mhurhangee/patent-ind-claim-en huggingface dataset:
A multiresidual method for detecting and/or quantifying at least one amino acid or derivative thereof, at least one organic acid, and/or at least one modified nucleotide, in a sample of biological liquid or circulating cells, comprising the steps of: a) treating the sample with an extraction mixture at room temperature, preferably refrigerated at a temperature lower than -20°C comprising i) a mixture of one or more organic solvents having final polarity index between 3 and 6, ii) a strong acid_in an amount sufficient for the extraction mixture to have a normality from 0.005 to 0.025 N or a weak acid with ka in the range between 3.5 x 10-7 and 7.0 x 10-3 with a final concentration in the extraction mixture from 5 to 30 mM, wherein the extraction mixture comprises: - acetonitrile, dichloromethane and formic acid; or - acetonitrile and hydrochloric acid; or - acetone and formic acid; or - methanol and formic acid; or - acetonitrile and formic acid; - acetonitrile, methanol and hydrochloric acid; b) performing a hydrophilic interaction liquid chromatography (HILIC) on the sample treated in step a); c) performing an analysis by tandem mass spectrometry on the sample obtained in step b) for detecting and/or quantifying the at least one amino acid or derivative thereof, the at least one organic acid, and/or the at least one modified nucleotide. a) treating the sample with an extraction mixture at room temperature, preferably refrigerated at a temperature lower than -20°C comprising i) a mixture of one or more organic solvents having final polarity index between 3 and 6, ii) a strong acid_in an amount sufficient for the extraction mixture to have a normality from 0.005 to 0.025 N or a weak acid with ka in the range between 3.5 x 10-7 and 7.0 x 10-3 with a final concentration in the extraction mixture from 5 to 30 mM, wherein the extraction mixture comprises: - acetonitrile, dichloromethane and formic acid; or - acetonitrile and hydrochloric acid; or - acetone and formic acid; or - methanol and formic acid; or - acetonitrile and formic acid; - acetonitrile, methanol and hydrochloric acid; - acetonitrile, dichloromethane and formic acid; or - acetonitrile and hydrochloric acid; or - acetone and formic acid; or - methanol and formic acid; or - acetonitrile and formic acid; - acetonitrile, methanol and hydrochloric acid; b) performing a hydrophilic interaction liquid chromatography (HILIC) on the sample treated in step a); c) performing an analysis by tandem mass spectrometry on the sample obtained in step b) for detecting and/or quantifying the at least one amino acid or derivative thereof, the at least one organic acid, and/or the at least one modified nucleotide.
Parachute device for elevating devices comprising a wedging block which in turn comprises a catch element , located on a first side of a guide (A) of the elevating device, and a braking element , located on a second side, opposite the first side, of the guide (A), so that in a rest position the guide (A) is not in contact with the braking and catch elements, while in a wedging position the braking element exerts a force on the guide (A) that keeps it in contact with the catch element , wherein the parachute device comprises a rolling element housed in a longitudinal guide located, oriented parallel to the guide (A), on a support plate which in turn is actuated by elastic pushing means , wherein said rolling element is linked to the braking element so that every linear relative movement between the rolling and braking elements is prevented, wherein the device comprises a friction element that can contact the rolling element , so that the passage from the rest position to the wedging position occurs when the friction element contacts the rolling element and there is relative movement between the support plate and the guide (A), forcing the movement of the rolling element along the longitudinal guide of the support plate while the rolling element rolls on the friction surface and the guide (A) itself, characterized in that the means elastic pushing elements keep the rolling element in contact, with the possibility of rolling, with the guide (A).
A lighting control method , comprising: polling , by a network node , a lighting unit for data indicative of a lighting state of the lighting unit , wherein the lighting state transitions in response to activation of a legacy switch or sensor; determining , by the network node based on the polling, that the lighting state of the lighting unit corresponds to a predetermined lighting state; characterized in that the method further comprises the following steps: providing, at a computing device in communication with the network node , a user interface operable by a user to create an association directly between the legacy switch or sensor that controls the lighting state of the lighting unit and a predetermined lighting scene; identifying , by the network node based on the determining, the predetermined lighting scene triggered by transition of the lighting unit nto the predetermined lighting state; and causing , by the network node , one or more other lighting units to implement the predetermined lighting scene. polling , by a network node , a lighting unit for data indicative of a lighting state of the lighting unit , wherein the lighting state transitions in response to activation of a legacy switch or sensor; determining , by the network node based on the polling, that the lighting state of the lighting unit corresponds to a predetermined lighting state; characterized in that the method further comprises the following steps: providing, at a computing device in communication with the network node , a user interface operable by a user to create an association directly between the legacy switch or sensor that controls the lighting state of the lighting unit and a predetermined lighting scene; identifying , by the network node based on the determining, the predetermined lighting scene triggered by transition of the lighting unit nto the predetermined lighting state; and causing , by the network node , one or more other lighting units to implement the predetermined lighting scene. providing, at a computing device in communication with the network node , a user interface operable by a user to create an association directly between the legacy switch or sensor that controls the lighting state of the lighting unit and a predetermined lighting scene; identifying , by the network node based on the determining, the predetermined lighting scene triggered by transition of the lighting unit nto the predetermined lighting state; and causing , by the network node , one or more other lighting units to implement the predetermined lighting scene.
