mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel delivery system for a gas turbine engine comprising: a) a fuel pump ; a gearbox and b) a continuously variable drive assembly in operable communication with both the fuel pump and the gas turbine engine through the gearbox and being configured to adjust fuel pump output to align with fuel demand of the gas turbine engine, and wherein the drive assembly includes a driving pulley assembly including a fixed pulley sheave and a movable pulley sheave , a driven pulley assembly including a fixed pulley sheave and a movable pulley sheave , and a drive belt operatively connecting the driving pulley assembly to the driven pulley assembly; and further comprising a governor for controlling a drive ratio of the drive assembly to vary fuel pump flow performance over a range of engine operating conditions, and wherein the drive assembly is governed to drive the fuel pump faster than the gearbox in a start mode wherein engine fuel flow demand is relatively high and governed to drive the fuel pump slower than the gearbox in a cruise mode wherein engine fuel flow demand is relatively low. a) a fuel pump ; a gearbox and b) a continuously variable drive assembly in operable communication with both the fuel pump and the gas turbine engine through the gearbox and being configured to adjust fuel pump output to align with fuel demand of the gas turbine engine, and wherein the drive assembly includes a driving pulley assembly including a fixed pulley sheave and a movable pulley sheave , a driven pulley assembly including a fixed pulley sheave and a movable pulley sheave , and a drive belt operatively connecting the driving pulley assembly to the driven pulley assembly; and
A device for compensating tolerances between a first component and a second component to be screwed to it by means of a connecting screw , the device comprising a base element and a compensation element that is in threaded engagement with the base element , wherein the threaded engagement is non-self-locking such that the compensation element moves out of the base element in an insertion direction of the connecting screw when the connecting screw exerts an axial force acting in the insertion direction on the compensation element , characterized in that the compensation element is composed of at least two segments which are axially displaceable relative to one another.
A kit comprising: (i) a compound comprising a glutamate-urea-lysine PSMA-binding moiety conjugated to a metal chelating moiety, and (ii) a radionuclide.
A system comprising: a person support apparatus comprising a person support surface and a support frame ; a plurality of load cells for generating load cell data, at least one of the plurality of load cells being positioned at or proximate to each corner of the support frame; a sensor for sensing at least one of heart rate data and respiration rate data for an individual, the sensor disposed between the person support surface and the support frame; and a computing device coupled to the plurality of load cells and the sensor for receiving the load cell data and the at least one of heart rate data and respiration rate data for the individual, the computing device comprising a processor and memory storing computer readable and executable instructions that, when executed by the processor, cause the computing device to detect that a patient turn has occurred on the person support surface based on the load cell data and the at least one of heart rate data and respiration rate data for the individual, and cause an indication that the patient turn occurred to be logged in an electronic medical record corresponding to the individual. a person support apparatus comprising a person support surface and a support frame ; a plurality of load cells for generating load cell data, at least one of the plurality of load cells being positioned at or proximate to each corner of the support frame; a sensor for sensing at least one of heart rate data and respiration rate data for an individual, the sensor disposed between the person support surface and the support frame; and a computing device coupled to the plurality of load cells and the sensor for receiving the load cell data and the at least one of heart rate data and respiration rate data for the individual, the computing device comprising a processor and memory storing computer readable and executable instructions that, when executed by the processor, cause the computing device to detect that a patient turn has occurred on the person support surface based on the load cell data and the at least one of heart rate data and respiration rate data for the individual, and cause an indication that the patient turn occurred to be logged in an electronic medical record corresponding to the individual.
