mhurhangee/patent-ind-claim-en huggingface dataset:
A TDR fill level measuring device for measuring the fill level of a medium in a container, comprising at least one transmitting unit for transmitting a pulse-shaped electromagnetic measuring signal, at least one receiving unit for receiving at least one reflection signal, at least one evaluation unit for evaluating the at least one reflection signal and at least one waveguide , wherein the waveguide has at least one conductor for guiding the measuring signal and the reflection signal, wherein the waveguide has at least two waveguide sections, wherein each waveguide section has at least one functional waveguide cross-sectional face , wherein the functional waveguide cross-sectional face corresponds to the cross-sectional face of the at least one conductor, wherein at least one reference reflector is present, and wherein the reference reflector is designed and arranged in such a manner that at least a part of the measuring signal is reflected at least once on the at least one reference reflector during operation, wherein the at least one reference reflection is formed by a transition between two waveguide sections having different shapes and/or different sizes of the functional waveguide cross-sectional face , wherein at least two reference reflectors are provided, characterized in that the at least two reference reflectors are designed as successive tapers of the at least one conductor of the waveguide involved in guiding the measuring signal, so that the functional waveguide cross-sectional area of the second waveguide section is smaller than the functional cross-sectional area of the first waveguide section and so that the functional waveguide cross-sectional area of the third waveguide section is smaller than the waveguide cross-sectional area of the second waveguide section. wherein the at least one reference reflection is formed by a transition between two waveguide sections having different shapes and/or different sizes of the functional waveguide cross-sectional face , wherein at least two reference reflectors are provided, characterized in that the at least two reference reflectors are designed as successive tapers of the at least one conductor of the waveguide involved in guiding the measuring signal, so that the functional waveguide cross-sectional area of the second waveguide section is smaller than the functional cross-sectional area of the first waveguide section and so that the functional waveguide cross-sectional area of the third waveguide section is smaller than the waveguide cross-sectional area of the second waveguide section.
A machine tool for the machining of workpieces having at least two machining devices, wherein at least one machining device is provided for the cutting manufacture and machining and a second machining device is provided for a further machining of workpieces, at least one of the machining devices is fastened to a portal carrier which is supported in the middle of a workpiece table by means of a stand , characterized in that the stand in the center of the workpiece table is configured to be lowerable .
An insecticidal composition comprising a IPD078-1 polypeptide comprising an amino acid sequence having greater than 80% sequence identity compared to the amino acid sequence of SEQ ID NO: 43 and a IPD078-2 polypeptide comprising an amino acid sequence having greater than 80% sequence identity compared to the amino acid sequence of SEQ ID NO: 44.
Scanning unit for scanning a scale element that can be rotated relative to the scanning unit about an axis (A), wherein the scanning unit comprises a metal frame (1.1) and a printed circuit board (1.2), wherein - the printed circuit board (1.2) has a substrate (1.21) which has a first surface (1.211), a second surface (1.212) opposite the first surface (1.211) and a circumferential third surface (1.213), wherein a transducer assembly (1.23) is arranged on the first surface (1.211) and electronic components (1.22) are mounted on the second surface (1.212), and the third surface (1.213) has a plurality of concave indentations (1.214), wherein - the metal frame (1.1) has a continuous first aperture (1.11), which is delimited radially by an inner side (I) of the metal frame (1.1), wherein the inner side (I) has a plurality of inwardly projecting elements (1.12), wherein the inner side (I) of the metal frame (1.1) encloses the indentations (1.214) of the substrate (1.21), and the inwardly projecting elements (1.12) engage in the concave indentations (1.214) in such a way that the substrate (1.21) is fixed in the metal frame (1.1) under mechanical tension. - the printed circuit board (1.2) has a substrate (1.21) which has a first surface (1.211), a second surface (1.212) opposite the first surface (1.211) and a circumferential third surface (1.213), wherein a transducer assembly (1.23) is arranged on the first surface (1.211) and electronic components (1.22) are mounted on the second surface (1.212), and the third surface (1.213) has a plurality of concave indentations (1.214), wherein a second surface (1.212) opposite the first surface (1.211) and a circumferential third surface (1.213), wherein a transducer assembly (1.23) is arranged on the first surface (1.211) and electronic components (1.22) are mounted on the second surface (1.212), and the third surface (1.213) has a plurality of concave indentations (1.214), wherein - the metal frame (1.1) has a continuous first aperture (1.11), which is delimited radially by an inner side (I) of the metal frame (1.1), wherein the inner side (I) has a plurality of inwardly projecting elements (1.12), wherein the inner side (I) of the metal frame (1.1) encloses the indentations (1.214) of the substrate (1.21), and the inwardly projecting elements (1.12) engage in the concave indentations (1.214) in such a way that the substrate (1.21) is fixed in the metal frame (1.1) under mechanical tension.
