mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining a bias parameter for a heterogeneous network including a small cell , a macro cell , and one or more user equipment, UEs, (105A-C), the small cell being underlaid with respect to the macro cell , the bias parameter controlling a tendency of one or more UEs (105A-C) to be handed over from the macro cell to the small cell , the method comprising: determining, at a base station of the small cell , a loading state of the macro cell ; and setting, at the base station of the small cell , the bias parameter based on the determined loading state, characterized in that if the loading state is a high load state, setting the bias parameter includes incrementally increasing the bias parameter until a desired number of UEs (105A-C) are attached to the small cell and, if the loading state is a low load state, setting the bias parameter includes incrementally decreasing the bias parameter until a desired number of UEs (105A-C) are attached to the small cell . determining, at a base station of the small cell , a loading state of the macro cell ; and setting, at the base station of the small cell , the bias parameter based on the determined loading state, characterized in that if the loading state is a high load state, setting the bias parameter includes incrementally increasing the bias parameter until a desired number of UEs (105A-C) are attached to the small cell and, if the loading state is a low load state, setting the bias parameter includes incrementally decreasing the bias parameter until a desired number of UEs (105A-C) are attached to the small cell .
A recoater for a powder-layer three-dimensional printer comprising: a movable carriage adapted to controllably traverse a substrate ; a powder reservoir having a first opening at or near its top adapted to receive a powder and a second opening at or near its bottom adapted to discharge the powder; a conveyor belt in operative communication with the second opening of the powder reservoir and adapted to convey powder from the powder reservoir and to dispense the conveyed powder as a powder curtain; and a powder deflector ; wherein the powder reservoir , the conveyor belt , and the powder deflector are carried by the carriage and the powder deflector is positioned to deflect the powder curtain onto the substrate emanating from the conveyor belt . a movable carriage adapted to controllably traverse a substrate ; a powder reservoir having a first opening at or near its top adapted to receive a powder and a second opening at or near its bottom adapted to discharge the powder; a conveyor belt in operative communication with the second opening of the powder reservoir and adapted to convey powder from the powder reservoir and to dispense the conveyed powder as a powder curtain; and a powder deflector ; wherein the powder reservoir , the conveyor belt , and the powder deflector are carried by the carriage and the powder deflector is positioned to deflect the powder curtain onto the substrate emanating from the conveyor belt .
Measuring device for the detection of a fluid variable which relates to a fluid flow of a fluid, with a control device , a measuring tube which serves to conduct the fluid in a throughflow direction, and a first and a second vibration transducer which are arranged spaced apart from one another on the measuring tube , the control device being set up to actuate the first and/or the second vibration transducer in such a way that a shaft which is guided through one or a respective side wall of the measuring tube is excited, the guided shaft exciting compression vibrations of the fluid which can be conducted by the fluid to the respective other vibration transducer and can be detected there by way of the control device for the determination of measuring data, the control device being set up to determine the fluid variable in a manner which is dependent on the measuring data, characterized in that at least one measuring insert is inserted into the measuring tube in such a way that, at least in a measuring section of the measuring tube , which measuring section lies between the first and the second vibration transducer , a diameter of the flow cross section which can be utilized by way of the fluid flow through the measuring insert in a transverse direction with respect to the internal diameter of the measuring tube is reduced in the transverse direction, and a diameter of the flow cross section in a vertical direction which lies perpendicularly on the transverse direction is identical to the internal diameter of the measuring tube in the vertical direction.
