mhurhangee/patent-ind-claim-en huggingface dataset:
A radiation curable composition characterised in, that it comprises 2-hydroxy-3-butenoic acid and/or at least one ester of 2-hydroxy-3-butenoic acid and at least one additional compound selected from radiation curable monomers, oligomers and polymers.
A method for mode change of a switching regulator , comprising: a) creating in internal registers of the switching regulator, two output voltages thresholds , comprising an individually trimmable high voltage threshold (Vhigh) and an individually trimmable low voltage threshold (Vlow), which are both trimmable after fabrication, which are applied in an output voltage range of the switching regulator between a minimum voltage (Vmin) to a maximum voltage (Vmax), wherein an output voltage target (V-target), which can be dynamically updated, the high voltage threshold (Vhigh) and the low voltage threshold (Vlow) are all held in the internal registers ; b) adjusting the values of the two output voltage thresholds (Vhigh, Vlow) and of the output voltage target (V-target) ; and c) operating said switching regulator in a mode defined by comparisons of said two output voltage thresholds (Vhigh, Vlow) with the output voltage target (V-target), wherein a sync mode, or an automatic mode or a sleep mode can be selected. a) creating in internal registers of the switching regulator, two output voltages thresholds , comprising an individually trimmable high voltage threshold (Vhigh) and an individually trimmable low voltage threshold (Vlow), which are both trimmable after fabrication, which are applied in an output voltage range of the switching regulator between a minimum voltage (Vmin) to a maximum voltage (Vmax), wherein an output voltage target (V-target), which can be dynamically updated, the high voltage threshold (Vhigh) and the low voltage threshold (Vlow) are all held in the internal registers ; b) adjusting the values of the two output voltage thresholds (Vhigh, Vlow) and of the output voltage target (V-target) ; and c) operating said switching regulator in a mode defined by comparisons of said two output voltage thresholds (Vhigh, Vlow) with the output voltage target (V-target), wherein a sync mode, or an automatic mode or a sleep mode can be selected.
Method for producing an electrical connection by ultrasonic welding between an electrical conductor and a contact element , the method comprising the steps of: - generating a surface structure on the contact element, which is so adapted to a surface structure on an anvil of an ultrasonic welding machine that the anvil and the contact element each comprises a surface structure that is complementary to the other; - placing the contact element on the anvil of the ultrasonic welding system, so that the surface structure of the contact element engages with the surface structure of the anvil ; and - welding of the electrical conductor to the contact element . - generating a surface structure on the contact element, which is so adapted to a surface structure on an anvil of an ultrasonic welding machine that the anvil and the contact element each comprises a surface structure that is complementary to the other; - placing the contact element on the anvil of the ultrasonic welding system, so that the surface structure of the contact element engages with the surface structure of the anvil ; and - welding of the electrical conductor to the contact element .
A wind turbine , comprising: a rotor with a plurality of rotor blades configured thereon, the rotor connected to a generator via a drive train; the drive train comprising a low speed shaft coupled to an input of a gear box , and a high speed shaft coupled to an output of the gearbox ; a brake configured with the high speed shaft ; a low speed shaft sensor disposed in the drivetrain to detect rotational speed of the low speed shaft ; a controller configured with the brake and to receive an input signal corresponding to rotational speed of the high speed shaft , wherein upon the high speed shaft reaching a predefined rotational speed, the controller generates an activate signal to activate the brake under a braking condition that calls for the rotor to come to a complete standstill; and an interlock system in communication with the low speed shaft sensor and the controller, the interlock system configured to override the activate signal to prevent application of the brake when the rotational speed of the low speed shaft is above a threshold value. a rotor with a plurality of rotor blades configured thereon, the rotor connected to a generator via a drive train; the drive train comprising a low speed shaft coupled to an input of a gear box , and a high speed shaft coupled to an output of the gearbox ; a brake configured with the high speed shaft ; a low speed shaft sensor disposed in the drivetrain to detect rotational speed of the low speed shaft ; a controller configured with the brake and to receive an input signal corresponding to rotational speed of the high speed shaft , wherein upon the high speed shaft reaching a predefined rotational speed, the controller generates an activate signal to activate the brake under a braking condition that calls for the rotor to come to a complete standstill; and an interlock system in communication with the low speed shaft sensor and the controller, the interlock system configured to override the activate signal to prevent application of the brake when the rotational speed of the low speed shaft is above a threshold value.
