mhurhangee/ep-ind-claims huggingface dataset:
A method for operating DSL transceivers, comprising: modulating sync symbols by an orthogonal probe sequence, OPS, matrix of subscriber lines to generate modulated sync symbols, wherein the OPS matrix comprises a probe sequence of each subscriber lines as its each row, each probe sequence begins with one or more zero elements, 0-elements, and comprises a remainder sequence of non-zero elements, wherein each of the non-zero element is either a plus one +1 element or a minus one -1 element, all probe sequences form the OPS matrix which comprises one or more 0-element columns indicating a start of the OPS matrix; and transmitting the modulated sync symbols to receiving ends communicatively coupled to the DSL transceivers via the subscriber lines. modulating sync symbols by an orthogonal probe sequence, OPS, matrix of subscriber lines to generate modulated sync symbols, wherein the OPS matrix comprises a probe sequence of each subscriber lines as its each row, each probe sequence begins with one or more zero elements, 0-elements, and comprises a remainder sequence of non-zero elements, wherein each of the non-zero element is either a plus one +1 element or a minus one -1 element, all probe sequences form the OPS matrix which comprises one or more 0-element columns indicating a start of the OPS matrix; and transmitting the modulated sync symbols to receiving ends communicatively coupled to the DSL transceivers via the subscriber lines.
An automatic applicator for liquid pharmaceutical preparations, particularly for insulin, more particularly for multiple injection application of set doses of a medicine from an exchangeable container, comprising a body housing connected to a housing of an exchangeable container with a medicine, particularly insulin, having a plunger, suitable for expelling the medicine, the said plunger being displaced only linearly by means of an integrated driving unit, suitable for immobilising, driving, leading linearly and blocking rotation of the said plunger, driven via a double action clutch, by a tensioning spring situated in the body housing, the said spring tensioned by a rotary hand-dose-setting ring via the same double action clutch unit, wherein the said driving unit is activated by a trigger unit and a dose is indicated by an indicating arrangement, characterised in that it comprises at least one block key (5.6) placed in the upper part of the ratchet barrel, collaborating with at least one key (1.3) placed in the internal part of the cylindrical body housing.
Method for the analysis of a data set of a time-of-flight mass spectrometry measurement for the detection of intensity maxima in the form of peaks, wherein a time-of-flight of accelerated masses with charges is measured, in particular of a data set comprising an intensity of the ion frequency related to a mass per charge, in particular of biological molecules, in particular obtained from a MALDI method, matrix-assisted laser desorption/ionization, wherein peak information is separated from noise, wherein a 2-parameter transformation from the data set of the time-of-flight mass spectrometry measurement into a time-frequency phase space is carried out by means of a transformation means, wherein the time-frequency phase space is the space which is spanned by the two parameters (k, l) of the 2-parameter transformation, a wavelet transformation or a Gabor transformation being carried out with the transformation means, the signal of the data set being subdivided into individual signal sections f n to be compared with a data set subdivision means, successive signal sections f n and/or f n +1 in particular having a predetermined overlap in a window, in particular about 25%, 30%, 35% or 50% of a predetermined window width, the transformation means establishing a relationship between the signal f n and the second, adjacent signal f n +1 by determining a multiplier G m: L 2 R → L 2 R, the wavelet multiplier or the Gabor multiplier, for identifying the similarity of the two signals f n and/or f n +1, which multiplier converts the first signal f n into the second signal f n +1 f n + 1 = G m f n, especially in an approximation f n + 1 = G m f n = V g * m ⋅ V g f n Whereas V g: L 2 R → l 2 Z 2 = Analysis operator of the 2-parameter transformation, with a window function means g(t), V g ∗ = associated adjoint operator of the 2-parameter transformation, G m: L 2 R → L 2 R = Gabor multiplier or wavelet multiplier, which describes the 2-parameter transformation between the first signal f n and a second signal f n +1 with different phase space characteristics, in particular time-frequency (modulate) characteristics, by multiplicative modification, where m ∈ l ∞ Z 2 = Mask of the respective multiplier, Wavelet or Gabor Multipliers, wherein an approximation by multiplication in the time/frequency range is carried out by adapting a mask m, where the mask m is nearly 1, if the signals f n and f n +1 are very similar, where the mask m is different from 1 if a peak exists f n and/or i n +1 which does not occur in the other region f n and/or f n +1. V g: L 2 R → l 2 Z 2 = Analysis operator of the 2-parameter transformation, with a window function means g(t), V g ∗ = associated adjoint operator of the 2-parameter transformation, G m: L 2 R → L 2 R = Gabor multiplier or wavelet multiplier, which describes the 2-parameter transformation between the first signal f n and a second signal f n +1 with different phase space characteristics, in particular time-frequency (modulate) characteristics, by multiplicative modification, where m ∈ l ∞ Z 2 = Mask of the respective multiplier, Wavelet or Gabor Multipliers,
A magnetocaloric material wherein the magnetocaloric material has a composition according to the general formula (Mn x Fe 1-x) 2+u P y Si v N z B w wherein − 0.1 ≤ u ≤ 0.1, 0.2 ≤ x ≤ 0.8, 0.3 ≤ y ≤ 0.75, 0.25 ≤ v ≤ 0.7, 0 ≤ w ≤ 0.1, 0.001 ≤ z ≤ 0.1, y + v + w ≤ 1 y + v + z + w ≥ 1.
