mhurhangee/patent-ind-claim-en huggingface dataset:
A cross-linked composition comprising the reaction product of: a first siloxane having at least one pendant polycyclic anhydride group; a second siloxane having at least one pendant polycyclic anhydride group; and a polyol having at least two hydroxyl groups reactive with the pendant polycyclic anhydride groups of said first and second siloxanes. a first siloxane having at least one pendant polycyclic anhydride group; a second siloxane having at least one pendant polycyclic anhydride group; and a polyol having at least two hydroxyl groups reactive with the pendant polycyclic anhydride groups of said first and second siloxanes.
A mixture comprising water, a linear copolymer comprising acrylic acid and 2-acrylamido-2-methyl propane sulfonic acid; and one or more metal oxide ceramic nanoparticles with a mean particle size of up to 100 nanometers; wherein the linear copolymer is at a concentration within the range between 1 wt.% and 2 wt.% on the basis of the total weight of the mixture, and the one or more metal oxide ceramic nanoparticles are at a concentration within the range between 60 wt.% and 70 wt.% on the basis of the total weight of the mixture, and water is in a complementary amount.
An ion-optical device comprising: a plurality of electrodes ; a first AC voltage supply ; and a first transformer having: a toroidal core ; a primary winding connected to the AC voltage supply and passing through the aperture within the toroidal core , wherein the primary winding is not wound around the toroidal core ; and at least one secondary winding wound around the toroidal core and electrically connected to multiple ones of said plurality of electrodes ; wherein the at least one secondary winding comprises two wires that have together been bi-filar wound around the toroidal core from starting ends of the wires to finishing ends of the wires; wherein the starting end of a first of the wires is connected to one of said plurality of electrodes and the finishing end of a second of the wires is connected to another of said plurality of electrodes ; wherein the finishing end of the first wire is connected to the starting end of the second wire , thereby forming a single centre tapped secondary winding; and wherein a second AC voltage supply is connected between the centre tap of the secondary winding and electrodes of said plurality of electrodes , for supplying a second AC or RF voltage between said single centre tapped secondary winding and the electrodes . a plurality of electrodes ; a first AC voltage supply ; and a first transformer having: a toroidal core ; a primary winding connected to the AC voltage supply and passing through the aperture within the toroidal core , wherein the primary winding is not wound around the toroidal core ; and at least one secondary winding wound around the toroidal core and electrically connected to multiple ones of said plurality of electrodes ; wherein a toroidal core ; a primary winding connected to the AC voltage supply and passing through the aperture within the toroidal core , wherein the primary winding is not wound around the toroidal core ; and at least one secondary winding wound around the toroidal core and electrically connected to multiple ones of said plurality of electrodes ; wherein the at least one secondary winding comprises two wires that have together been bi-filar wound around the toroidal core from starting ends of the wires to finishing ends of the wires; wherein the starting end of a first of the wires is connected to one of said plurality of electrodes and the finishing end of a second of the wires is connected to another of said plurality of electrodes ; wherein the finishing end of the first wire is connected to the starting end of the second wire , thereby forming a single centre tapped secondary winding; and wherein a second AC voltage supply is connected between the centre tap of the secondary winding and electrodes of said plurality of electrodes , for supplying a second AC or RF voltage between said single centre tapped secondary winding and the electrodes .
A power storage device comprising: a plurality of cells which are connected in series; a plurality of reactance elements which are connected in series; a plurality of connection lines configured to connect the respective cells and the respective reactance elements in parallel in a one-to-one correspondence; a plurality of switching elements configured to independently open and close each of the connection lines ; and a power storage control device configured to control the switching elements to cause energy to be transferred between the cells , wherein the number of reactance elements is the same as the number of cells , wherein the power storage control device is configured to close a first pair of connection lines which are disposed at both ends of a series of cells among the plurality of cells, in order to supply energy from the series of cells to the plurality of reactance elements , and then open the first pair of connection lines and close a plurality of second pairs of connection lines, the connection lines of each second pair of connection lines being disposed at both ends of one respective target cell among the series of cells , in order to supply energy from corresponding reactance elements to the respective target cells having less retained energy than the other cells , wherein the number of switching elements and the number of connection lines are a number obtained by adding 1 to the number of cells . a plurality of cells which are connected in series; a plurality of reactance elements which are connected in series; a plurality of connection lines configured to connect the respective cells and the respective reactance elements in parallel in a one-to-one correspondence; a plurality of switching elements configured to independently open and close each of the connection lines ; and a power storage control device configured to control the switching elements to cause energy to be transferred between the cells , wherein the number of reactance elements is the same as the number of cells , wherein the power storage control device is configured to close a first pair of connection lines which are disposed at both ends of a series of cells among the plurality of cells, in order to supply energy from the series of cells to the plurality of reactance elements , and then open the first pair of connection lines and close a plurality of second pairs of connection lines, the connection lines of each second pair of connection lines being disposed at both ends of one respective target cell among the series of cells , in order to supply energy from corresponding reactance elements to the respective target cells having less retained energy than the other cells , wherein the number of switching elements and the number of connection lines are a number obtained by adding 1 to the number of cells .