An attraction system , comprising: a sensor configured to emit an output signal toward a ride vehicle of the attraction system and receive a reflected signal from the ride vehicle ; and a control system communicatively coupled to the sensor , wherein the control system is configured to: receive data from the sensor , wherein the data is indicative of a distance of signal travel based on the output signal and the reflected signal ; compare the distance of signal travel with an unoccupied distance value corresponding to a distance between the sensor and the ride vehicle being unoccupied; and determine whether the ride vehicle is occupied based on comparing a difference between the distance of signal travel and the unoccupied distance value with a threshold. a sensor configured to emit an output signal toward a ride vehicle of the attraction system and receive a reflected signal from the ride vehicle ; and a control system communicatively coupled to the sensor , wherein the control system is configured to: receive data from the sensor , wherein the data is indicative of a distance of signal travel based on the output signal and the reflected signal ; compare the distance of signal travel with an unoccupied distance value corresponding to a distance between the sensor and the ride vehicle being unoccupied; and determine whether the ride vehicle is occupied based on comparing a difference between the distance of signal travel and the unoccupied distance value with a threshold. receive data from the sensor , wherein the data is indicative of a distance of signal travel based on the output signal and the reflected signal ; compare the distance of signal travel with an unoccupied distance value corresponding to a distance between the sensor and the ride vehicle being unoccupied; and determine whether the ride vehicle is occupied based on comparing a difference between the distance of signal travel and the unoccupied distance value with a threshold.
A valve assembly comprising: a valve housing having a bore formed therein, the bore having an axis A and comprising a circumferentially extending groove formed therein at an end portion thereof, an axially outer wall of said groove comprising at least two circumferentially spaced radially inwardly extending retaining elements defining an axial slot therebetween; an end cap received in the end portion of the bore and closing the end of the bore , the end cap comprising a retaining portion comprising at least one radially outwardly extending retaining element which is shaped so as to be insertable through the axial slot into the groove and rotatable therein to a retaining position in which the radially outwardly extending retaining element aligns with one of the radially inwardly extending retaining elements to prevent axial withdrawal of the end cap from the bore ; an anti-rotation element insertable axially into the axial slot after the end cap has been rotated to its retaining position to prevent rotation of the end cap from its retaining position to a position in which it may be withdrawn axially from the bore ; and a locking element preventing withdrawal of the anti-rotation element from the axial slot . a valve housing having a bore formed therein, the bore having an axis A and comprising a circumferentially extending groove formed therein at an end portion thereof, an axially outer wall of said groove comprising at least two circumferentially spaced radially inwardly extending retaining elements defining an axial slot therebetween; an end cap received in the end portion of the bore and closing the end of the bore , the end cap comprising a retaining portion comprising at least one radially outwardly extending retaining element which is shaped so as to be insertable through the axial slot into the groove and rotatable therein to a retaining position in which the radially outwardly extending retaining element aligns with one of the radially inwardly extending retaining elements to prevent axial withdrawal of the end cap from the bore ; an anti-rotation element insertable axially into the axial slot after the end cap has been rotated to its retaining position to prevent rotation of the end cap from its retaining position to a position in which it may be withdrawn axially from the bore ; and a locking element preventing withdrawal of the anti-rotation element from the axial slot .
A device for opening and closing an article in particular a leather good article, for example a satchel, backpack or the like, including a tab configured to project from a first part of said article and a clamp configured to be fixed on a second part of said article, said tab and said clamp being configured to cooperate in order to close said article when said first part is folded over said second part of said article, said opening and closing device then being in a locked state; characterised in that said tab is provided with at least one gripping zone and at least one first magnetic insert , said clamp is movable in rotation between an open position and a closed position and is provided with at least one gripping member and at least one second magnetic insert , said tab and said clamp being configured so that said clamp is pivoted from its closed position to its open position when said tab is introduced into said clamp, with said at least one first magnetic insert of said tab which is in immediate proximity to said at least one second magnetic insert of said clamp, and said clamp is pivoted from its open position to its closed position when said tab is still inserted into said clamp, with said at least one first magnetic insert of said tab which deviates from said at least one second magnetic insert of said clamp, said opening and closing device thus being in a locked configuration wherein said at least one gripping member of said clamp cooperates with said at least one gripping zone of said tab and holds said tab in position relative to said clamp.
Device for the aftertreatment of exhaust gases of an internal combustion engine, having at least one catalytic converter , through which exhaust gas can flow, and at least one muffler , which is formed by a closed volume and through which exhaust gas can flow along an inflow section to an outflow section , wherein the catalytic converter is formed by a honeycomb body which has a plurality of flow channels through which exhaust gas can flow, wherein the honeycomb body is accommodated in a casing tube , which surrounds the honeycomb body, and is connected to the casing tube in a materially bonded manner, wherein the catalytic converter is arranged in the interior of the muffler , characterized in that the casing tube accommodating the honeycomb body has openings which allow a transfer flow from the honeycomb body to the volume enclosed by the muffler .
