mhurhangee/patent-ind-claim-en huggingface dataset:
A noise control system configured to control acoustic noise within a noise-controlled volume, the noise control system comprising: a sheltering structure having an inner surface and an outer surface, the inner surface partially surrounding the noise-controlled volume; one or more first acoustic sensors to sense external noise at one or more respective noise sensing locations on said outer surface; one or more second acoustic sensors to sense residual noise at one or more respective residual noise sensing locations on said inner surface; one or more acoustic transducers ; and a controller component configured to determine a noise control pattern based at least on an audio input , one or more first noise inputs from the one or more first acoustic sensors and one or more second noise inputs from the one or more second acoustic sensors , the controller component configured to generate one or more control signals to control acoustic signals generated by said one or more acoustic transducers based on the noise control pattern, characterized in that the controller component is configured to determine the noise control pattern based on a combination of a noise reduction pattern and a private audio pattern, the controller component configured to determine the noise reduction pattern to reduce or eliminate a noise pattern in the noise-controlled volume resulting from said external noise, the controller component configured to determine the private audio pattern based on the audio input such that the audio input is to be heard within the noise-controlled volume and substantially not to be heard outside the noise-controlled volume. a sheltering structure having an inner surface and an outer surface, the inner surface partially surrounding the noise-controlled volume; one or more first acoustic sensors to sense external noise at one or more respective noise sensing locations on said outer surface; one or more second acoustic sensors to sense residual noise at one or more respective residual noise sensing locations on said inner surface; one or more acoustic transducers ; and a controller component configured to determine a noise control pattern based at least on an audio input , one or more first noise inputs from the one or more first acoustic sensors and one or more second noise inputs from the one or more second acoustic sensors , the controller component configured to generate one or more control signals to control acoustic signals generated by said one or more acoustic transducers based on the noise control pattern, characterized in that the controller component is configured to determine the noise control pattern based on a combination of a noise reduction pattern and a private audio pattern, the controller component configured to determine the noise reduction pattern to reduce or eliminate a noise pattern in the noise-controlled volume resulting from said external noise, the controller component configured to determine the private audio pattern based on the audio input such that the audio input is to be heard within the noise-controlled volume and substantially not to be heard outside the noise-controlled volume.
A gas-insulated line defining an axial direction (X) and comprising an enclosure configured to surround a nominal conductor and a pressurized insulation gas (G) in the enclosure , wherein the enclosure includes: - a first attachment point and a second attachment point , the first attachment point and the second attachment point being spaced apart from each other in the axial direction (X); - a rope element fixed between the first attachment point and the second attachment point and loaded with a pretension, wherein the rope element is a steel wire rope or carbon fiber rope or of any other suitable material; and - a flexible enclosure element arranged between the first attachment point and the second attachment point . - a first attachment point and a second attachment point , the first attachment point and the second attachment point being spaced apart from each other in the axial direction (X); - a rope element fixed between the first attachment point and the second attachment point and loaded with a pretension, wherein the rope element is a steel wire rope or carbon fiber rope or of any other suitable material; and - a flexible enclosure element arranged between the first attachment point and the second attachment point .
