device comprising a conductive element and a movable piston , the piston being able to move along an axial direction (D Z ) between a first position for the passage of the current in the conductive element and a second current cut-off position, the piston being configured to break the conductive element during its passage from its first position to its second position, and the piston being positioned in a receiving cavity of a receiving element when said piston is in its second position, the receiving cavity being delimited by at least one inner wall of the receiving element forming an enclosure, the inner wall being made of electrically insulating material, the receiving element comprising fins made of electrically insulating material and extending inside the receiving cavity from said at least one inner wall of the receiving element , the fins extending, along a direction (D R ) perpendicular to said axial direction (D Z ), between a first end secured to the inner wall and a second free end , characterized in that the fins comprise, along the axial direction (D z ), a first side secured to a bottom wall of the receiving cavity and a second free side on which the piston is bearing when it is in its second position. the receiving element comprising fins made of electrically insulating material and extending inside the receiving cavity from said at least one inner wall of the receiving element , the fins extending, along a direction (D R ) perpendicular to said axial direction (D Z ), between a first end secured to the inner wall and a second free end , characterized in that the fins comprise, along the axial direction (D z ), a first side secured to a bottom wall of the receiving cavity and a second free side on which the piston is bearing when it is in its second position.
A plasma source for a plasma CVD apparatus, comprising: an electrode group including four electrodes, which are a first electrode , a second electrode , a third electrode and a fourth electrode that are arranged in a row in that order, wherein said electrode group is connected to at least one AC power supply ; configured such that when in operation a voltage supplied to two of said four electrodes is shifted in phase from a voltage supplied to the remaining two electrodes; spaces to which a source gas is supplied are provided between the adjacent electrodes, said electrode group is constituted by hollow electrodes ; the plasma source is equipped with first pipes for supplying a reaction assist gas, and with second pipes and manifolds for supplying the source gas via the spaces ; and characterized in that the voltages applied to the first electrode and the second electrode are in phase.
Compound of the following general formula (I): in which R is a group of the following formula (II): -C≡C-Ph-L1-(CH2)n-L2 (II) with - L1 representing Ph or -C=C- or CH2, - L2 representing H or Ph or alkylphenyl, - n being between 4 and 12, or one of the pharmaceutically acceptable salts thereof. - L1 representing Ph or -C=C- or CH2, - L2 representing H or Ph or alkylphenyl, - n being between 4 and 12,