Polymerizable dental material comprising at least one radically polymerizable compound and magnetic particles which comprise a magnetic core and a first coating of a first shell material, characterized in that a second coating of a second shell material is applied to the surface of the first coating facing away from the core, wherein the second shell material is different from the first shell material and has a higher refractive index than the first shell material.
Method for estimation of lost temperature increment (T LostIncrement ) after system restart for motor coil temperature estimation in an electric power steering apparatus of a motor vehicle with a power pack comprising an ECU with a temperature sensor and an electric motor , characterized in that said method comprises the steps of: a) Storing a given resistance vs temperature curve of the motor coils ; b) Storing a measured resistance vs temperature curve of the ECU ,; c) Measuring a demand voltage vector (U d,d ), a current feedback value I d,fb based on a demand current vector (I d,d ) and a battery voltage (U bat ) during a special measurement pulse; d) Determining the power pack resistance (R powerpack ) based on the parameters measured in step c); e) Measuring the temperature of the ECU (T ECU )with the temperature sensor ; f) Determining the resistance of the ECU (R ECU ) on basis of the measured temperature in step e) and the stored resistance vs temperature curve of the ECU ; g) Subtracting the resistance of the ECU (R ECU ) from the determined power pack resistance (R powerpack ); h) Determining the temperature of the motor coils (T motorcoil ) based on the value obtained in step g) and the stored resistance vs temperature curve of the motor coils ; and i) Obtaining the lost temperature increment (T LostIncrement ) by subtracting the measured temperature of the ECU (T ECU ) from the determined temperature of the motor coils (T motorcoil ). a) Storing a given resistance vs temperature curve of the motor coils ; b) Storing a measured resistance vs temperature curve of the ECU ,; c) Measuring a demand voltage vector (U d,d ), a current feedback value I d,fb based on a demand current vector (I d,d ) and a battery voltage (U bat ) during a special measurement pulse; d) Determining the power pack resistance (R powerpack ) based on the parameters measured in step c); e) Measuring the temperature of the ECU (T ECU )with the temperature sensor ; f) Determining the resistance of the ECU (R ECU ) on basis of the measured temperature in step e) and the stored resistance vs temperature curve of the ECU ; g) Subtracting the resistance of the ECU (R ECU ) from the determined power pack resistance (R powerpack ); h) Determining the temperature of the motor coils (T motorcoil ) based on the value obtained in step g) and the stored resistance vs temperature curve of the motor coils ; and i) Obtaining the lost temperature increment (T LostIncrement ) by subtracting the measured temperature of the ECU (T ECU ) from the determined temperature of the motor coils (T motorcoil ).
A tire changer for mounting a tire on a rim and/or for dismounting it therefrom, comprising a tire turntable configured to receive a rim with or without a tire mounted, characterized in that the tire turntable has a powder coating .
A compound represented by Formula 1: wherein the compound represented by Formula 1 is represented by one of Compounds 1 to 27:
A display device comprising: a display panel including a front portion (FP), a bent portion (BNP), and a pad portion (PAD) extending from the bent portion (BNP) and disposed under a lower surface of the front portion (FP); and a cushion plate disposed between the front portion (FP) and the pad portion (PAD); and wherein the cushion plate includes an adhesive layer; the display device further comprising: a metal foil and characterized in that the cushion plate further comprises a metal foam which has a porous metal structure having a plurality of pores , wherein the metal foam is disposed under the adhesive layer and the metal foil is disposed on a lower surface of the metal foam ; wherein the metal foil is additionally disposed on a side surface of the metal foam such that the metal foil covers an entirety of an outer surface of the metal foam except for one surface thereof at which the metal foam contacts an embossed layer of the adhesive layer. a display panel including a front portion (FP), a bent portion (BNP), and a pad portion (PAD) extending from the bent portion (BNP) and disposed under a lower surface of the front portion (FP); and a cushion plate disposed between the front portion (FP) and the pad portion (PAD); and wherein the cushion plate includes an adhesive layer; the display device further comprising: a metal foil and characterized in that the cushion plate further comprises a metal foam which has a porous metal structure having a plurality of pores , wherein the metal foam is disposed under the adhesive layer and the metal foil is disposed on a lower surface of the metal foam ; wherein the metal foil is additionally disposed on a side surface of the metal foam such that the metal foil covers an entirety of an outer surface of the metal foam except for one surface thereof at which the metal foam contacts an embossed layer of the adhesive layer. a metal foil and characterized in that the cushion plate further comprises a metal foam which has a porous metal structure having a plurality of pores , wherein the metal foam is disposed under the adhesive layer and the metal foil is disposed on a lower surface of the metal foam ; wherein the metal foil is additionally disposed on a side surface of the metal foam such that the metal foil covers an entirety of an outer surface of the metal foam except for one surface thereof at which the metal foam contacts an embossed layer of the adhesive layer.