A method, performed by one or more processors, the method comprising: in an application for enforcing one or more policies for reading and writing data to a database: receiving , over a data network, instructions for performing a read or write request for data; sending the read or write request to a transaction manager configured to provide transactions for a key-value store of the database, the request being in accordance with one or more policies to be enforced by the enforcing application; and receiving , from the transaction manager, a response message based on operations performed by the transaction manager in response to the read or write request, wherein the enforcing application accesses a policy data object which defines a predetermined file size, and wherein if the instructions are associated with writing a first file that is under said predetermined file size, the method comprises sending the write request and the first file to the transaction manager for storing the first file as a value in the key-value store, and if the instructions are associated with writing a second file that is over said predetermined file size, the method comprises storing, by the enforcing application, the second file in secondary memory and sending the write request and the location of the second file in the secondary memory to the transaction manager for storing the location as a value in the key-value store, wherein the secondary memory is outside of the database, and wherein the enforcing application but not the transaction manager accesses the secondary memory. receiving , over a data network, instructions for performing a read or write request for data; sending the read or write request to a transaction manager configured to provide transactions for a key-value store of the database, the request being in accordance with one or more policies to be enforced by the enforcing application; and receiving , from the transaction manager, a response message based on operations performed by the transaction manager in response to the read or write request, wherein the enforcing application accesses a policy data object which defines a predetermined file size, and wherein if the instructions are associated with writing a first file that is under said predetermined file size, the method comprises sending the write request and the first file to the transaction manager for storing the first file as a value in the key-value store, and if the instructions are associated with writing a second file that is over said predetermined file size, the method comprises storing, by the enforcing application, the second file in secondary memory and sending the write request and the location of the second file in the secondary memory to the transaction manager for storing the location as a value in the key-value store, wherein the secondary memory is outside of the database, and wherein the enforcing application but not the transaction manager accesses the secondary memory.
Apparatus for carrying out a peritoneal dialysis treatment comprising a reservoir for fresh dialysis fluid, a connector for connecting to a peritoneal catheter of a patient, a drain for consumed dialysis fluid, and a control unit connected to actuators, wherein the apparatus is configured to carry out a plurality of consecutive inflow-dwell-outflow cycles for a treatment on the basis of a prescription stored in the control unit, in which inflow-dwell-outflow cycles dialysis fluid is supplied to the patient from the reservoir and is led off through the outflow again after the elapse of a specific dwell time in the peritoneum of the patient, characterized in that the apparatus is further configured to already replace a portion of the dialysis fluid present in the peritoneum of the patient with fresh dialysis fluid from the reservoir before the elapse of the dwell time in at least one cycle if, in at least one preceding cycle, the volume of fresh dialysis fluid provided in accordance with the prescription for this preceding cycle was not completely consumed.
Double-sided or multi-sided permanent magnetic holding device for temporarily and/or releasably holding a magnetisable transport anchor on a magnetisable formwork wall of a formwork for producing a concrete part , comprising - a base which is formed in whole or in part with permanent magnetic material for generating a magnetic holding force, wherein the base ∘ a first side for forming a magnetic holding force with the formwork wall ∘ and a second side facing away from or not associated with the formwork wall for forming a magnetic holding force with the transport anchor , wherein the second side (221 b) of the base has a projection , wherein the projection can be coupled to a recess of the transport anchor to form a plug-in connection held together by the magnetic holding force, characterised in that the projection is subdivided into a first projection section and a second projection section , wherein the first projection section is formed for the plug-in connection with the transport anchor and the second projection section provides a distance between the base or the formwork wall and the first projection section for a recessed installation of the transport anchor in the concrete part , wherein an end wall of the second projection section is designed as a contact surface for forming the holding contact, in the form of a full-surface magnetic holding contact with an abutment wall of the transport anchor . - a base which is formed in whole or in part with permanent magnetic material for generating a magnetic holding force, wherein the base ∘ a first side for forming a magnetic holding force with the formwork wall ∘ and a second side facing away from or not associated with the formwork wall for forming a magnetic holding force with the transport anchor , ∘ a first side for forming a magnetic holding force with the formwork wall ∘ and a second side facing away from or not associated with the formwork wall for forming a magnetic holding force with the transport anchor , the second side (221 b) of the base has a projection , wherein the projection can be coupled to a recess of the transport anchor to form a plug-in connection held together by the magnetic holding force, characterised in that the projection is subdivided into a first projection section and a second projection section , wherein the first projection section is formed for the plug-in connection with the transport anchor and the second projection section provides a distance between the base or the formwork wall and the first projection section for a recessed installation of the transport anchor in the concrete part , wherein an end wall of the second projection section is designed as a contact surface for forming the holding contact, in the form of a full-surface magnetic holding contact with an abutment wall of the transport anchor .