A monolithic multi-throw diode switch (700 ; 800 ; 900 ; 1000 ; 1100), comprising: a common port, a first port, and a second port; a first PIN diode comprising a first P-type region formed to a first depth into an intrinsic layer such that the first PIN diode comprises a first effective intrinsic region of a first thickness, the first PIN diode being electrically coupled to a node between the common port and the first port; a second PIN diode comprising a second P-type region formed to a second depth into the intrinsic layer such that the second PIN diode comprises a second effective intrinsic region of a second thickness, the second PIN diode being electrically coupled to a node between the common port and the second port; a first bias network for bias control of the first PIN diode; and a second bias network for bias control of the second PIN diode, wherein the first thickness is different than the second thickness. a common port, a first port, and a second port; a first PIN diode comprising a first P-type region formed to a first depth into an intrinsic layer such that the first PIN diode comprises a first effective intrinsic region of a first thickness, the first PIN diode being electrically coupled to a node between the common port and the first port; a second PIN diode comprising a second P-type region formed to a second depth into the intrinsic layer such that the second PIN diode comprises a second effective intrinsic region of a second thickness, the second PIN diode being electrically coupled to a node between the common port and the second port; a first bias network for bias control of the first PIN diode; and a second bias network for bias control of the second PIN diode, wherein the first thickness is different than the second thickness.
Electronically commutated motor to which a printed circuit board having a temperature sensor for generating a temperature signal arranged thereon is assigned, having a first arrangement for continuously determining the expected remaining available lifetime of the motor , said first arrangement comprising: a second arrangement for detecting a first value which is dependent on the temperature signal and which characterizes the temperature (T_S) in the region of the printed circuit board ; a third arrangement (240; 244) for detecting a second value which characterizes the rotational speed (n) of the motor ; a memory for storing a digital third value (Cr) for the expected remaining lifetime of the motor ; a computing device and an output device for outputting at least one first signal, said first arrangement is formed to generate a current lifetime correction value (Δt) at intervals, which depends on the first value detected for the temperature and the second value detected for the rotational speed (n), change the currently stored third value for the expected remaining lifetime (Cr) depending on the calculated current lifetime correction value (Δt) store the result in the memory as a new currently stored third value for the remaining lifetime (Cr), and generate and output the first signal as a function of the stored third value, and wherein the motor is formed to control the commutation in operation by a microprocessor , and in which the microprocessor also serves as a computing device for calculations which occur in determining the expected remaining lifetime (Cr) and the lifetime correction value (Δt), wherein the microprocessor is arranged on the printed circuit board with the temperature sensor . a second arrangement for detecting a first value which is dependent on the temperature signal and which characterizes the temperature (T_S) in the region of the printed circuit board ; a third arrangement (240; 244) for detecting a second value which characterizes the rotational speed (n) of the motor ; a memory for storing a digital third value (Cr) for the expected remaining lifetime of the motor ; a computing device and an output device for outputting at least one first signal, said first arrangement is formed to generate a current lifetime correction value (Δt) at intervals, which depends on the first value detected for the temperature and the second value detected for the rotational speed (n), change the currently stored third value for the expected remaining lifetime (Cr) depending on the calculated current lifetime correction value (Δt) store the result in the memory as a new currently stored third value for the remaining lifetime (Cr), and generate and output the first signal as a function of the stored third value, and wherein the motor is formed to control the commutation in operation by a microprocessor , and in which the microprocessor also serves as a computing device for calculations which occur in determining the expected remaining lifetime (Cr) and the lifetime correction value (Δt), wherein the microprocessor is arranged on the printed circuit board with the temperature sensor .