The use of a concentrated liquid mineral composition for leaf spraying comprising the following formula: - total ammoniacal nitrogen (N%) 0.08% to 2% - potassium expressed as K 2 O (%). 3% to 6% - magnesium expressed as MgO (%) 0.4% to 0.8% - sodium expressed as Na 2 O (%) 1 % to 2% - calcium expressed as CaO (%) 0% to 0.5% - total sulphates expressed as SO 3 (%) 3% to 6% - total phosphorus expressed as P 2 O 5 (%) 0% - chlorides Cl (%) 1 % to 2% - bicarbonates (% of HCO 3) 1.2% to 3.0% - boron (%) 0.1 to 0.2% - copper (%) 0.018% to 0.03% - manganese (%) 0.00005% to 0.006% - iodine (%) 0.02% to 0.04% - zinc (%) 0.00005% to 0.006% - iron (mg/kg) 0.0002 to 0.003 - water water in a sufficient amount for 100% the percentages consisting in percentages by weight compared to the total weight of the composition, for improving the adaptive response of plants to a change in environmental conditions.
Device for tracking the maximum power point of a power source, the device comprising: - means for measuring the electric power provided by the power source, - means for modifying the voltage provided by the power source in a given direction, - means for measuring a first and a second electric power values generated by the power source once the voltage is modified, - means for modifying the voltage in the same direction or in an opposite direction according to the measured electric power values, characterised in that the device further comprises: - means for waiting a first time period (T c) in order to enable the convergence of the current and of the voltage provided by the power source prior to measuring the first electric power value, - means for performing, within a second time period (T d) different from the first time period, the measures of the first and second electric power values, the first and second electric power values generated by the power source once the voltage is modified being each measured by sampling the current and the voltage provided by the power source during a first (T f1) and second (T f2) sub time periods of the second time period and samples are averaged, the second time period further comprises a third sub time period which separates the first and second sub time periods and the duration of first, second and third sub time periods are determined from the signal to noise ratio of the measurement samples of current and voltage provided by the power source. - means for measuring the electric power provided by the power source, - means for modifying the voltage provided by the power source in a given direction, - means for measuring a first and a second electric power values generated by the power source once the voltage is modified, - means for modifying the voltage in the same direction or in an opposite direction according to the measured electric power values, characterised in that the device further comprises: - means for waiting a first time period (T c) in order to enable the convergence of the current and of the voltage provided by the power source prior to measuring the first electric power value, - means for performing, within a second time period (T d) different from the first time period, the measures of the first and second electric power values, the first and second electric power values generated by the power source once the voltage is modified being each measured by sampling the current and the voltage provided by the power source during a first (T f1) and second (T f2) sub time periods of the second time period and samples are averaged, the second time period further comprises a third sub time period which separates the first and second sub time periods and the duration of first, second and third sub time periods are determined from the signal to noise ratio of the measurement samples of current and voltage provided by the power source.
A suspension for a sound transducer, to which a voice coil of the sound transducer can be attached and which is designed for guiding vibrations of a diaphragm and voice coil, comprising: a central portion to which the voice coil can be attached; an outer peripheral portion resting on a frame; and a connecting portion connecting the central portion and the outer peripheral portion, wherein the central portion has a mold portion, which is molded by heat or pressure to take the place of a center diaphragm, characterized in that the suspension comprises a base film, a conductive pattern attached to both sides of the base film, and a cover layer attached on the conductive pattern, and at least one of the conductive pattern and cover layer attached on at least one side of the mold portion is removed. a central portion to which the voice coil can be attached; an outer peripheral portion resting on a frame; and a connecting portion connecting the central portion and the outer peripheral portion, wherein the central portion has a mold portion, which is molded by heat or pressure to take the place of a center diaphragm, characterized in that the suspension comprises a base film, a conductive pattern attached to both sides of the base film, and a cover layer attached on the conductive pattern, and at least one of the conductive pattern and cover layer attached on at least one side of the mold portion is removed.