A communication method for configuring a parameter table in a wireless communication system including a base station and a user equipment, comprising: storing a plurality of parameter tables, wherein storing a parameter table is performed by storing a legacy parameter table and an aggressive parameter table, wherein the plurality of parameter tables includes a MCS table, the legacy MCS table including modulation order in indexed entries, the aggressive MCS table including a higher modulation order in indexed entries than the modulation orders of the legacy MCS table; and wherein the plurality of parameter tables includes a CQI table, the legacy CQI table including modulation schemes in indexed entries, and the aggressive CQI table including a higher modulation scheme in indexed entries than the modulation schemes of the legacy CQI table, the higher modulation scheme being 256 QAM; transmitting an indication for selecting a legacy parameter table or an aggressive parameter table from the stored parameter tables to the user equipment from the base station, wherein a number of entries in each of the aggressive parameter tables equals a number of entries in its respective legacy parameter table, and wherein when Downlink Control Information, DCI, format 1A is used for downlink transmission, the legacy MCS table is used as default setting. storing a plurality of parameter tables, wherein storing a parameter table is performed by storing a legacy parameter table and an aggressive parameter table, wherein the plurality of parameter tables includes a MCS table, the legacy MCS table including modulation order in indexed entries, the aggressive MCS table including a higher modulation order in indexed entries than the modulation orders of the legacy MCS table; and wherein the plurality of parameter tables includes a CQI table, the legacy CQI table including modulation schemes in indexed entries, and the aggressive CQI table including a higher modulation scheme in indexed entries than the modulation schemes of the legacy CQI table, the higher modulation scheme being 256 QAM; transmitting an indication for selecting a legacy parameter table or an aggressive parameter table from the stored parameter tables to the user equipment from the base station, wherein a number of entries in each of the aggressive parameter tables equals a number of entries in its respective legacy parameter table, and wherein when Downlink Control Information, DCI, format 1A is used for downlink transmission, the legacy MCS table is used as default setting.
A gas turbine engine for an aircraft, comprising: a core engine defined about an axis; a fan driven by said core engine about said axis; a core nacelle defined at least partially about said core engine; a fan nacelle defined around said fan and at least partially around said core nacelle ; a variable area fan nozzle (VAFN) to define a fan exit area downstream of said fan between said fan nacelle and said core nacelle ; and a controller (C) operable to control a fan blade flutter characteristic through control of said VAFN , said controller (C) configured to adjust said VAFN based on one of at least two operating schedules, wherein said at least two operating schedules includes a normal flight conditions schedule and an icing flight conditions schedule, and said controller (C) is configured to adjust said VAFN based on said normal flight conditions schedule such that said VAFN is open during an aircraft take-off, an aircraft climb, an aircraft descent, and an aircraft approach, and said VAFN is fully closed during an aircraft cruise. a core engine defined about an axis; a fan driven by said core engine about said axis; a core nacelle defined at least partially about said core engine; a fan nacelle defined around said fan and at least partially around said core nacelle ; a variable area fan nozzle (VAFN) to define a fan exit area downstream of said fan between said fan nacelle and said core nacelle ; and a controller (C) operable to control a fan blade flutter characteristic through control of said VAFN , said controller (C) configured to adjust said VAFN based on one of at least two operating schedules, wherein said at least two operating schedules includes a normal flight conditions schedule and an icing flight conditions schedule, and said controller (C) is configured to adjust said VAFN based on said normal flight conditions schedule such that said VAFN is open during an aircraft take-off, an aircraft climb, an aircraft descent, and an aircraft approach, and said VAFN is fully closed during an aircraft cruise.
A method for coating a substrate with a polymer layer, which method comprises locating a first electrode set (14, 14', 14") and a second electrode set (14, 14', 14") within a plasma chamber (11, 11', 11"); and further includes the steps of placing a substrate between the first and second electrode sets, and wherein each electrode set comprises an inner electrode layer (141', 141") and a pair of outer electrode layers (142', 142") wherein the inner electrode layer is either a radiofrequency electrode layer or a ground electrode layer and the outer electrode layers are either ground or radiofrequency electrode layers respectively; introducing a monomer into the plasma chamber; switching on the radiofrequency electrode layer or layers in order to activate a plasma; and exposing surfaces of a substrate to the plasma such that a polymer layer is deposited on each surface.