A tire tread composition comprising a blend of: a rubber component, and based on 100 parts by weight (phr) of the rubber component; from 5-75 phr of a rosin ester resin having a PAN number of < 25, an acid number of < 20, a hydroxyl number of < 30, a combined acid number and hydroxyl value of < 50 and a weight average molecular weight Mw determined using gel permeation - size exclusion chromatography in accordance with ASTM D5296 of 700 to 1,500 Da; from 30-200 phr of a filler; and from 0-75 phr of a plasticizer. a rubber component, and based on 100 parts by weight (phr) of the rubber component; from 5-75 phr of a rosin ester resin having a PAN number of < 25, an acid number of < 20, a hydroxyl number of < 30, a combined acid number and hydroxyl value of < 50 and a weight average molecular weight Mw determined using gel permeation - size exclusion chromatography in accordance with ASTM D5296 of 700 to 1,500 Da; from 30-200 phr of a filler; and from 0-75 phr of a plasticizer.
Power generation plant including a solar radiation receiver for heating a medium stream and a turbine assembly being arranged to receive the heated medium stream from the solar radiation receiver, said turbine assembly being coupled to an electric power generator , wherein - a combustor is positioned downstream of the solar radiation receiver and upstream of the turbine assembly, , - an air compressor unit (10;28) having a compressed air outlet is arranged to supply compressed combustion air to the combustor , - a steam generator is arranged to extract heat from an outlet flow from the turbine assembly , and to produce steam to be transmitted to a medium stream inlet of the solar radiation receiver and subsequently to the combustor, - a condenser is arranged downstream of the steam generator , - means are arranged to transfer liquid water obtained by the condenser to one or more from the group: the steam generator , the solar radiation receiver , a circuit of the air compressor unit (10;28), the compressed air outlet of the air compressor unit (10;28), - an auxiliary turbine unit is arranged downstream of the solar radiation receiver and upstream of said turbine assembly , and - the auxiliary turbine unit drives the air compressor unit (10;28) and/or an auxiliary electric generator . - a combustor is positioned downstream of the solar radiation receiver and upstream of the turbine assembly, , - an air compressor unit (10;28) having a compressed air outlet is arranged to supply compressed combustion air to the combustor , - a steam generator is arranged to extract heat from an outlet flow from the turbine assembly , and to produce steam to be transmitted to a medium stream inlet of the solar radiation receiver and subsequently to the combustor, - a condenser is arranged downstream of the steam generator , - means are arranged to transfer liquid water obtained by the condenser to one or more from the group: the steam generator , the solar radiation receiver , a circuit of the air compressor unit (10;28), the compressed air outlet of the air compressor unit (10;28), - an auxiliary turbine unit is arranged downstream of the solar radiation receiver and upstream of said turbine assembly , and - the auxiliary turbine unit drives the air compressor unit (10;28) and/or an auxiliary electric generator .
A media rendering system, comprising: a communication network; a controller device in communication with the communication network comprising a sensor configured to detect and receive an audio portion belonging to or being part or all of a media recording and not added to the media recording; and a first media rendering device in communication with the communication network configured to render the media recording, wherein the controller device is configured to identify the media recording rendered by the first media rendering device from the audio portion, and to determine a location of the controller device within a proximity of the first media rendering device. a communication network; a controller device in communication with the communication network comprising a sensor configured to detect and receive an audio portion belonging to or being part or all of a media recording and not added to the media recording; and a first media rendering device in communication with the communication network configured to render the media recording, wherein the controller device is configured to identify the media recording rendered by the first media rendering device from the audio portion, and to determine a location of the controller device within a proximity of the first media rendering device.
A method of acquiring shear wave elastography measurements of anisotropic tissue, the method comprising: acquiring initial measurements from the anisotropic tissue by transmitting ultrasound beams toward the anisotropic tissue at a plurality of different angles with respect to an orientation of the anisotropic tissue; determining a first imaging plane at the angle associated with a maximum or a minimum value of the initial acoustic measurements, wherein the maximum value indicates a first orientation to a structure of the anisotropic tissue and the minimum value indicates a second orientation to the structure of the anisotropic tissue; determining a second imaging plane ; generating a first shear wave at an intersection of the first imaging plane and the second imaging plane ; acquiring a first shear wave elastography measurement by tracking the first shear wave propagation along the first imaging plane; generating a second shear wave at the intersection of the first imaging plane and the second imaging plane; acquiring a second shear wave elastography measurement by tracking the second shear wave propagation along the second imaging plane; and generating a composite shear wave elastography measurement for the anisotropic tissue at the intersection of the first imaging plane and the second imaging plane based on the first and second shear wave elastography measurements. acquiring initial measurements from the anisotropic tissue by transmitting ultrasound beams toward the anisotropic tissue at a plurality of different angles with respect to an orientation of the anisotropic tissue; determining a first imaging plane at the angle associated with a maximum or a minimum value of the initial acoustic measurements, wherein the maximum value indicates a first orientation to a structure of the anisotropic tissue and the minimum value indicates a second orientation to the structure of the anisotropic tissue; determining a second imaging plane ; generating a first shear wave at an intersection of the first imaging plane and the second imaging plane ; acquiring a first shear wave elastography measurement by tracking the first shear wave propagation along the first imaging plane; generating a second shear wave at the intersection of the first imaging plane and the second imaging plane; acquiring a second shear wave elastography measurement by tracking the second shear wave propagation along the second imaging plane; and generating a composite shear wave elastography measurement for the anisotropic tissue at the intersection of the first imaging plane and the second imaging plane based on the first and second shear wave elastography measurements.