Stirling-cycle cooling device comprising a compressor with a reciprocating piston driven by a rotary motor (14; 54) about an axis by means of a crankshaft (46; 65), characterized in that it further comprises a monobloc support (32; 52) forming a cylinder in which the piston of the compressor moves, in that the crankshaft (46; 65) is supported by a single bearing , and in that the bearing is arranged without an intermediate component in a housing (38; 62) of the monobloc support (32; 52).
A user interface device comprising: - a user interface for receiving command actions from a user, - a processor for receiving a first digital data stream, for generating digital event data in accordance with the command actions directed to the user interface, and for combining the digital event data with the first digital data stream so as to form a second digital data stream, and - a transmitter for transmitting a third digital data stream to a data link, characterized in that the processor is arranged to encrypt the second digital data stream so as to form the third digital data stream in accordance with cryptographic control data accessible to the processor and to deliver the third digital data stream to the transmitter . - a user interface for receiving command actions from a user, - a processor for receiving a first digital data stream, for generating digital event data in accordance with the command actions directed to the user interface, and for combining the digital event data with the first digital data stream so as to form a second digital data stream, and - a transmitter for transmitting a third digital data stream to a data link,
An electromagnetic radiation measurement device, including: an electromagnetic radiation sensor; a reconfigurable filter assembly, the reconfigurable filter assembly having a series of configurations, each configuration of the series filtering to a different wavelength band for measuring by the sensor, the wavelength bands of adjacent configurations of the series overlapping thereby to define differential sub-bands; a processor configured to utilise sensor measurements for different configurations of the series to derive measurement values for the sub-bands. an electromagnetic radiation sensor; a reconfigurable filter assembly, the reconfigurable filter assembly having a series of configurations, each configuration of the series filtering to a different wavelength band for measuring by the sensor, the wavelength bands of adjacent configurations of the series overlapping thereby to define differential sub-bands; a processor configured to utilise sensor measurements for different configurations of the series to derive measurement values for the sub-bands.
An aerosol generation system for generation of an aerosol from an aerosol-forming precursor, the system comprising: - an electrically operated heating system to heat said precursor to generate the aerosol; - a flow path for transmission of flow, including the aerosol, to a user; the heating system arranged in fluid communication with the flow path; and - electrical circuitry , characterized in that the electrical circuitry is configured - to determine a characteristic associated with a second order time derivative of a property of electrical energy through the heating system, and - to determine a property related to the flow of the flow path based on the characteristic of the second order time derivative. - an electrically operated heating system to heat said precursor to generate the aerosol; - a flow path for transmission of flow, including the aerosol, to a user; the heating system arranged in fluid communication with the flow path; and - electrical circuitry , - to determine a characteristic associated with a second order time derivative of a property of electrical energy through the heating system, and - to determine a property related to the flow of the flow path based on the characteristic of the second order time derivative.
A recombinant DNA molecule comprising a nucleotide sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO:2, SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:9, SEQ ID NO:10, and complete complement thereof.
Device for de-icing a wall of an aircraft, comprising a wall , a hot source in the form of an electrothermal system , remote with respect to the wall , and at least one closed circuit configured to route a heat-transfer fluid between the hot source and the wall to be de-iced, the closed circuit comprising: - at least one part facing, in contact with or positioned in the wall to be de-iced made of a material that is transparent to electromagnetic fields, - at least one condenser facing, in contact with or positioned in the wall to be de-iced, in which the heat-transfer fluid is condensed, generating an energy in the form of latent heat transmitted to the wall to be de-iced, and - at least one evaporator facing, in contact with or positioned in the hot source , in which the heat-transfer fluid evaporates by absorbing an energy in the form of latent heat originating from the hot source , the de-icing device comprising a servocontrol loop which comprises a regulation system for regulating the temperature of the hot source , characterized in that the de-icing device comprises a temperature sensor configured to measure the temperature of the electrothermal system and transmit at least one measured temperature value to the regulation system , the de-icing device comprising an electrical power supply driven by the regulation system and configured to power the electrothermal system . - at least one part facing, in contact with or positioned in the wall to be de-iced made of a material that is transparent to electromagnetic fields, - at least one condenser facing, in contact with or positioned in the wall to be de-iced, in which the heat-transfer fluid is condensed, generating an energy in the form of latent heat transmitted to the wall to be de-iced, and - at least one evaporator facing, in contact with or positioned in the hot source , in which the heat-transfer fluid evaporates by absorbing an energy in the form of latent heat originating from the hot source ,
A combine comprising: a feeder housing for receiving harvested crop; a separating system for threshing the harvested crop to produce grain and residue; at least one of a yield monitor or a loss monitor ; a controller coupled to the at least one of the yield monitor or the loss monitor ; a crop cleaning system for separating the grain from the residue; a residue chopper for chopping the separated residue; and a chopper pan positioned below the residue chopper ; characterized in that : the chopper pan is an automated chopper pan , the automated chopper pan having adjustable perforations; and the controller , is configured to: determine at least one of throughput from the yield monitor or loss from the loss monitor , compare the at least one of throughput or loss to respective throughput thresholds or loss thresholds, and control the automated chopper pan to adjust the perforations based on the threshold comparison. a feeder housing for receiving harvested crop; a separating system for threshing the harvested crop to produce grain and residue; at least one of a yield monitor or a loss monitor ; a controller coupled to the at least one of the yield monitor or the loss monitor ; a crop cleaning system for separating the grain from the residue; a residue chopper for chopping the separated residue; and a chopper pan positioned below the residue chopper ; determine at least one of throughput from the yield monitor or loss from the loss monitor , compare the at least one of throughput or loss to respective throughput thresholds or loss thresholds, and control the automated chopper pan to adjust the perforations based on the threshold comparison.