An anti-theft alarm device for protecting an electronic device from theft, the anti-theft alarm device comprising a host, a connecting member and an alarm wire, wherein: the host comprises a main control device, a charging contactor and an internal connecting wire, wherein the charging contactor is connected to the main control device by the internal connecting wire disposed in the host; the connecting member is fixedly attached to the electronic device and comprises a charging terminal, a charging wire and an alarm connecting wire, wherein the charging terminal and the charging wire are electrically connected, the charging wire is used for connecting a charging port of the electronic device, and the alarm connecting wire is in use connected to the electronic device via a connector and is used for connecting the alarm wire and the electronic device; the alarm wire is used for connecting the alarm connecting wire and the main control device; the charging contactor and the charging terminal are electrically connected when the host and the connecting member are mechanically connected; the host and/or the connecting member further comprises an elastic element configured to provide a stress when the charging terminal and the charging contactor are in contact with each other; and the main control device comprises an alarm detection module, wherein the alarm detection module, the alarm wire, the alarm connecting wire and the electronic device constitute an alarm loop circuit, and the alarm detection module is configured to receive a signal when an abnormal event of the alarm loop circuit, in the form of a circuit disconnection, occurs. the host comprises a main control device, a charging contactor and an internal connecting wire, wherein the charging contactor is connected to the main control device by the internal connecting wire disposed in the host; the connecting member is fixedly attached to the electronic device and comprises a charging terminal, a charging wire and an alarm connecting wire, wherein the charging terminal and the charging wire are electrically connected, the charging wire is used for connecting a charging port of the electronic device, and the alarm connecting wire is in use connected to the electronic device via a connector and is used for connecting the alarm wire and the electronic device; the alarm wire is used for connecting the alarm connecting wire and the main control device; the charging contactor and the charging terminal are electrically connected when the host and the connecting member are mechanically connected; the host and/or the connecting member further comprises an elastic element configured to provide a stress when the charging terminal and the charging contactor are in contact with each other; and the main control device comprises an alarm detection module, wherein the alarm detection module, the alarm wire, the alarm connecting wire and the electronic device constitute an alarm loop circuit, and the alarm detection module is configured to receive a signal when an abnormal event of the alarm loop circuit, in the form of a circuit disconnection, occurs.
A composition comprising the reaction product of a) a carboxylic acid with at least two carboxylic moieties, b) a polyamine having an amine functionality of two or more, c) an alkoxylated alkyl amine and d) a fatty acid amide; wherein the carboxylic acid is a dimer fatty acid, the polyamine is selected from the group consisting of ethylenediamine, diethylenetriamine, triethylenetetramine and tetraethylenepentamine, and the alkoxylated alkyl amine is an ethoxylated fatty amine.
An elevator car door apparatus comprising: a car door panel that opens and closes a car doorway; a car doorsill that is disposed on a lower portion of the car doorway, and that comprises first and second doorsill grooves (11, 12) that are disposed parallel to an opening and closing direction of the car door panel; a door foot that is disposed on a lower portion of the car door panel, and that is inserted into the first doorsill groove; said elevator door apparatus being characterised by further comprising: a first sealing member that is made of an elastic body that is disposed on a lower portion of the car door panel so as to contact a side surface (11 a, 11 b) of the first doorsill groove, and that is slid along the side surface (11a, 11 b) of the first doorsill groove during opening and closing operations of the car door panel; and a second sealing member that is made of an elastic body that is disposed on a lower portion of the car door panel so as to contact a side surface (12a, 12b) of the second doorsill groove, and that is slid along the side surface (12a, 12b) of the second doorsill groove during the opening and closing operations of the car door panel. a car door panel that opens and closes a car doorway; a car doorsill that is disposed on a lower portion of the car doorway, and that comprises first and second doorsill grooves (11, 12) that are disposed parallel to an opening and closing direction of the car door panel; a door foot that is disposed on a lower portion of the car door panel, and that is inserted into the first doorsill groove; said elevator door apparatus being characterised by further comprising: a first sealing member that is made of an elastic body that is disposed on a lower portion of the car door panel so as to contact a side surface (11 a, 11 b) of the first doorsill groove, and that is slid along the side surface (11a, 11 b) of the first doorsill groove during opening and closing operations of the car door panel; and a second sealing member that is made of an elastic body that is disposed on a lower portion of the car door panel so as to contact a side surface (12a, 12b) of the second doorsill groove, and that is slid along the side surface (12a, 12b) of the second doorsill groove during the opening and closing operations of the car door panel. a first sealing member that is made of an elastic body that is disposed on a lower portion of the car door panel so as to contact a side surface (11 a, 11 b) of the first doorsill groove, and that is slid along the side surface (11a, 11 b) of the first doorsill groove during opening and closing operations of the car door panel; and a second sealing member that is made of an elastic body that is disposed on a lower portion of the car door panel so as to contact a side surface (12a, 12b) of the second doorsill groove, and that is slid along the side surface (12a, 12b) of the second doorsill groove during the opening and closing operations of the car door panel.