A method of decoding a bitstream of data in a video decoder to reconstruct non-zero coefficients of a block in a video, the method comprising: determining that the block was encoded with transform skipped and, based on that determination, for each non-zero coefficient in the block in a scan order, decoding sign information for that non-zero coefficient; and setting that non-zero coefficient to positive or negative based on that sign information, wherein the decoding comprises non-context-based decoding of sign information for at least one non-zero coefficient and context-based decoding of sign information for at least one other non-zero coefficient, wherein the sign information comprises a sign bit or a prediction flag that indicates whether the sign matches a predicted sign, the sign bit indicating whether its respective non-zero coefficient is positive or negative, wherein the non-context based decoding is equal probability entropy decoding and the context-based decoding is context-based entropy decoding, wherein the decoding comprises non-context-based decoding for all non-zero coefficients after sign information corresponding to two opposite signs has been decoded, and wherein the decoding comprises context-based decoding if the non-zero coefficient is not the first non-zero coefficient in scan order and if all sign information decoded for previous non-zero coefficients in the scan order corresponds to the same sign. decoding sign information for that non-zero coefficient; and setting that non-zero coefficient to positive or negative based on that sign information, wherein the decoding comprises non-context-based decoding of sign information for at least one non-zero coefficient and context-based decoding of sign information for at least one other non-zero coefficient, wherein the sign information comprises a sign bit or a prediction flag that indicates whether the sign matches a predicted sign, the sign bit indicating whether its respective non-zero coefficient is positive or negative, wherein the non-context based decoding is equal probability entropy decoding and the context-based decoding is context-based entropy decoding, wherein the decoding comprises non-context-based decoding for all non-zero coefficients after sign information corresponding to two opposite signs has been decoded, and wherein the decoding comprises context-based decoding if the non-zero coefficient is not the first non-zero coefficient in scan order and if all sign information decoded for previous non-zero coefficients in the scan order corresponds to the same sign.
A urethane resin composition containing a urethane resin (A), water (B), a film forming auxiliary (C), and a surfactant (D), wherein the film forming auxiliary (C) is at least one member selected from the group consisting of a polyoxyethylene alkyl ether (c-1), a polyoxyethylene sorbitan fatty acid ester (c-2), and a polyglycerol fatty acid ester (c-3), the amount of the film forming auxiliary (C) used is in the range of from 0.05 to 50 parts by mass, relative to 100 parts by mass of the urethane resin (A), the surfactant (D) is a stearic acid salt, and the amount of the surfactant (D) used is in the range of from 0.01 to 30 parts by mass, relative to 100 parts by mass of the urethane resin (A). the film forming auxiliary (C) is at least one member selected from the group consisting of a polyoxyethylene alkyl ether (c-1), a polyoxyethylene sorbitan fatty acid ester (c-2), and a polyglycerol fatty acid ester (c-3), the amount of the film forming auxiliary (C) used is in the range of from 0.05 to 50 parts by mass, relative to 100 parts by mass of the urethane resin (A), the surfactant (D) is a stearic acid salt, and the amount of the surfactant (D) used is in the range of from 0.01 to 30 parts by mass, relative to 100 parts by mass of the urethane resin (A).
A dental appliance (200-1), comprising: a number of tooth apertures for the placement of teeth therein; and a tab representing a position of a tooth that has not fully erupted and oriented to be received, in use, over the position of the tooth that has not fully erupted; where the tab includes a surface that is shaped to mate with a surface of a second appliance (200-2) to be positioned, in use, adjacent to the surface of the tab; where the tab is of a length to span, in use, across only a portion of a horizontal position to be occupied by the tooth when fully erupted. a number of tooth apertures for the placement of teeth therein; and a tab representing a position of a tooth that has not fully erupted and oriented to be received, in use, over the position of the tooth that has not fully erupted; where the tab includes a surface that is shaped to mate with a surface of a second appliance (200-2) to be positioned, in use, adjacent to the surface of the tab; where the tab is of a length to span, in use, across only a portion of a horizontal position to be occupied by the tooth when fully erupted.
