mhurhangee/ep-ind-claims huggingface dataset:
A method for the real time estimation of the applied pressure and of the noisiness in a brake element like e.g. a brake pad, comprising a friction material block and a metallic support element for the friction material block, the friction material block being held rigid by the metallic support element, the method being characterized by comprising the steps of: i)- providing at least one piezoceramic sensor between the friction material block and the metallic support element of the brake element, the at least one piezoceramic sensor being connected to an electric circuit and being arranged between the block of friction material and the metallic support element, completely embedded within the friction material block and directly rigidly supported by the metallic support element; ii)- with the brake element in use, picking up from said at least one piezoceramic sensor, by means of said circuit, a respective electric voltage signal generated by the sensor in response to the application of a mechanical stress on the sensor; iii)- processing in real time the electric voltage signal by taking equal length of time samples of said signal; iv)- processing in real time each said equal length of time samples of said signal by applying an algorithm selected from the group consisting in: sequence of integrations (C1; C2) of the voltage values present in the sample of said signal, each integration being carried out in an interval of time in the order of milliseconds; Fast Fourier Transform of the voltages in the sample of said signal; integral (G1-G5) of the voltages in the sample of said signal generated by each sensor. i)- providing at least one piezoceramic sensor between the friction material block and the metallic support element of the brake element, the at least one piezoceramic sensor being connected to an electric circuit and being arranged between the block of friction material and the metallic support element, completely embedded within the friction material block and directly rigidly supported by the metallic support element; ii)- with the brake element in use, picking up from said at least one piezoceramic sensor, by means of said circuit, a respective electric voltage signal generated by the sensor in response to the application of a mechanical stress on the sensor; iii)- processing in real time the electric voltage signal by taking equal length of time samples of said signal; iv)- processing in real time each said equal length of time samples of said signal by applying an algorithm selected from the group consisting in: sequence of integrations (C1; C2) of the voltage values present in the sample of said signal, each integration being carried out in an interval of time in the order of milliseconds; Fast Fourier Transform of the voltages in the sample of said signal; integral (G1-G5) of the voltages in the sample of said signal generated by each sensor.
Ironing board for domestic use with built-in boiler, a heated ironing worktop, a two-direction ventilation system having a suction function and a blowing function, a steam-delivering system for steam output from the board, and a pedal, characterised in that the ironing board further comprises an automatic system for steam output from the board which can be operated simply by means of the pedal that is configured to trigger at the same time the delivery of steam from the board and the change of the ventilation function from suction to blowing, a control panel featuring an on-off pushbutton and an indicator light showing that steam is ready, a dial to select the ironing mode, and a two-position selector to set the ventilation either on suction or on blowing function.
A regularity index, RI, measurement/notification apparatus including: a displaying section configured to display waveform data of an intracardiac electrocardiogram; a waveform data acquiring section configured to acquire waveform data in a preset waveform data acquisition time period from an intracardiac electrocardiogram during atrial fibrillation; a regularity index calculating section configured to calculate a regularity index value by performing a Fast Fourier Transform process based on the waveform data acquired by the waveform data acquiring section; and a notifying section configured to, in a case where the regularity index value calculated by the regularity index calculating section exceeds a preset threshold, notify that the value exceeds the threshold, and the notifying section being configured to notify that the value exceeds the threshold, in such a way that the value and a portion of the waveform data where the regularity index value exceeds the threshold are displayed on the displaying section to be correlated with each other. a displaying section configured to display waveform data of an intracardiac electrocardiogram; a waveform data acquiring section configured to acquire waveform data in a preset waveform data acquisition time period from an intracardiac electrocardiogram during atrial fibrillation; a regularity index calculating section configured to calculate a regularity index value by performing a Fast Fourier Transform process based on the waveform data acquired by the waveform data acquiring section; and a notifying section configured to, in a case where the regularity index value calculated by the regularity index calculating section exceeds a preset threshold, notify that the value exceeds the threshold, and the notifying section being configured to notify that the value exceeds the threshold, in such a way that the value and a portion of the waveform data where the regularity index value exceeds the threshold are displayed on the displaying section to be correlated with each other.