A circuit comprising: a clock signal generator configured to provide an output clock signal having a duty cycle; a duty cycle detector arranged to receive the output clock signal and provide an output flag if the duty cycle of the output clock signal is outside a predetermined range between 45% and 55%; a controller arranged to provide a duty cycle select signal to the clock signal generator to cause the output clock signal to have a duty cycle outside the predetermined range and to receive the output flag to confirm operation of the duty cycle detector . a clock signal generator configured to provide an output clock signal having a duty cycle; a duty cycle detector arranged to receive the output clock signal and provide an output flag if the duty cycle of the output clock signal is outside a predetermined range between 45% and 55%; a controller arranged to provide a duty cycle select signal to the clock signal generator to cause the output clock signal to have a duty cycle outside the predetermined range and to receive the output flag to confirm operation of the duty cycle detector .
An electronic device , comprising: a display device , the display device comprising: a plurality of first light-emitting elements (111-i) configured to emit light for displaying an optical image on a front side of the display device ; and at least one second light-emitting element (112-i) configured to emit infrared light for illuminating a scene in front of the front side of the display device ; characterised in that the electronic device further comprises: at least one Time-of-Flight, ToF, sensor configured to measure a fraction of the emitted infrared light that is reflected back from the scene , wherein the display device is arranged between the at least one ToF sensor and the scene such that the infrared light reflected back from the scene transmits through the display device before it reaches the at least one ToF sensor . a display device , the display device comprising: a plurality of first light-emitting elements (111-i) configured to emit light for displaying an optical image on a front side of the display device ; and at least one second light-emitting element (112-i) configured to emit infrared light for illuminating a scene in front of the front side of the display device ; at least one Time-of-Flight, ToF, sensor configured to measure a fraction of the emitted infrared light that is reflected back from the scene , wherein the display device is arranged between the at least one ToF sensor and the scene such that the infrared light reflected back from the scene transmits through the display device before it reaches the at least one ToF sensor .
A method of providing viewing pattern information to a user terminal apparatus, the method comprising: transmitting content viewing information about broadcast content that is currently viewed by the user terminal apparatus to a server; receiving, from the server, channel information of a channel on which the content specified by the transmitted content viewing information is broadcast among a plurality of channels wherein the channel information is identified by the server based on the transmitted content viewing information; transmitting the received channel information to the server to request viewing pattern information; and receiving, from the server, and displaying the viewing pattern information, which is calculated by aggregating the viewer ratings of the transmitted channel information. transmitting content viewing information about broadcast content that is currently viewed by the user terminal apparatus to a server; receiving, from the server, channel information of a channel on which the content specified by the transmitted content viewing information is broadcast among a plurality of channels wherein the channel information is identified by the server based on the transmitted content viewing information; transmitting the received channel information to the server to request viewing pattern information; and receiving, from the server, and displaying the viewing pattern information, which is calculated by aggregating the viewer ratings of the transmitted channel information.