A system for detecting a change in one or more environmental conditions, the system comprising: a plurality of oscillator circuits that are electromagnetically coupled together, wherein the coupling of the plurality of oscillator circuits generates an output signal that includes a voltage and a current and has a pattern of amplitude and frequency , and wherein the pattern of amplitude and frequency changes as one or more values of the one or more environmental conditions change, wherein each of the plurality of oscillator circuits comprises at least one capacitor, at least one inductor, and at least one nonlinear resistor having multiple negative resistance regions such that the oscillator circuits provide multiple stable equilibriums, and wherein the oscillator circuits are electrical circuits. a plurality of oscillator circuits that are electromagnetically coupled together, wherein the coupling of the plurality of oscillator circuits generates an output signal that includes a voltage and a current and has a pattern of amplitude and frequency , and wherein the pattern of amplitude and frequency changes as one or more values of the one or more environmental conditions change, wherein each of the plurality of oscillator circuits comprises at least one capacitor, at least one inductor, and at least one nonlinear resistor having multiple negative resistance regions such that the oscillator circuits provide multiple stable equilibriums, and wherein the oscillator circuits are electrical circuits.
A compound of formula I, or the pharmaceutically acceptable salts thereof, wherein, R 1 is selected from the group consisting of -R 1 '-NR c C(O)R b , and -R 1 '-N=CR c R b ; R c is H or C1-C3 alkyl group; R 1 ' is phenyl or cyclohexyl; R b is a substituted or unsubstituted C2-C8 alkenyl, or a substituted or unsubstituted isoxazolyl, and the substitution means having one or more substituents selected from the group consisting of -OH, -CN, C1-C4 alkyl; or the compound is R 1 is selected from the group consisting of -R 1 '-NR c C(O)R b , and -R 1 '-N=CR c R b ; R c is H or C1-C3 alkyl group; R 1 ' is phenyl or cyclohexyl; R b is a substituted or unsubstituted C2-C8 alkenyl, or a substituted or unsubstituted isoxazolyl, and the substitution means having one or more substituents selected from the group consisting of -OH, -CN, C1-C4 alkyl; or the compound is
Pipe for building services engineering for conveying a fluid, consisting of a base wall , side connection pieces and a top wall , wherein the top wall is trapezoidal in cross-section and has at least one first region and one second region , wherein the two regions are connected together and have different geometries, wherein the first region of the top wall has a first radius of curvature (R1) and the second region of the top wall has a second radius of curvature (R2), wherein the first radius of curvature of the first region corresponds to at least 5.5 times, in particular 7 times, the inner height dimension (H) of the pipe and the second radius of curvature (R2) corresponds to at most 1.4 times, in particular 1 time, the inner height dimension (H), wherein a third region adjoins the second region of the top wall and is connected to the side connection pieces , wherein the third region has a third radius of curvature (R3), wherein the third radius of curvature (R3) corresponds approximately to the radius of curvature (R1) of the first region , wherein the base wall is curved slightly inwards and has a fourth radius of curvature (R4), which corresponds approximately to the first and third radius of curvature (R1, R3) of the top wall .
A crystalline Form A of (R)-(+)-amisulpride characterized by a powder x-ray diffraction pattern comprising peaks, in terms of 2-theta, at 7.0±0.2°, 9.7±0.2°, and 19.4±0.2°.
Logic switch apparatus (SF) for managing energy sources in alternating current and connected utilities (U) comprising: an electrical power circuit in which a first electrical power line for transfer of electric energy in alternating current is connected to an electrical load (U); a second electrical power line for transfer of electric energy in alternating current is connected to an electrical energy source (P); a third external power line for transfer of electric energy in alternating current, which is connected to an optionally public network; a programmable electronic logic unit (LE) configured to connect or disconnect the electrical power connection between said lines depending on the received programming; characterised in that it includes a connection of at least one fourth electrical power line for transfer of electric energy in alternating current, coming from an external electrical line or source, joined to the previous ones in a node (S) of electrical connection internal to the logic switch apparatus; the electronic logic unit configured to detect the status of each of first, second, third and fourth electrical power line connected to the node with line status sensors (S1, S2, S3, S5), one for each of the first, second, third and fourth power lines, which act as disconnecting switches, of each line in alternating current afferent to said node, each of said line status sensor configured to detect electrical parameters of the corresponding power line, particularly power, and to supply the detected power to the electronic logic unit; the electronic logic unit configured to enable the transfer or collection of electrical energy from at least two of said electrical power lines, that is to say, with the node (S) the electronic logic unit is configured to enable and to manage the bi-directional exchange of electrical energy on at least two of said lines afferent to the node; the functional parts of the apparatus: node (S), switches (R1, R2, R3, R5), sensors (S1, S2, S3, S5) processor of the electronic logic unit (LE) are gathered in one single logic board (SF) to which at least one digital data line is connected for the exchange of operating data between the local logic board (SF) and at least another logic board (SF), similar or identical and interfaceable, present and connected for the exchange of operating data and for the bi-directional exchange of electrical energy in alternating current by means of at least one of said electrical power lines with a transfer-collection of electrical energy in alternating current.