Fire-fighting vehicle , comprising: - a fire pump , in particular a centrifugal fire pump, - an electric drive arrangement for driving the fire-fighting vehicle , - an electrical storage device for storing electrical energy for the electrical drive arrangement , further comprising: - a non-electric drive arrangement for driving the fire pump , wherein the fire-fighting vehicle is adapted to selectively operate the fire pump in a first operating mode or a second operating mode, wherein the fire pump is driven by the non-electric drive arrangement in the first operating mode and is driven by the electric drive arrangement in the second operating mode, the firefighting vehicle being adapted to operate the firefighting pump in a third operating mode in which the firefighting pump is driven in hybrid by the electric drive arrangement and the non-electric drive arrangement , wherein the fire-fighting vehicle is adapted to determine the operating mode of the fire pump based on a required power of the fire pump , characterized in that the fire-fighting vehicle is adapted to compare the required power of the fire-fighting pump with a first and a second power threshold value and to determine the operating mode based on the comparison, wherein the second power threshold value is greater than the first power threshold value and wherein below the first power threshold value the second operating mode is used, between the first power threshold value and the second power threshold value the third operating mode is used and above the second power threshold value the first operating mode is used. - a fire pump , in particular a centrifugal fire pump, - an electric drive arrangement for driving the fire-fighting vehicle , - an electrical storage device for storing electrical energy for the electrical drive arrangement , further comprising: - a non-electric drive arrangement for driving the fire pump ,
Method for operating a covering film sensor device, for agricultural applications, with a sensor for detecting light, with a light source for generating a light beam, the sensor and the light source being oriented in such a way that the sensor detects light from the light source that is reflected from a surface of a covering film , characterized in that the covering film sensor device has transparent cap , such that the sensor and the light source are at a distance from the covering film , in that the method involves determining, depending on the light intensity and the frequency spectrum of the detected light, whether the covering film is present and/or what surface coloration the covering film present has, the light intensity being compared with predefinable intensity ranges and the presence and/or the surface coloration of the covering film being determined depending on the comparison, and in that a black surface coloration of the covering film is assigned to a first light intensity range, and absence of the covering film is assigned to a second light intensity range, and a white surface coloration of the covering film is assigned to a third intensity range.
A method for testing comprising: generating optical signal the colour of which varies by sweeping through a certain colour range; capturing the optical signal at intervals by a capturing device to generate frames from the captured optical signal; transmitting the frames by a first communication device to be received by a second communication device ; receiving one or more of the transmitted frames by the second communication device ; providing the received frames to a display of the second communication device to reconstruct the frames on the display ; obtaining by an optical sensor (8.6) colour information of frames displayed by the display at intervals; comparing colour information of successive reconstructed frames to determine two or more of the following: deviation in capturing rate of two successive frames of the capturing device ; a delay between capturing a frame by the capturing device and displaying the frame by the display ; deviation in display rate of two successive frames displayed by the display ; a loss of a frame. generating optical signal the colour of which varies by sweeping through a certain colour range; capturing the optical signal at intervals by a capturing device to generate frames from the captured optical signal; transmitting the frames by a first communication device to be received by a second communication device ; receiving one or more of the transmitted frames by the second communication device ; providing the received frames to a display of the second communication device to reconstruct the frames on the display ; obtaining by an optical sensor (8.6) colour information of frames displayed by the display at intervals; comparing colour information of successive reconstructed frames to determine two or more of the following: deviation in capturing rate of two successive frames of the capturing device ; a delay between capturing a frame by the capturing device and displaying the frame by the display ; deviation in display rate of two successive frames displayed by the display ; a loss of a frame. deviation in capturing rate of two successive frames of the capturing device ; a delay between capturing a frame by the capturing device and displaying the frame by the display ; deviation in display rate of two successive frames displayed by the display ; a loss of a frame.
A computer-implemented method implemented on a system that includes: a speech endpointer that endpoints input utterances based upon detecting an end of speech (EOS) timeout; a storage medium ; and an automated speech recognizer configured to receive audio data and send intermediate speech recognition results back to the speech endpointer as soon as they are available, the method comprising: presenting by the system a query for a user to respond to; receiving an utterance in which a user speaks a response to the query; obtaining context data that indicates expected speech recognition results associated with the query; receiving, from the automated speech recognizer , an intermediate speech recognition result associated with the utterance ; comparing the intermediate speech recognition result to the expected speech recognition results; and determining whether the intermediate speech recognition result corresponds to one of the expected speech recognition results; and if the intermediate speech recognition result matches one of the expected speech recognition results, providing a final speech recognition result that includes a transcription of the utterance , wherein the final speech recognition result is returned before the EOS timeout has expired. presenting by the system a query for a user to respond to; receiving an utterance in which a user speaks a response to the query; obtaining context data that indicates expected speech recognition results associated with the query; receiving, from the automated speech recognizer , an intermediate speech recognition result associated with the utterance ; comparing the intermediate speech recognition result to the expected speech recognition results; and determining whether the intermediate speech recognition result corresponds to one of the expected speech recognition results; and if the intermediate speech recognition result matches one of the expected speech recognition results, providing a final speech recognition result that includes a transcription of the utterance , wherein the final speech recognition result is returned before the EOS timeout has expired.