A composite tube comprising: a body comprising a longitudinal centerline axis; and an end portion comprising a tapered section terminating at an end rim ; wherein at least one of a radially outward edge and a radially inward edge of the end rim is non-circular and the other of the radially outward edge and the radially inward edge is circular; wherein the end rim is circumferentially continuous; and characterised in that at least one of the radially outward edge and the radially inward edge of the end rim comprises an undulating wave-like shape; and in that the tapered section comprises a plurality of folds that form circumferentially distributed groves extending along the tapered section, wherein the circumferentially distributed grooves are shorter than the tapered section. a body comprising a longitudinal centerline axis; and an end portion comprising a tapered section terminating at an end rim ; wherein at least one of a radially outward edge and a radially inward edge of the end rim is non-circular and the other of the radially outward edge and the radially inward edge is circular; wherein the end rim is circumferentially continuous; and characterised in that at least one of the radially outward edge and the radially inward edge of the end rim comprises an undulating wave-like shape; and in that the tapered section comprises a plurality of folds that form circumferentially distributed groves extending along the tapered section, wherein the circumferentially distributed grooves are shorter than the tapered section.
Electrical plug-in connector part , having a locking sleeve which is rotatably mounted on a plug part housing , wherein the plug-in connector part can be plug-connected to a mating plug part and can be fixed releasably thereon, wherein the locking sleeve has at least one locking means for locking with a mating locking portion of the mating plug part , and, with the plug-in connector part plugged together with the mating plug part , the locking sleeve can be arranged so as to engage around the mating locking portion and the locking sleeve and the mating locking portion can be operatively connected to one another by rotating the locking sleeve with respect to the mating locking portion, wherein the plug connector part has a rotation lock which is formed by at least one spring element fastened to the plug part housing on the outside and by at least one latching catch assigned to said spring element and formed on the locking sleeve on the inside, wherein the spring element has a latching lug which faces the inner side of the locking sleeve and which, in the unlocked state of the locking sleeve and in the locked state of the locking sleeve , latches into a first latching pocket or second latching pocket provided therefor in each case, characterized in that the locking sleeve is held in the axial direction on the plug part housing , in particular is held in a play-free manner, by means of a loading spring in the form of a corrugated spring which engages in an inner circumferential groove of the locking sleeve and in an outer circumferential groove of the plug part housing and which is supported against the plug part housing and/or the locking sleeve , and wherein the contour between the first latching pocket and the second latching pocket is designed to be flat in a first region and is designed to rise steeply in a second region close to the second latching pocket , wherein the first region is longer than the second region . characterized in that the locking sleeve is held in the axial direction on the plug part housing , in particular is held in a play-free manner, by means of a loading spring in the form of a corrugated spring which engages in an inner circumferential groove of the locking sleeve and in an outer circumferential groove of the plug part housing and which is supported against the plug part housing and/or the locking sleeve , and wherein the contour between the first latching pocket and the second latching pocket is designed to be flat in a first region and is designed to rise steeply in a second region close to the second latching pocket , wherein the first region is longer than the second region .
A gas turbine comprising: a compressor section having a plurality of compressor rotor disks ; a turbine section having a plurality of turbine rotor disks arranged downstream of the compressor rotor disks ; a first tie rod penetrating central portions of the compressor rotor disks provided in the compressor section to press the compressor rotor disks against each other; and a plurality of second tie rods penetrating vicinities of edges of the turbine rotor disks provided in the turbine section to press the turbine rotor disks against each other; characterized in that the gas turbine further comprises: a torque transfer member coupled to the first and second tie rods so as to transfer rotational torque generated by the turbine section to the compressor section , wherein the torque transfer member is a torque tube, wherein one side of the first tie rod is inserted and fixed in the torque tube , wherein the torque transfer member comprises a first end facing the compressor section , and the first end has a first through-hole through which the first tie rod passes; and a first pressure nut fastened to the one side of the first tie rod , wherein the first pressure nut presses an inside surface of the first end toward the compressor section . a compressor section having a plurality of compressor rotor disks ; a turbine section having a plurality of turbine rotor disks arranged downstream of the compressor rotor disks ; a first tie rod penetrating central portions of the compressor rotor disks provided in the compressor section to press the compressor rotor disks against each other; and a plurality of second tie rods penetrating vicinities of edges of the turbine rotor disks provided in the turbine section to press the turbine rotor disks against each other; characterized in that the gas turbine further comprises: a torque transfer member coupled to the first and second tie rods so as to transfer rotational torque generated by the turbine section to the compressor section , wherein the torque transfer member is a torque tube, wherein one side of the first tie rod is inserted and fixed in the torque tube , wherein the torque transfer member comprises a first end facing the compressor section , and the first end has a first through-hole through which the first tie rod passes; and a first pressure nut fastened to the one side of the first tie rod , wherein the first pressure nut presses an inside surface of the first end toward the compressor section .