A luminaire with - at least one lamp , - a housing that surrounds the at least one lamp and has a light emission opening , - a cover element that covers the light emission opening , and - a plurality of frame elements that hold the cover element on the housing , characterized in that profile elements are arranged on the housing in which at least one of the frame elements engages, wherein the frame elements are designed and arranged in such a way that at least one frame element is fixed solely by way of adjacent frame elements and the engagement in at least one profile element , and that at least one frame element is designed as a supporting frame element , which is fixed at least also via at least one fixing element . - at least one lamp , - a housing that surrounds the at least one lamp and has a light emission opening , - a cover element that covers the light emission opening , and - a plurality of frame elements that hold the cover element on the housing ,
A quantum dot comprising: a core (105; 205) comprising CdSe, the core having a core diameter of about 4 nm and having a first pole (115; 215) and a second pole (120; 220) opposite the first pole; a disk-shaped shell (110; 210) substantially covering the core such that the quantum dot has a total diameter of about 10 nm, the shell comprising CdS, wherein the core is off-centered by about 2 nm such that the shell has a thickness profile that is thinnest at the first pole (115; 215) of the core and thickest at the second pole (120; 220) of the core, the shell (110; 210) having a thickness of greater than or equal to zero at the first pole; the core and the shell having different respective lattice constants such that the shell exerts a biaxial compressive straining force on the core due to the thickness profile of the shell, the biaxial compressive straining force compressing the core in directions perpendicular to an axis running through the first pole and the second pole, the biaxial compressive straining force configured to modify an excitonic fine structure of the core. a core (105; 205) comprising CdSe, the core having a core diameter of about 4 nm and having a first pole (115; 215) and a second pole (120; 220) opposite the first pole; a disk-shaped shell (110; 210) substantially covering the core such that the quantum dot has a total diameter of about 10 nm, the shell comprising CdS, wherein the core is off-centered by about 2 nm such that the shell has a thickness profile that is thinnest at the first pole (115; 215) of the core and thickest at the second pole (120; 220) of the core, the shell (110; 210) having a thickness of greater than or equal to zero at the first pole; the core and the shell having different respective lattice constants such that the shell exerts a biaxial compressive straining force on the core due to the thickness profile of the shell, the biaxial compressive straining force compressing the core in directions perpendicular to an axis running through the first pole and the second pole, the biaxial compressive straining force configured to modify an excitonic fine structure of the core.
A device for aligning magnetic or magnetizable particles which are contained in a coating means applied to a first side of a web-type or sheet-type substrate , comprising - an application device arranged in the transport path of the substrate , by means of which the coating means is applied and/or is applicable to at least one application point on the first side of the substrate , - a first cylinder designed as a magnetic cylinder , which is arranged downstream from the application device in the transport path of the substrate to be conveyed and having a plurality of elements inducing a magnetic field in the region of its outer circumference, - a further cylinder (38*; 39) designed as a magnetic cylinder (38*; 39), which is arranged downstream from the first cylinder designed as a magnetic cylinder in the transport path of the substrate to be conveyed and having a plurality of elements inducing a magnetic field in the region of its outer circumference, - a drying and/or curing device which is arranged on the transport path between the point of the winding-on of the substrate to the first cylinder and the point of winding-on to the further cylinder (38*; 39), characterized in that the first cylinder designed as a magnetic cylinder is arranged in the transport path of the substrate to be conveyed on its second side, and that the drying and/or curing device in the transport path of the substrate to be conveyed is directed to its first side. - an application device arranged in the transport path of the substrate , by means of which the coating means is applied and/or is applicable to at least one application point on the first side of the substrate , - a first cylinder designed as a magnetic cylinder , which is arranged downstream from the application device in the transport path of the substrate to be conveyed and having a plurality of elements inducing a magnetic field in the region of its outer circumference, - a further cylinder (38*; 39) designed as a magnetic cylinder (38*; 39), which is arranged downstream from the first cylinder designed as a magnetic cylinder in the transport path of the substrate to be conveyed and having a plurality of elements inducing a magnetic field in the region of its outer circumference, - a drying and/or curing device which is arranged on the transport path between the point of the winding-on of the substrate to the first cylinder and the point of winding-on to the further cylinder (38*; 39),
A coaxial two-layered parachute comprising an inflation sac body defining an inner layer and a parachute cover defining an outer layer, wherein the inner layer of the inflation sac body and the outer layer of the parachute cover are coaxially arranged with respect to a coaxial centerline (H); wherein the inner layer of the inflation sac body is filled with helium and includes a guide portion ;wherein the outer layer of parachute cover covers a part of the inner layer of the inflation sac body which is disposed inside the outer layer of parachute cover , wherein the outer layer of parachute cover includes a bottom surface which is located adjacent to the guide portion and connected to the inner layer of the inflation sac body , so that an inflation space is defined between the outer layer of the parachute cover , the bottom surface thereof and the inner layer of the inflation sac body , wherein the bottom surface is provided with plural air inlets which are annularly arranged, and wherein the outer layer of parachute cover has a downward tapered surface .