A fire extinguisher comprising a fire extinguisher reservoir , a fire extinguisher outlet burst disc that forms a discharge barrier between the fire extinguisher reservoir and a discharge head to retain a pressurized fire extinguishing agent within the fire extinguisher reservoir , and a fire extinguisher actuator assembly ; characterized by the fire extinguisher actuator assembly comprising: a cutter positioned within the fire extinguisher proximate the fire extinguisher outlet burst disc , wherein the cutter is coupled to a shuttle body to form a cutter shuttle assembly , and the cutter shuttle assembly further comprises an engagement interface to engage with a pusher on a drive shaft , and the cutter shuttle assembly is restrained internally or retained by the discharge head ; and a motorized activation device comprising a drive shaft , the motorized activation device operable to rotate the drive shaft and push the cutter to pierce the fire extinguisher outlet burst disc , thereby releasing the pressurized fire extinguishing agent through the discharge head . a cutter positioned within the fire extinguisher proximate the fire extinguisher outlet burst disc , wherein the cutter is coupled to a shuttle body to form a cutter shuttle assembly , and the cutter shuttle assembly further comprises an engagement interface to engage with a pusher on a drive shaft , and the cutter shuttle assembly is restrained internally or retained by the discharge head ; and a motorized activation device comprising a drive shaft , the motorized activation device operable to rotate the drive shaft and push the cutter to pierce the fire extinguisher outlet burst disc , thereby releasing the pressurized fire extinguishing agent through the discharge head .
Vacuum pump, in particular a turbomolecular vacuum pump, with a rotor shaft borne in a pump housing , this shaft bearing at least one rotor element , two bearings , respectively arranged between a bearing seat element connected to the pump housing and the rotor shaft , wherein at least one bearing has a first magnet element connected to the bearing seat element , and a second magnet element connected to the rotor shaft , wherein the first magnet element and the second magnet element repel one another magnetically to bear the rotor shaft , wherein the first magnet element and the second magnet element respectively have several magnet rings , characterized in that a spring element is provided between at least two magnet rings of the first magnet element and/or of the second magnet element , wherein the vacuum pump furthermore has an axial adjusting element for setting the bearing pre-stress, wherein through the adjusting element , the axial position of the first magnet element or of the second magnet element can be adjusted, wherein the spring element is compressed or relieved when the axial position is adjusted. a rotor shaft borne in a pump housing , this shaft bearing at least one rotor element , two bearings , respectively arranged between a bearing seat element connected to the pump housing and the rotor shaft , wherein at least one bearing has a first magnet element connected to the bearing seat element , and a second magnet element connected to the rotor shaft , wherein the first magnet element and the second magnet element repel one another magnetically to bear the rotor shaft , wherein the first magnet element and the second magnet element respectively have several magnet rings , characterized in that a spring element is provided between at least two magnet rings of the first magnet element and/or of the second magnet element , wherein the vacuum pump furthermore has an axial adjusting element for setting the bearing pre-stress, wherein through the adjusting element , the axial position of the first magnet element or of the second magnet element can be adjusted, wherein the spring element is compressed or relieved when the axial position is adjusted.