A lubricating composition comprising from 2 to 60% by weight of at least one oil of formula (I) wherein ▪ R represents a linear or branched C 1 -C 30 alkyl group; ▪ m and n represent independently an average number ranging from 1 to 5. ▪ R represents a linear or branched C 1 -C 30 alkyl group; ▪ m and n represent independently an average number ranging from 1 to 5.
A multivariable fuel control and estimator (MFCE) of a gas turbine engine for preventing combustor blowout, the MFCE comprising: a first input port that is configured to receive controller requests and provide system usage commands; a second input port that is configured to receive measured disturbance values in the fuel flow; a third input port that is configured to receive system and component limits; a fourth input port that is configured to receive fuel system sensed parameters from a fuel system (220; 320) and engine sensed parameters from an engine system ; a fuel system model of the fuel system of the gas turbine engine and an engine model of the engine system that includes the combustor of the gas turbine engine, wherein the fuel system model is a non-linear fuel system model providing accurate dynamic fuel flow prediction and simultaneous prediction of dynamic interactions between actuators and fuel flow; a processor configured to generate a control signal for controlling the fuel valve and configured to generate a control signal for controlling the actuator using the fuel system model and the engine model based on the controller requests, the measured disturbance values, the system and component limits, and the sensed parameters to prevent combustion blowout; and an output port that transmits the control signals to the fuel system (220; 320). a first input port that is configured to receive controller requests and provide system usage commands; a second input port that is configured to receive measured disturbance values in the fuel flow; a third input port that is configured to receive system and component limits; a fourth input port that is configured to receive fuel system sensed parameters from a fuel system (220; 320) and engine sensed parameters from an engine system ; a fuel system model of the fuel system of the gas turbine engine and an engine model of the engine system that includes the combustor of the gas turbine engine, wherein the fuel system model is a non-linear fuel system model providing accurate dynamic fuel flow prediction and simultaneous prediction of dynamic interactions between actuators and fuel flow; a processor configured to generate a control signal for controlling the fuel valve and configured to generate a control signal for controlling the actuator using the fuel system model and the engine model based on the controller requests, the measured disturbance values, the system and component limits, and the sensed parameters to prevent combustion blowout; and an output port that transmits the control signals to the fuel system (220; 320).
A method for the intervention-free control of a vehicle locking system using a mobile terminal device , wherein the mobile terminal device comprises a satellite signal receiver for receiving a GPS, GLONASS, Galileo, Beidou and/or further satellite signal for determining a current location position of the mobile terminal device , comprising the following steps: generating a security key in the vehicle , wherein the security key comprises a TLS or PGP certificate, displaying the security key by means of the vehicle , scanning in the security key displayed by the vehicle by means of the mobile terminal device , checking whether the mobile terminal device is located in a surrounding area of the vehicle , if so, authorizing the mobile terminal device to the vehicle by means of a secured wireless point-to-point, two-way communication connection secured with the security key, transmitting the current location position of the mobile terminal device from the mobile terminal device via the secured wireless point-to-point, two-way communication connection to the vehicle , opening or locking the vehicle by means of the vehicle locking system if a difference between a current location position of the vehicle and the current location position of the mobile terminal device falls below or exceeds a predefined value in the surrounding area , and after opening or locking the vehicle , transmitting a notification from the vehicle to the mobile terminal device and outputting the notification as a visual, acoustic and/or vibration signal on the mobile terminal device . generating a security key in the vehicle , wherein the security key comprises a TLS or PGP certificate, displaying the security key by means of the vehicle , scanning in the security key displayed by the vehicle by means of the mobile terminal device , checking whether the mobile terminal device is located in a surrounding area of the vehicle , if so, authorizing the mobile terminal device to the vehicle by means of a secured wireless point-to-point, two-way communication connection secured with the security key, transmitting the current location position of the mobile terminal device from the mobile terminal device via the secured wireless point-to-point, two-way communication connection to the vehicle , opening or locking the vehicle by means of the vehicle locking system if a difference between a current location position of the vehicle and the current location position of the mobile terminal device falls below or exceeds a predefined value in the surrounding area , and after opening or locking the vehicle , transmitting a notification from the vehicle to the mobile terminal device and outputting the notification as a visual, acoustic and/or vibration signal on the mobile terminal device .