Energy accumulator emulator consisting of a DC-to-DC converter , having a number of power switches (S o1 , S o2 , S o3 , S o4 , S u1 , S u2 , S u3 , S u4 ), the DC-to-DC converter being configured to provide an output voltage (v 2 ) and an output-side load current (i L ), a control unit , which is designed to calculate a reference current (i 2R ) from electrical variables (i L1 , i L2 , i L3 , i L v 2 , i L ) of the DC-to-DC converter and a battery model , which is connected to the control unit and is configured to obtain and process the reference current (i 2R ) and to calculate a reference voltage (v 2R ) from it and to provide it to the control unit , wherein the control unit contains a voltage controller (VR), which processes the reference voltage (v 2R ) and controls a current (i 1 *) to be set, on the basis of which the control unit controls the power switches (S o1 , S o2 , S o3 , S o4 , S u1 , S u2 , S u3 , S u4 ) via switching pulses (S 1 , S 2 , S 3 , S 4 ) in order to control the output voltage (v 2 ), characterized in that a Predictive Pulse-Pattern-Control unit is provided, which is connected to the voltage controller (VR) and comprises a Predictive Pulse-Pattern-Control controller , a pulse generator and a selection unit , which provides a number of pulse patterns (A, B, C, D), that the Predictive Pulse-Pattern-Control controller is configured to select a pulse pattern (A, B, C, D) of the selection unit on the basis of the current (i 1 *) to be set by the voltage controller (VR) and to control the power switches (S o1 , S o2 , S o3 , S o4 , S u1 , S u2 , S u3 , S u4 ) via the pulse generator by means of switching pulses (S 1 , S 2 , S 3 , S 4 ) according to this pulse pattern (A, B, C, D) in order to control the output voltage (v 2 ), and that the Predictive Pulse-Pattern-Control unit is configured to select the switching times (t 1 , t 2 , t 3 , t 4 , t 5 , t 6 , t 7 ) of the selected pulse pattern (A, B, C, D) of the power switches (S o1 , S o2 , S o3 , S o4 , S u1 , S u2 , S u3 , S u4 ) on the basis of the current (i 1 *) to be set, wherein the Predictive Pulse-Pattern-Control unit in order to select the switching times (t 1 , t 2 , t 3 , t 4 , t 5 , t 6 , t 7 ) is configured to apply a cost function (J K ) as a function of the switching times (t 1 , t 2 , t 3 , t 4 , t 5 , t 6 , t 7 ) and an output current (i 1 ), which cost function (J K ) evaluates the deviation of the current (i 1 * ) to be set and the output current (i 1 ), and to optimize the cost function (J K ) with regard to the switching times (t 1 , t 2 , t 3 , t 4 , t 5 , t 6 , t 7 ).
A headset system for use with a telephone system, the headset system comprising a headset and a base unit , the base unit being configured to connect to a telephone system and comprising a transceiver configured to communicate wirelessly with the headset , a processor configured to receive mode information, a control unit for controlling the processor to operate according to the received mode information, and an electronic hook switch adapter allowing for communication of data between the base unit and the headset relating to audio and voice, the headset comprising a transceiver configured to communicate wirelessly with the base unit and connected to a headset control unit configured to control a speaker transducer , a microphone transducer and a signal processor configured to process audio signals, the headset control unit further being configured to receive user input via a headset user interface and to control the signal processor to operate the headset in accordance with user input, wherein the received mode information comprises a call center mode information in which mode the base unit transceiver is controlled to maintain a wireless audio link with the headset transceiver upon receiving a hook-off signal, and to discontinue the wireless audio link upon receiving an end-of session signal, and wherein the user input includes end-of-call information, the headset control unit further being configured to provide the end-of-call information to the base unit while maintaining the wireless audio link .