One or more donor bacterial cells for the use in the treatment of a human subject, wherein the donor bacterial cells comprise an engineered autonomously distributed circuit which comprises at least one nucleic acid encoding a programmable nuclease that targets a gene or nucleotide sequence of interest; wherein the engineered autonomously distributed circuit comprises a Cas9 nuclease, a guide RNA (gRNA), and a transactivating small RNA (tracrRNA); wherein the gene or nucleotide sequence of interest is a toxin gene, a virulence factor gene, or an antibiotic resistance gene in one or more pathogenic microbial cells; wherein said circuit is loaded into one or more conjugative plasmids for in vivo delivery to said pathogenic microbial cells; and wherein the programmable nuclease is operably linked to an inducible promoter.
Teat treatment device, comprising a teat cup and a controllable robot arm with a control device which is designed to attach the teat cup to a teat of a dairy animal, wherein the teat cup comprises a teat-cleaning device which is designed to clean a teat introduced into the teat cup by means of frictional contact, wherein the control device is designed to successively actively and repeatedly attach and remove the teat cup to/from the teat by means of the robot arm.
An optical connector comprising a ferrule formed as a guide pin positioning type wherein an end thereof can be butt-connected to an optical fiber, further comprising a cylindrical housing in which the ferrule is accomodated so as to be movable forward and backward in a butt-connection direction while being biased forward in the butt-connection direction by a biasing member, wherein the ferrule comprises a body portion with a joint end surface and a locking convex portion formed at a rear side of the body portion so as to protrude outward, wherein the body portion comprises a base portion that has a thickness h in a direction perpendicular to the butt-connection direction, and a thinned portion that is formed adjacent to a front of the base portion and has a thickness k smaller than the thickness h of the base portion, wherein the base portion is disposed adjacent to a front side of the locking convex portion, wherein the thickness h of the base portion is smaller than a thickness of the locking convex portion in the direction perpendicular to the butt-connection direction, wherein a regulating portion (22b, 22c) as a protrusion portion protruding inward from an inner surface of a front end of the housing and the base portion facing the regulating portion (22b, 22c) approach to each other so that the movement of the ferrule in a thickness direction is regulated when the ferrule moves forward in the butt-connection direction, and wherein the regulating portion (22b, 22c) and the thinned portion facing the regulating portion (22b, 22c) are separated from each other so that the regulation of the movement of the ferrule in the thickness direction is released when the ferrule moves backward in the butt-connection direction.
A housing comprising: a substrate having an opening; a plurality of metal sheets, the metal sheets being positioned in the opening; and characterized in that a plurality of reinforcing members inlaid in between the metal sheets and between the metal sheet and the substrate. a substrate having an opening; a plurality of metal sheets, the metal sheets being positioned in the opening; and characterized in that a plurality of reinforcing members inlaid in between the metal sheets and between the metal sheet and the substrate.
A method for transmitting a control channel information to perform an adaptive coding and modulation comprising: at a transmission site, performing error correction coding at a predetermined coding rate identical regardless of the application of Multi Input Multi Output for the control channel information; modulating according to a predetermined modulation scheme and transmitting the error correction coded information; and further, prior to the modulation, performing code decimation or code repetition of the error correction coded information, according to whether or not Multi Input Multi Output is applied, so that the number of bits of transmitted codes becomes identical regardless of the application of Multi Input Multi Output. at a transmission site, performing error correction coding at a predetermined coding rate identical regardless of the application of Multi Input Multi Output for the control channel information; modulating according to a predetermined modulation scheme and transmitting the error correction coded information; and further, prior to the modulation, performing code decimation or code repetition of the error correction coded information, according to whether or not Multi Input Multi Output is applied, so that the number of bits of transmitted codes becomes identical regardless of the application of Multi Input Multi Output.
