mhurhangee/ep-ind-claims huggingface dataset:
Method of controlling at least two interacting piezoelectric actuators (7,8; 7.1, 7.2, 8.1, 8.2) for commonly displacing an object attached thereto, said method comprising the following steps: a. Step A: applying a first cyclic drive voltage signal with a first constant frequency to a first piezoelectric actuator (7; 7.1, 7.2), b. Step B: applying a second cyclic drive voltage signal with a second constant frequency to a second piezoelectric actuator (8; 8.1,8.2), whereby the first and second frequencies of the first and second cyclic drive voltage signals (13,14) are substantially identical and whereby the frequencies of the first and second cyclic drive voltage signals (13,14) are substantially oppositely phased, characterized in that at least in a predetermined time period the cyclic drive voltage signals (13,14) in step A and B are synchronized such that at least one time phase is comprised in which the drive voltage signals (13,14) of the first and second piezoelectric actuators (7,8; 7.1, 7.2, 8.1, 8.2) have both a gradient of decreasing or increasing the respective drive voltage signal (13,14) having the same sign. a. Step A: applying a first cyclic drive voltage signal with a first constant frequency to a first piezoelectric actuator (7; 7.1, 7.2), b. Step B: applying a second cyclic drive voltage signal with a second constant frequency to a second piezoelectric actuator (8; 8.1,8.2), whereby the first and second frequencies of the first and second cyclic drive voltage signals (13,14) are substantially identical and whereby the frequencies of the first and second cyclic drive voltage signals (13,14) are substantially oppositely phased, characterized in that at least in a predetermined time period the cyclic drive voltage signals (13,14) in step A and B are synchronized such that at least one time phase is comprised in which the drive voltage signals (13,14) of the first and second piezoelectric actuators (7,8; 7.1, 7.2, 8.1, 8.2) have both a gradient of decreasing or increasing the respective drive voltage signal (13,14) having the same sign.
A method for monitoring a cellular network on board an aircraft, comprising: providing a network control unit comprising a general control system operatively linked to a noise generation unit, wherein the network control unit comprises one or more antennas; generating a first noise signal using the noise generation unit, wherein the first noise signal has a first signal configuration; outputting via the one or more antennas a generated noise based on the first noise signal; monitoring power supplied to or received from at least one of a plurality of on-board cellular base stations (120A-120N), wherein the at least one of a plurality of on-board cellular base stations (120A-120N) is communicatively coupled with the network control unit; identifying a loss of power supplied to or received from the at least one of a plurality of cellular base stations (120A-120N); and characterised in that on identifying the loss of power supplied to or received from the at least one of a plurality of cellular base stations (120A-120N), generating via the noise generation unit a second noise signal having a second signal configuration that is different from the first signal configuration and outputting via the one or more antennas the generated noise based on the second noise signal. providing a network control unit comprising a general control system operatively linked to a noise generation unit, wherein the network control unit comprises one or more antennas; generating a first noise signal using the noise generation unit, wherein the first noise signal has a first signal configuration; outputting via the one or more antennas a generated noise based on the first noise signal; monitoring power supplied to or received from at least one of a plurality of on-board cellular base stations (120A-120N), wherein the at least one of a plurality of on-board cellular base stations (120A-120N) is communicatively coupled with the network control unit; identifying a loss of power supplied to or received from the at least one of a plurality of cellular base stations (120A-120N); and characterised in that on identifying the loss of power supplied to or received from the at least one of a plurality of cellular base stations (120A-120N), generating via the noise generation unit a second noise signal having a second signal configuration that is different from the first signal configuration and outputting via the one or more antennas the generated noise based on the second noise signal.
A dust collection assembly, comprising: a first annular ring having a first electrically connecting piece configured to be connected with one of a positive pole and a negative pole of a power source, the first annular ring having a first outer ring; and a second annular ring spaced apart and insulated from the first annular ring and having a second electrically connecting piece configured to be connected with the other one of the positive pole and the negative pole of the power source, the second annular ring having a second outer ring and a plurality of second blades disposed in an inner surface of the second outer ring along a circumferential direction, characterized in that, the first annular ring has a plurality of first blades disposed in an inner surface of the first outer ring along a circumferential direction, the second annular ring is disposed below the first annular ring, and the plurality of second blades and the plurality of first blades are arranged to be staggered in the circumferential direction so that a plurality of high voltage direct current fields can be formed between the first annular ring and the second annular ring. a first annular ring having a first electrically connecting piece configured to be connected with one of a positive pole and a negative pole of a power source, the first annular ring having a first outer ring; and a second annular ring spaced apart and insulated from the first annular ring and having a second electrically connecting piece configured to be connected with the other one of the positive pole and the negative pole of the power source, the second annular ring having a second outer ring and a plurality of second blades disposed in an inner surface of the second outer ring along a circumferential direction, characterized in that, the first annular ring has a plurality of first blades disposed in an inner surface of the first outer ring along a circumferential direction, the second annular ring is disposed below the first annular ring, and the plurality of second blades and the plurality of first blades are arranged to be staggered in the circumferential direction so that a plurality of high voltage direct current fields can be formed between the first annular ring and the second annular ring.