A mid-turbine frame for use in a gas turbine engine comprising: at least one vane extending between a vane inner platform and a vane outer platform ; an inner case radially inward of said inner platform ; and each one of a plurality of tie rods extending from a respective platform radially inward of said inner case to a radially outer location which is secured by a mount member , wherein said tie rods are respectively secured in said inner case by a forward bolt and a plurality of rear bolts , with said forward bolt extending along an axis (y) which is non-parallel to a center axis (x) of said inner case , characterised in that : there are a pair of said rear bolts extending through said inner case and into said inner platform of the respective one of said tie rods and extending generally parallel to an axis of said respective tie rod . at least one vane extending between a vane inner platform and a vane outer platform ; an inner case radially inward of said inner platform ; and each one of a plurality of tie rods extending from a respective platform radially inward of said inner case to a radially outer location which is secured by a mount member , wherein said tie rods are respectively secured in said inner case by a forward bolt and a plurality of rear bolts , with said forward bolt extending along an axis (y) which is non-parallel to a center axis (x) of said inner case ,
A system for verifying the integrity of a radiation detector operative to detect electromagnetic radiation, wherein the radiation detector comprises: an array comprising one or more detector elements , including one or more tested detector elements disposed only in a peripheral zone of the array : one or more data modules , ; one or more data lines , , , that electronically connect the one or more detector elements of the radiation detector to the one or more data modules , , wherein the one or more detector elements are disposed in one or more columns and all of the detector elements in a column are connected to the same data line; and wherein the system further comprises: a controller operative to: induce a voltage in the one or more tested detector elements ; obtain a reading from the one or more tested detector elements via the one or more data modules , ; and determine whether the integrity of the radiation detector has been compromised based at least in part on comparing the reading to a benchmark. one or more data modules , ; one or more data lines , , , that electronically connect the one or more detector elements of the radiation detector to the one or more data modules , , wherein the one or more detector elements are disposed in one or more columns and all of the detector elements in a column are connected to the same data line; and wherein the system further comprises: a controller operative to: induce a voltage in the one or more tested detector elements ; obtain a reading from the one or more tested detector elements via the one or more data modules , ; and determine whether the integrity of the radiation detector has been compromised based at least in part on comparing the reading to a benchmark. induce a voltage in the one or more tested detector elements ; obtain a reading from the one or more tested detector elements via the one or more data modules , ; and determine whether the integrity of the radiation detector has been compromised based at least in part on comparing the reading to a benchmark.
An air conditioner device, comprising an air-conditioning air outlet panel and a decorative panel , wherein the air-conditioning air outlet panel comprises a plate body and a driving mechanism for driving the plate body to move, wherein the plate body comprises: a first plate body , provided with an air outlet grille ; a second plate body , provided with a plurality of air outlet micro-pores; and a third plate body , provided with a closed area; wherein the decorative panel is provided with an opening and the driving mechanism drives the plate body to move and is configured to expose the air outlet grille on the first plate body , the air outlet micro-pores in the second plate body and the closed area on the third plate body at the opening of the decorative panel of the air conditioner device respectively, so as to enable the air conditioner device to be in different working states; and characterised in that at least two plate bodies of the first plate body , the second plate body and the third plate body move in relation to each other so that they are overlapped, in order to reduce a moving area of an entire plate body of the air-conditioning air outlet panel . the air-conditioning air outlet panel comprises a plate body and a driving mechanism for driving the plate body to move, wherein the plate body comprises: a first plate body , provided with an air outlet grille ; a second plate body , provided with a plurality of air outlet micro-pores; and a third plate body , provided with a closed area; wherein the decorative panel is provided with an opening and the driving mechanism drives the plate body to move and is configured to expose the air outlet grille on the first plate body , the air outlet micro-pores in the second plate body and the closed area on the third plate body at the opening of the decorative panel of the air conditioner device respectively, so as to enable the air conditioner device to be in different working states; and characterised in that at least two plate bodies of the first plate body , the second plate body and the third plate body move in relation to each other so that they are overlapped, in order to reduce a moving area of an entire plate body of the air-conditioning air outlet panel .
An agent, which is a surface-treating agent for treating a glass base material having a Si-H bond on the surface, comprising a compound (CF) which is a fluorine-containing compound having a carbon-carbon unsaturated bond at its molecular terminal as a group of -Y-A wherein Y is a single bond, an oxygen atom or a divalent organic group, the divalent group preferably being -CR 14 2 - wherein R 14 is H or lower alkyl, and A is -CH=CH 2 or -C≡CH, preferably -CH=CH 2 , wherein the compound (CF) binds to the glass base material by a Si-C bond. Y is a single bond, an oxygen atom or a divalent organic group, the divalent group preferably being -CR 14 2 - wherein R 14 is H or lower alkyl, and A is -CH=CH 2 or -C≡CH, preferably -CH=CH 2 ,