An injector for a gas turbine combustion chamber, the injector comprising: - a fluid feed system ; - an injector body extending along a longitudinal axis (Z-Z); - an injection head arranged on the injector body and configured to spray said fluid in a direction (X-X) that is inclined relative to the longitudinal axis (Z-Z); and - an actuator configured to turn the injector selectively about the longitudinal axis (Z-Z) so as to vary the direction (X-X) in which the fluid is sprayed; the injector being characterized in that the actuator is configured to enable the orientation of the injector to be varied by turning about the longitudinal axis (Z-Z) through an amplitude less than or equal to 90°. - a fluid feed system ; - an injector body extending along a longitudinal axis (Z-Z); - an injection head arranged on the injector body and configured to spray said fluid in a direction (X-X) that is inclined relative to the longitudinal axis (Z-Z); and - an actuator configured to turn the injector selectively about the longitudinal axis (Z-Z) so as to vary the direction (X-X) in which the fluid is sprayed;
A system for controlling frequency of a clock buffer in association with a voltage droop, comprising: a microprocessor that is configured to receive a clock provided by the clock buffer ; a voltage detector comprising a low-pass filter, the voltage detector being configured to detect a relative voltage droop associated with a certain amount of voltage supply noise in the system based on a comparison of (a) a voltage associated with the microprocessor with (b) a low-pass filtered version of the voltage associated with the microprocessor ; and a controller configured for controlling the frequency of the clock provided by the clock buffer based on the comparison of (a) the voltage associated with the microprocessor with (b) the low-pass filtered version of the voltage associated with the microprocessor , the controller further configured for reducing the frequency of the clock in response to the relative voltage droop being detected as a defined criterion associated with the voltage being satisfied, and incrementally increasing the frequency of the clock in response to the voltage associated with the microprocessor returning to a voltage level that was provided to the microprocessor before the detection of the relative voltage droop as another defined criterion associated with the voltage being satisfied. a microprocessor that is configured to receive a clock provided by the clock buffer ; a voltage detector comprising a low-pass filter, the voltage detector being configured to detect a relative voltage droop associated with a certain amount of voltage supply noise in the system based on a comparison of (a) a voltage associated with the microprocessor with (b) a low-pass filtered version of the voltage associated with the microprocessor ; and a controller configured for controlling the frequency of the clock provided by the clock buffer based on the comparison of (a) the voltage associated with the microprocessor with (b) the low-pass filtered version of the voltage associated with the microprocessor , the controller further configured for reducing the frequency of the clock in response to the relative voltage droop being detected as a defined criterion associated with the voltage being satisfied, and incrementally increasing the frequency of the clock in response to the voltage associated with the microprocessor returning to a voltage level that was provided to the microprocessor before the detection of the relative voltage droop as another defined criterion associated with the voltage being satisfied.
A control system comprising an ionization electrode , a first flame sensor , a first signal conditioning circuit in operative communication with the ionization electrode , a second signal conditioning circuit in operative communication with the first flame sensor , an output unit , a processor in operative communication with the first and with the second signal conditioning circuits and with the output unit , the processor being configured to: receive first and second ionization signals indicative of ionization currents via the first signal conditioning circuit from the ionization electrode , the second ionization signal being received after the first ionization signal; receive first and second flame signals indicative of radiations originating from a flame (1a - 1c) via the second signal conditioning circuit from the first flame sensor , the second flame signal being received after the first flame signal; characterised in the processor being further configured to: produce a derived ionization signal as a function of the first and the second ionization signals; produce a derived flame signal as a function of the first and the second flame signals; determine if a flame lift-off condition exists based on the derived ionization signal and based on the derived flame signal; and if a flame lift-off condition exists, produce a safety signal and transmit the safety signal to the output unit . receive first and second ionization signals indicative of ionization currents via the first signal conditioning circuit from the ionization electrode , the second ionization signal being received after the first ionization signal; receive first and second flame signals indicative of radiations originating from a flame (1a - 1c) via the second signal conditioning circuit from the first flame sensor , the second flame signal being received after the first flame signal; characterised in the processor being further configured to: produce a derived ionization signal as a function of the first and the second ionization signals; produce a derived flame signal as a function of the first and the second flame signals; determine if a flame lift-off condition exists based on the derived ionization signal and based on the derived flame signal; and if a flame lift-off condition exists, produce a safety signal and transmit the safety signal to the output unit . produce a derived ionization signal as a function of the first and the second ionization signals; produce a derived flame signal as a function of the first and the second flame signals; determine if a flame lift-off condition exists based on the derived ionization signal and based on the derived flame signal; and if a flame lift-off condition exists, produce a safety signal and transmit the safety signal to the output unit .