An immediate release pharmaceutical composition comprising (i) a therapeutic amount of methotrexate or any pharmaceutically acceptable salts thereof, (ii) a non-therapeutic amount of novobiocin or any pharmaceutically acceptable salts thereof, optionally in the association with one or more pharmaceutically acceptable excipient, carrier or diluent.
A combined guide rail for an elevator system comprising: a plurality of guide rail segments arranged end to end wherein each guide rail segment comprises: a car guide rail portion to guide an elevator car along an elevator car travel path; a counterweight guide rail portion to guide a counterweight along a counterweight travel path; and a connecting portion extending from the car guide rail portion to the counterweight guide rail portion ; wherein the car guide rail portion , the counterweight guide rail portion and the connecting portion are formed as a unitary structure from a single piece of material; wherein the car guide rail portion includes a car guide portion extending from a car base portion ; characterized in that the car base portion has a triangular cross-section; the guide rail segments are aligned with each other via at least one car guide clamp , which is at least partially inserted into the car base portions of adjacent guide rail segments ; and the at least one car guide clamp has a triangular cross section which coincides with the triangular cross section of the car base portion . a car guide rail portion to guide an elevator car along an elevator car travel path; a counterweight guide rail portion to guide a counterweight along a counterweight travel path; and a connecting portion extending from the car guide rail portion to the counterweight guide rail portion ; wherein the car guide rail portion , the counterweight guide rail portion and the connecting portion are formed as a unitary structure from a single piece of material; wherein the car guide rail portion includes a car guide portion extending from a car base portion ; characterized in that the car base portion has a triangular cross-section; the guide rail segments are aligned with each other via at least one car guide clamp , which is at least partially inserted into the car base portions of adjacent guide rail segments ; and the at least one car guide clamp has a triangular cross section which coincides with the triangular cross section of the car base portion .
A method of making a soft pretzel bite, the method comprising: conveying a one or more dough strips; cutting a series of transverse slots on one lateral side of each one of the one or more dough strips, each transverse slot terminating a proximal distance to the one lateral side and spaced so that at least one transverse slot is received in each eventual pretzel bite and extending beyond a midpoint of the respective dough strip; curling each one of the one or more transverse slotted dough strips into a respective rolled dough strip, exposing each transverse slot across the rolled dough strip; transversely cutting each rolled dough strip into dough bites; washing each dough bite in a caustic solution; and baking the dough bite into a pretzel bite, wherein each transverse slot allows a volume of the pretzel bite to increase without being constrained by a pretzel skin formed around each transverse slot to aerate an interior of each pretzel bite cutting a series of transverse slots on one lateral side of each one of the one or more dough strips, each transverse slot terminating a proximal distance to the one lateral side and spaced so that at least one transverse slot is received in each eventual pretzel bite and extending beyond a midpoint of the respective dough strip; curling each one of the one or more transverse slotted dough strips into a respective rolled dough strip, exposing each transverse slot across the rolled dough strip; transversely cutting each rolled dough strip into dough bites; washing each dough bite in a caustic solution; and baking the dough bite into a pretzel bite, wherein each transverse slot allows a volume of the pretzel bite to increase without being constrained by a pretzel skin formed around each transverse slot to aerate an interior of each pretzel bite