Park release valve for a trailer vehicle with a pneumatic brake system and for controlling the pressure in spring brake cylinders (46, 47), and having the following features: a) an outer control piston and an inner control piston which is arranged therein, b) - a connector for supply pressure, - a connector for reservoir pressure, - a connector for venting, - a connector as pressure outlet, c) the outer control piston can be moved at least between three positions: - a release position; here, the connector for reservoir pressure is connected to the connector as pressure outlet, - a drive position; here, the connector for supply pressure is connected to the connector for reservoir pressure and to the connector as pressure outlet, - a park position; here, the connector as pressure outlet is connected to the connector for venting, d) in the drive position, the inner control piston is loaded with supply pressure and presses against the outer control piston, in such a way that the outer control piston is restricted in terms of its movement and cannot assume a release position. a) an outer control piston and an inner control piston which is arranged therein, b) - a connector for supply pressure, - a connector for reservoir pressure, - a connector for venting, - a connector as pressure outlet, - a connector for supply pressure, - a connector for reservoir pressure, - a connector for venting, - a connector as pressure outlet, c) the outer control piston can be moved at least between three positions: - a release position; here, the connector for reservoir pressure is connected to the connector as pressure outlet, - a drive position; here, the connector for supply pressure is connected to the connector for reservoir pressure and to the connector as pressure outlet, - a park position; here, the connector as pressure outlet is connected to the connector for venting, - a release position; here, the connector for reservoir pressure is connected to the connector as pressure outlet, - a drive position; here, the connector for supply pressure is connected to the connector for reservoir pressure and to the connector as pressure outlet, - a park position; here, the connector as pressure outlet is connected to the connector for venting, d) in the drive position, the inner control piston is loaded with supply pressure and presses against the outer control piston, in such a way that the outer control piston is restricted in terms of its movement and cannot assume a release position.
A method of cooling a computer system (AP1, AP2) comprising: repeatedly pulsing coolant through a first channel (31, 32, 33, 34) exposed to heat-generating computer components, said pulsing involving a zero or relatively low baseline coolant flow rate with repeated excursions to a relatively high expulsion coolant flow rate, characterised in that said pulsing involves controlling valves (35, 36, 37, 38) between said components and fans in fluidic communication with said first channel (31, 32, 33, 34). repeatedly pulsing coolant through a first channel (31, 32, 33, 34) exposed to heat-generating computer components, said pulsing involving a zero or relatively low baseline coolant flow rate with repeated excursions to a relatively high expulsion coolant flow rate, characterised in that said pulsing involves controlling valves (35, 36, 37, 38) between said components and fans in fluidic communication with said first channel (31, 32, 33, 34).
A support for connecting more than two striking gongs to a fixed part of a timepiece, characterised in that it comprises a stepped face forming more than two steps on which end portions of the gongs can be attached respectively.
An organometallic complex represented by Formula I: Cp n M 2 (Formula I) wherein: M is Ru or Os; R is C 1 -C 10 -alkyl; X is C 1 -C 10 -alkyl; and n is 1, 2, 3 or 4. M is Ru or Os; R is C 1 -C 10 -alkyl; X is C 1 -C 10 -alkyl; and n is 1, 2, 3 or 4.
System comprising a contact element for fixing the relative geometric position of a patient's eye to a laser applicator of an ophthalmic laser therapy system, and a lens element for insertion into the contact element, wherein the contact element is configured for receiving the lens element at a predetermined position, wherein the lens element has an eye surface for contacting the patient's eye or for airtightly delimiting a cavity between the lens element and the patient's eye, wherein the lens element has at least one projection element for engaging under one or more retaining elements of the contact element for adhesive-free fastening of the lens element in the contact element by means of a snap connection, wherein the lens element has a lens contact surface formed on an underside of the projection element facing the eye surface, wherein the lens element and the contact element are configured in such a way that the lens element can be fastened in the contact element by means of the snap connection such that the lens contact surface is pressed by means of the at least one projection element and the one retaining element or the plurality of retaining elements against an elastic compensating element arranged on an attachment surface of the contact element for reducing the forces acting on the lens element by the one retaining element or the plurality of retaining elements. a contact element for fixing the relative geometric position of a patient's eye to a laser applicator of an ophthalmic laser therapy system, and a lens element for insertion into the contact element, wherein the contact element is configured for receiving the lens element at a predetermined position, wherein the lens element has an eye surface for contacting the patient's eye or for airtightly delimiting a cavity between the lens element and the patient's eye, wherein the lens element has at least one projection element for engaging under one or more retaining elements of the contact element for adhesive-free fastening of the lens element in the contact element by means of a snap connection, wherein the lens element has a lens contact surface formed on an underside of the projection element facing the eye surface, wherein the lens element and the contact element are configured in such a way that the lens element can be fastened in the contact element by means of the snap connection such that the lens contact surface is pressed by means of the at least one projection element and the one retaining element or the plurality of retaining elements against an elastic compensating element arranged on an attachment surface of the contact element for reducing the forces acting on the lens element by the one retaining element or the plurality of retaining elements.