Milling system with a hand-held milling cutter which has a depth stop by means of which a penetration depth (ET) of a milling tool of the hand-held milling cutter can be limited, and with a suction nozzle , wherein the suction nozzle has a suction-extraction connection which is configured for connection to a dust-extraction system , wherein the suction nozzle has a connection region via which the suction nozzle is able to be fastened in a re-releasable manner, preferably in a manner re-releasable without the use of any tools, to the depth stop .
A grinding wheel, with two grinding wheel protection pads , positioned on two sides of the grinding wheel , wherein the grinding wheel with the grinding wheel protection pads is configured to be assembled with a flange plate , comprising: an annular shaped positioning portion centered coaxially with the center of the grinding wheel ; characterised by a plurality of guiding portions , with one end of the guiding portions connected to the inner ring surface of the positioning portion , and the other end of the guiding portions connected to the inner ring surface extending into the hole opened at the axial center of the grinding wheel . an annular shaped positioning portion centered coaxially with the center of the grinding wheel ; characterised by a plurality of guiding portions , with one end of the guiding portions connected to the inner ring surface of the positioning portion , and the other end of the guiding portions connected to the inner ring surface extending into the hole opened at the axial center of the grinding wheel .
A method for managing the propulsion power of an aircraft , the aircraft extending longitudinally along an axis X from back to front and comprising at least two thermal side propulsive systems each comprising a fan, each side propulsive system having a fan rotation speed N 2 and at least one back propulsive system configured to ingest a boundary layer of said aircraft , the back propulsive system comprising a fan having a fan rotation speed N 3 , which management method is characterised in that it comprises, during a cruise phase P4, a step of adjusting the rotation speed N 3 of the back propulsive system according to the following formula: N 3 = a * N 2 in which a is a constant.
A method of pre-stretching an implantable biocompatible material comprising: applying a tensioning force of between about 300 grams and about 4000 grams to a sheet of implantable biocompatible material; while applying the tensioning force, maintaining the sheet of implantable biocompatible material at a temperature that is at least as high as a temperature of an environment into which at least a portion of the implantable biocompatible material will be implanted; and maintaining the sheet of implantable biocompatible material under tension until the sheet experiences a decrease in an elongation rate of the sheet, wherein the tensioning force is applied for a period of at least 1 day, wherein the sheet of implantable biocompatible material is maintained under tension until the elongation rate is less than about 25 % of an average initial elongation rate, where the average initial elongation rate is the average elongation rate of the first hour of applying tension to the sheet. applying a tensioning force of between about 300 grams and about 4000 grams to a sheet of implantable biocompatible material; while applying the tensioning force, maintaining the sheet of implantable biocompatible material at a temperature that is at least as high as a temperature of an environment into which at least a portion of the implantable biocompatible material will be implanted; and maintaining the sheet of implantable biocompatible material under tension until the sheet experiences a decrease in an elongation rate of the sheet, wherein the tensioning force is applied for a period of at least 1 day, wherein the sheet of implantable biocompatible material is maintained under tension until the elongation rate is less than about 25 % of an average initial elongation rate, where the average initial elongation rate is the average elongation rate of the first hour of applying tension to the sheet.