Method for displaying images (15, 18, 21) on a display device of a driver assistance system in a motor vehicle, having the steps: - reception of navigation data by the driver assistance system, - acquisition of sensor data about the surroundings (10 to 13) of the motor vehicle by at least one sensor (5a to 5d) of the driver assistance system, - processing of the sensor data to form a surroundings image (15, 18) which shows at least one surrounding area (16, 19) next to the motor vehicle, - displaying of a map image on the display device, which is generated while taking into account the navigation data from stored map data, and - enlargement of the map image on the display device, and changing from the map image to the surroundings image (15, 18) after a predetermined mapping scale of the map image has been reached, - characterized in that the sensor data comprises image data which is acquired by at least one camera (5a to 5d) as a sensor, wherein the image data is processed to form the surroundings image (15, 18) which shows a perspective view of the surrounding area (16, 19) and also of at least one area of the motor vehicle, and in that immediately after the change from the map image to the surroundings image (15, 18), the surroundings image (15, 18) shows the surrounding area (16, 19) and also the at least one area of the motor vehicle from the same viewing direction as the map image directly before the change. - reception of navigation data by the driver assistance system, - acquisition of sensor data about the surroundings (10 to 13) of the motor vehicle by at least one sensor (5a to 5d) of the driver assistance system, - processing of the sensor data to form a surroundings image (15, 18) which shows at least one surrounding area (16, 19) next to the motor vehicle, - displaying of a map image on the display device, which is generated while taking into account the navigation data from stored map data, and - enlargement of the map image on the display device, and changing from the map image to the surroundings image (15, 18) after a predetermined mapping scale of the map image has been reached, - characterized in that
A method for recognizing a given input of a person with a sensor, wherein the given input is recognized by the sensor through at least one of the gestures of the person assigned to the given input, wherein an algorithm is executed with the sensor by which gestures are detected and differentiated from one another, wherein originally a first gesture is applied for detecting the given input, which is detected by the sensor, wherein first only the first gesture for recognizing the given input is set to active, characterized in that a proper functioning of the sensor for detecting the first gesture is verified, wherein in the case that the proper functioning for recognizing the first gesture is not given, alternatively a second gesture is selected, which is or will be assigned to the given input, wherein for recognizing the given input through the sensor, automatic switching from the first to the second gesture occurs, wherein the first gesture is set to inactive and the second gesture is set to active, wherein in the algorithm that is stored in the sensor and is running during operation of the sensor, the first gesture is replaced by the second gesture, wherein it is taken into account that the proper functioning of the sensor depends on environmental influences acting on the sensor, wherein it is determined based on a currently prevailing environmental influence that is acting on the sensor whether the proper functioning of the sensor for detecting the first gesture is given, or not, wherein an additional environmental sensor is used for recognizing the environmental influences.