A system operable to provide healthcare data to a user device in a healthcare network, the healthcare network comprising a plurality of data sources comprising healthcare data, the system comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the system at least to perform the steps of: maintaining, in a database, a first plurality of associations between a first plurality of the data sources and healthcare data stored therein; receiving, from the user device, a request for first healthcare data, wherein the requested first healthcare data is stored in a second of the data sources, the second data source being different to the first plurality of data sources; determining whether the requested first healthcare data can be retrieved based on the first plurality of associations; selectively, based on an outcome of the determining, causing a second association between the second data source and the requested first healthcare data to be detected and stored in the database; retrieving the requested first healthcare data from the second data source; and transmitting the retrieved first healthcare data for receipt by the user device. maintaining, in a database, a first plurality of associations between a first plurality of the data sources and healthcare data stored therein; receiving, from the user device, a request for first healthcare data, wherein the requested first healthcare data is stored in a second of the data sources, the second data source being different to the first plurality of data sources; determining whether the requested first healthcare data can be retrieved based on the first plurality of associations; selectively, based on an outcome of the determining, causing a second association between the second data source and the requested first healthcare data to be detected and stored in the database; retrieving the requested first healthcare data from the second data source; and transmitting the retrieved first healthcare data for receipt by the user device.
An ultrasonic compact gas flow meter, comprising a body, an inlet flange and an outlet flange and at least two ultrasonic sensors, said body having a length between the inlet flange and the outlet flange corresponding to a length of standardized mechanical gas meters, the ultrasonic compact gas flow meter being characterised in that it further comprises at least two flow conditioning segments (7, 8, 9), in that the body is in the shape of an n-hedron, where n is 6 to 24, and is provided with at least three longitudinal circular openings (2, 3, 4, 5), the axis of which is perpendicular to the axis of the inlet and outlet flanges (10, 11), in that said at least three longitudinal circular openings (2, 3, 4, 5) are provided at their ends with said at least two flow conditioning segments (7, 8, 9) for guiding the flow between the individual longitudinal circular openings (2, 3, 4, 5), in that one of said at least three longitudinal circular openings (2, 3, 4, 5) is provided with said at least two ultrasonic sensors, in that two of the at least three longitudinal circular openings (2, 5) are connected to the inlet flange and the outlet flange and in that the flow conditioning segments (7, 8, 9) are covered by side covers (12, 13) connected to the body.
A method of enabling reviewing a sequence of words recognized by a speech recognizer in a speech representative input signal; the method including: a) storing a representation of the received signal suitable for audible reproduction; b) using the speech recognizer to represent the received signal as a sequence of recognized words; c) storing the sequence of recognized words, where each recognized word is stored in association with a marker indicating a correspondence between the word and a segment of the received signal in which the word was recognized; d) reproducing synchronously audible and visible representations of at least part of the sequence of recognized words consisting in audibly reproducing a corresponding part of the received signal stored in a first memory and for each segment of the corresponding part of the received signal, at the moment when the segment is being audibly reproduced, indicating on a display a textual representation of a recognized word which corresponds to the segment, the correspondence being given by the markers stored in a second memory, characterized by e) pausing said synchronous reproduction in response to having detected during said synchronous reproduction whether the user has provided an editing instruction from any suitable form of input that edits one of the recognized words; and f) restarting said synchronous reproduction in response to not having received input from the user for predetermined time-out period a) storing a representation of the received signal suitable for audible reproduction; b) using the speech recognizer to represent the received signal as a sequence of recognized words; c) storing the sequence of recognized words, where each recognized word is stored in association with a marker indicating a correspondence between the word and a segment of the received signal in which the word was recognized; d) reproducing synchronously audible and visible representations of at least part of the sequence of recognized words consisting in audibly reproducing a corresponding part of the received signal stored in a first memory and for each segment of the corresponding part of the received signal, at the moment when the segment is being audibly reproduced, indicating on a display a textual representation of a recognized word which corresponds to the segment, the correspondence being given by the markers stored in a second memory, characterized by e) pausing said synchronous reproduction in response to having detected during said synchronous reproduction whether the user has provided an editing instruction from any suitable form of input that edits one of the recognized words; and f) restarting said synchronous reproduction in response to not having received input from the user for predetermined time-out period