An assembly for a gas turbine engine , the assembly comprising: an abradable component ; and an abrasive component adjacent the abradable component , the abrasive component having a wear surface and configured to move relatively to the abradable component during operation of the engine, the abrasive component including an internal cooling passage and a recess in fluid communication with the internal cooling passage , the recess tapered toward the wear surface of the abrasive component , wherein: in a first condition, the wear surface covers the recess ; in a second condition, the wear surface is configured to define an opening which fluidly couples the internal cooling passage to a region outside of the abrasive component via the recess ; the wear surface is configured to contact the abradable component , and a contact between the wear surface and the abradable component abrades the wear surface from the first condition to the second condition and uncovers the recess . an abradable component ; and an abrasive component adjacent the abradable component , the abrasive component having a wear surface and configured to move relatively to the abradable component during operation of the engine, the abrasive component including an internal cooling passage and a recess in fluid communication with the internal cooling passage , the recess tapered toward the wear surface of the abrasive component , wherein: in a first condition, the wear surface covers the recess ; in a second condition, the wear surface is configured to define an opening which fluidly couples the internal cooling passage to a region outside of the abrasive component via the recess ; the wear surface is configured to contact the abradable component , and a contact between the wear surface and the abradable component abrades the wear surface from the first condition to the second condition and uncovers the recess . in a first condition, the wear surface covers the recess ; in a second condition, the wear surface is configured to define an opening which fluidly couples the internal cooling passage to a region outside of the abrasive component via the recess ; the wear surface is configured to contact the abradable component , and a contact between the wear surface and the abradable component abrades the wear surface from the first condition to the second condition and uncovers the recess .
Component made of a thermoplastic, which is configured to be assembled with a second identical component and a decoupling element made of an elastomer to form a decoupling assembly for an add-on part of a motor vehicle connected to a body structure, comprising i) a base plate having a central opening , ii) at least two identically shaped cylinder wall segments arranged equidistantly from one another on the upper side of the base plate on a circular line coaxial with the center of the opening , each side facing the opening having at least one spring element which is configured to engage in thread flanks of a threaded bolt when the threaded bolt is introduced into the opening , wherein the length of the circular arc between two cylinder wall segments is at least as great as the length of an upper edge of a cylinder wall segment , characterized in that each of the cylinder wall segments has on its upper edge a detent lug which is configured to engage in a corresponding recess of the second identical component and to lock the two components together, and that the component iii) has recesses arranged between each two cylinder wall segments . i) a base plate having a central opening , ii) at least two identically shaped cylinder wall segments arranged equidistantly from one another on the upper side of the base plate on a circular line coaxial with the center of the opening , each side facing the opening having at least one spring element which is configured to engage in thread flanks of a threaded bolt when the threaded bolt is introduced into the opening , wherein the length of the circular arc between two cylinder wall segments is at least as great as the length of an upper edge of a cylinder wall segment , characterized in that each of the cylinder wall segments has on its upper edge a detent lug which is configured to engage in a corresponding recess of the second identical component and to lock the two components together, and that the component iii) has recesses arranged between each two cylinder wall segments .
Method for controlling an internal combustion engine of an agricultural vehicle comprising the following steps, - detecting a rotation speed of said internal combustion engine; and - generating a control signal consisting of a quantity of fuel/cycle with the help of a PID controller based on an engine speed error; - acquisition of a rated torque curve of said internal combustion engine, as a function of the rotation speed of said internal combustion engine, - selection of a predefined speed value (PTS) of the internal combustion engine, - introduction of a modified torque curve having an increased portion whose torque values are increased with respect to a corresponding first portion of the rated curve for speeds below said predefined speed value (PTS), and an unchanged portion whose torque values are unchanged with respect to a corresponding second portion of the rated curve for speeds greater than said predefined speed value, - switching from said rated torque curve to said modified torque curve, when at least one operating condition has occurred, such that said internal combustion engine delivers a torque not greater than said modified torque curve rather than, otherwise, a torque not greater than said rated torque curve, characterized in that the first portion has torque values that increase with increasing speeds. - detecting a rotation speed of said internal combustion engine; and - generating a control signal consisting of a quantity of fuel/cycle with the help of a PID controller based on an engine speed error; - acquisition of a rated torque curve of said internal combustion engine, as a function of the rotation speed of said internal combustion engine, - selection of a predefined speed value (PTS) of the internal combustion engine, - introduction of a modified torque curve having an increased portion whose torque values are increased with respect to a corresponding first portion of the rated curve for speeds below said predefined speed value (PTS), and an unchanged portion whose torque values are unchanged with respect to a corresponding second portion of the rated curve for speeds greater than said predefined speed value, - switching from said rated torque curve to said modified torque curve, when at least one operating condition has occurred, such that said internal combustion engine delivers a torque not greater than said modified torque curve rather than, otherwise, a torque not greater than said rated torque curve,