Shock absorber comprising: a) a housing, b) an inner tube arranged in the housing, c) a piston rod that plunges into the inner tube, d) a piston arranged on the end of the piston rod that plunges into the inner tube, which piston divides the inside of the inner tube into a lower chamber and an upper chamber, e) a first valve arrangement arranged on the piston, by means of which a working medium received in the inner tube can flow out of the lower chamber into the upper chamber and vice versa when the piston is moved in the inner tube, f) a second valve arrangement arranged at the upper end of the inner tube, by means of which, when the piston is moved in the inner tube, the working medium received in the inner tube can flow out of the upper chamber only into the inside of the housing used as a tank for the working medium, g) a third valve arrangement arranged at the lower end of the inner tube, by means of which the working medium received in the inside of the housing used as a tank can flow out of the inside of the housing used as a tank only into the lower chamber when the piston is moved in the inner tube, characterised in that the working medium is oil and in that a first connection element is provided on the lower chamber of the inner tube and a second connection element is provided on the upper chamber of the inner tube in order to connect a device for controlling the flow resistance of the working medium in the first valve arrangement, and in that a rising pipe is arranged at the upper end of the inner tube and protrudes through an oil sump level into an oil sump inside the housing and, by means of which pipe, oil can be transferred from the housing used as a tank into the upper chamber of the inner tube, the oil sump level being arranged next to the inner tube. a) a housing, b) an inner tube arranged in the housing, c) a piston rod that plunges into the inner tube, d) a piston arranged on the end of the piston rod that plunges into the inner tube, which piston divides the inside of the inner tube into a lower chamber and an upper chamber, e) a first valve arrangement arranged on the piston, by means of which a working medium received in the inner tube can flow out of the lower chamber into the upper chamber and vice versa when the piston is moved in the inner tube, f) a second valve arrangement arranged at the upper end of the inner tube, by means of which, when the piston is moved in the inner tube, the working medium received in the inner tube can flow out of the upper chamber only into the inside of the housing used as a tank for the working medium, g) a third valve arrangement arranged at the lower end of the inner tube, by means of which the working medium received in the inside of the housing used as a tank can flow out of the inside of the housing used as a tank only into the lower chamber when the piston is moved in the inner tube,
Method for limiting access rights in a building, which comprises a conveying system and an access control system connected to the conveying system, which access control system comprises at least one short-range identification point and at least one long-range identification point (13c, 13d, 17b, 18a) and in which method a terminal device is given into the possession of passengers, for generating service requests to the conveying system, wherein the method comprises the phases: the terminal device is taken into the operating area of a short-range identification point; the access rights connected to the service requests of the terminal device in the operating area of the short-range identification point are activated; the terminal device is taken into the operating area of a long-range identification point; the service request generated with the terminal device in the operating area of the long-range identification point is transmitted to the conveying system, if the access right connected to the service request is valid on the basis of the aforementioned activation.
A reduction apparatus for reducing a fine iron ore comprising: a granulated ore pre-reduction furnace into which the fine iron ore is charged to be pre-reduced by a reduction gas; an ultra-fine ore pre-reduction furnace into which an ultra-fine ore, having a particle size range of 100μm or less, scattered in and discharged from the granulated ore pre-reduction furnace is charged to be pre-reduced; a first magnetic separator separating and then discharging a gangue component from the ultra-fine ore reduced in the ultra-fine ore pre-reduction furnace; at least one intermediate reduction furnace into which the granulated ore reduced in and discharged from the granulated ore pre-reduction furnace and the ultra-fine ore from which the gangue component is separated are charged to be further reduced and thus increase a reduction ratio of the granulated ore and the ultra-fine ore; and a final reduction furnace finally reducing the granulated ore and the ultra-fine ore reduced in and discharged from the intermediate reduction furnace to manufacture a reduced iron. a granulated ore pre-reduction furnace into which the fine iron ore is charged to be pre-reduced by a reduction gas; an ultra-fine ore pre-reduction furnace into which an ultra-fine ore, having a particle size range of 100μm or less, scattered in and discharged from the granulated ore pre-reduction furnace is charged to be pre-reduced; a first magnetic separator separating and then discharging a gangue component from the ultra-fine ore reduced in the ultra-fine ore pre-reduction furnace; at least one intermediate reduction furnace into which the granulated ore reduced in and discharged from the granulated ore pre-reduction furnace and the ultra-fine ore from which the gangue component is separated are charged to be further reduced and thus increase a reduction ratio of the granulated ore and the ultra-fine ore; and a final reduction furnace finally reducing the granulated ore and the ultra-fine ore reduced in and discharged from the intermediate reduction furnace to manufacture a reduced iron.
A sheet material comprising a humectant-containing fine fiber layer on at least one surface of a substrate, wherein the fine fiber layer contains fibers selected from the group of cellulose, chitin and chitosan, and having a width within a range of from 2 nm to 50 nm and a length within a range of from 0.2 μm to 50 μm, characterized in that the fine fiber layer contains a plasticizer.