A quantum system comprising: a superconducting qubit that is controlled by a control parameter to manipulate a photon for performing quantum operations; and a quantum resonator system coupled to the superconducting qubit and comprising a first resonator and a second resonator having approximately equal resonator frequencies, the quantum resonator system representing a first quantum logic state based on a first physical quantum state of the first and second resonators with respect to storage of the photon and a second quantum logic state based on a second physical quantum state of the first and second resonators with respect to storage of the photon, wherein the first physical quantum state is defined as the photon being stored in the first resonator and no photons being stored in the second resonator, and wherein the second physical quantum state is defined as the photon being stored in the second resonator and no photons being stored in the first resonator, wherein the quantum resonator is configured to periodically swap the storage of the photon between the first resonator and the second resonator to substantially mitigate errors associated with the quantum resonator system. a superconducting qubit that is controlled by a control parameter to manipulate a photon for performing quantum operations; and a quantum resonator system coupled to the superconducting qubit and comprising a first resonator and a second resonator having approximately equal resonator frequencies, the quantum resonator system representing a first quantum logic state based on a first physical quantum state of the first and second resonators with respect to storage of the photon and a second quantum logic state based on a second physical quantum state of the first and second resonators with respect to storage of the photon, wherein the first physical quantum state is defined as the photon being stored in the first resonator and no photons being stored in the second resonator, and wherein the second physical quantum state is defined as the photon being stored in the second resonator and no photons being stored in the first resonator, wherein the quantum resonator is configured to periodically swap the storage of the photon between the first resonator and the second resonator to substantially mitigate errors associated with the quantum resonator system.
Gas socket designed to be connected to a gaseous fluid supply network and enabling the connection and disconnection of a connection end-fitting that supplies gaseous fluid via a flexible hose to a device using said gaseous fluid, the gas socket comprising: - a hollow cylindrical body into which a sleeve is inserted; and - a gaseous fluid inlet, the hollow body being open at one extremity to allow the connection end-fitting to be inserted, the sleeve being tubular and mounted in axial rotation in the hollow body, the gas socket also comprising position-holding means and locking means, configured to allow the gaseous fluid inlet to be opened and closed, and the connection end-fitting to be locked inside the body of the gas socket when the gaseous fluid inlet is open, characterized in that the means for holding in position are formed of a spring fixed, firstly, inside the body and, secondly, to the extremity of the sleeve opposite the extremity positioned at the opening of the body, the spring being configured to bring the sleeve into the closed position. - a hollow cylindrical body into which a sleeve is inserted; and - a gaseous fluid inlet, the hollow body being open at one extremity to allow the connection end-fitting to be inserted, the sleeve being tubular and mounted in axial rotation in the hollow body, the gas socket also comprising position-holding means and locking means, configured to allow the gaseous fluid inlet to be opened and closed, and the connection end-fitting to be locked inside the body of the gas socket when the gaseous fluid inlet is open, characterized in that the means for holding in position are formed of a spring fixed, firstly, inside the body and, secondly, to the extremity of the sleeve opposite the extremity positioned at the opening of the body, the spring being configured to bring the sleeve into the closed position.
An elapsed time indicator (2; 102; 202; 302; 402; 502), comprising: a porous element (16a-16e; 416a-416e); an electrical source (20; 120; 220; 320; 420); and an electronic controller (40; 140; 240; 340; 440) which is configured to: receive electrical power from the electrical source (20; 120; 220; 320; 420); and cause a fluid to be received by the porous element (16a-16e; 416a-416e) in response to expiry of a predetermined time period. a porous element (16a-16e; 416a-416e); an electrical source (20; 120; 220; 320; 420); and an electronic controller (40; 140; 240; 340; 440) which is configured to: receive electrical power from the electrical source (20; 120; 220; 320; 420); and cause a fluid to be received by the porous element (16a-16e; 416a-416e) in response to expiry of a predetermined time period. receive electrical power from the electrical source (20; 120; 220; 320; 420); and cause a fluid to be received by the porous element (16a-16e; 416a-416e) in response to expiry of a predetermined time period.