Study/work station comprising a study/work desk/table, said study/work desk/table comprising a first abutment base, a study/work plane and a first support structure for said study/work plane; said first support structure comprising a first device for adjusting the height of said study/work plane and a second device for adjusting the tilt of said study/work plane; said first adjustment device being associated with a first graduated reference scale of predefined heights of said study/work plane, said predefined heights of said study/work plane being correlatable with first anthropomorphic parameters of a user of said study/work station; said study/work station being characterized in that: • said study/work plane comprises a study/work surface and a third support structure for said study/work surface, said study/work surface being hinged along a first side to said third support structure; • said first device for adjusting the height of said study/work plane comprises a third and a fourth tube associated with said first abutment base, said third and fourth tube being constrained to said third support structure; • said second device for adjusting the tilt of said study/work plane comprises a fifth and a sixth tube telescopically slidable with respect to said third and fourth tube, said fifth and sixth tube being hinged to said study/work surface along a second side opposite said first side, the sliding of said fifth and sixth tube with respect to said third and fourth tube causing a variation of the tilt of said study/work surface into pre-established positions. • said study/work plane comprises a study/work surface and a third support structure for said study/work surface, said study/work surface being hinged along a first side to said third support structure; • said first device for adjusting the height of said study/work plane comprises a third and a fourth tube associated with said first abutment base, said third and fourth tube being constrained to said third support structure; • said second device for adjusting the tilt of said study/work plane comprises a fifth and a sixth tube telescopically slidable with respect to said third and fourth tube, said fifth and sixth tube being hinged to said study/work surface along a second side opposite said first side, the sliding of said fifth and sixth tube with respect to said third and fourth tube causing a variation of the tilt of said study/work surface into pre-established positions.
A process of obtaining and managing the volume and concentration of sanitizer optimized for application in a disinfection of an in ovo substance applicator module having, as a paradigm, information on the average size of vaccinated and/or fed fertile eggs, wherein the substance applicator module is composed of a fertile egg batch data module, which provides human-machine interface data, wherein the operator receives information on the average egg size, performed by means of the observation of a printed or digital record with information on a batch of incubated eggs, which in turn is communicated as a data transmitter with an action management module, formed by an application software, which uses a logic programmer, wherein this software application sends operational data of a concentrated sanitizing module formed by a concentrated sanitizing reserve sub-module, this application software sends data to a water purification module formed by the sequential sub-modules of the pre-water filtration module, pre-filtered water transfer sub-module, pre-filtered water sterilization sub-module and of sterilized water demineralization sub-module, wherein this water purification module feeds the module for obtaining prepared concentrated sanitizer also with application software command control, wherein this module for obtaining prepared concentrated sanitizer is formed by sequential sub-modules, namely concentrated sanitizer purified water mixture sub-module, prepared concentrated sanitizing reserve sub-module, also controlled by receiving and sending commands from the application software, where the supply of prepared concentrated sanitizer to the application module is also controlled by application software commands.
An infusion pump system (600, 700, 800) for dispensing liquid medication, comprising: a first reservoir (7, 610, 710, 810) for storing liquid medication; and a first fluid driver (9, 620, 720, 820) for expelling liquid medication from the first reservoir (7, 610, 710, 810), a second reservoir (3, 640, 740, 840) for storing liquid medication; and a second fluid driver (4, 641, 741, 841) for expelling liquid medication from the second reservoir (3, 640, 740, 840), a first valve (1a, 650,750, 850) configured to control the flow of liquid medication from the first reservoir (7, 610, 710, 810) to the second reservoir (3, 640, 740, 840); a second valve (1b, 660, 760, 860) configured to control the flow of liquid medication from the second reservoir (3, 640, 740, 840) to an infusion site; and wherein each of the first (1a, 650,750, 850) and second valves (1b, 660, 760, 860) is selectively opened or closed to admit liquid medication from the first reservoir (7, 610, 710, 810) to the second reservoir (3, 640, 740, 840) and to dispense liquid medication from the second reservoir to the infusion site, characterized in that the maximum storage capacity for liquid medication in the second reservoir (3, 640, 740, 840) is a safe or less than harmful dose to a user. a first reservoir (7, 610, 710, 810) for storing liquid medication; and a first fluid driver (9, 620, 720, 820) for expelling liquid medication from the first reservoir (7, 610, 710, 810), a second reservoir (3, 640, 740, 840) for storing liquid medication; and a second fluid driver (4, 641, 741, 841) for expelling liquid medication from the second reservoir (3, 640, 740, 840), a first valve (1a, 650,750, 850) configured to control the flow of liquid medication from the first reservoir (7, 610, 710, 810) to the second reservoir (3, 640, 740, 840); a second valve (1b, 660, 760, 860) configured to control the flow of liquid medication from the second reservoir (3, 640, 740, 840) to an infusion site; and wherein each of the first (1a, 650,750, 850) and second valves (1b, 660, 760, 860) is selectively opened or closed to admit liquid medication from the first reservoir (7, 610, 710, 810) to the second reservoir (3, 640, 740, 840) and to dispense liquid medication from the second reservoir to the infusion site, characterized in that the maximum storage capacity for liquid medication in the second reservoir (3, 640, 740, 840) is a safe or less than harmful dose to a user.