mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a parameter of a material, the method comprising: directing, using a radio frequency (RF) source , RF energy into a region of interest, the region of interest comprising the material, a known reference, and a boundary between the material and the known reference; detecting, using an acoustic receiver, at least one thermoacoustic multi-polar signal (200, 205 and 210) generated in response to the RF energy, wherein the at least one thermoacoustic multi-polar signal are acoustic pressure waves; and determining, by one or more processors, a parameter of the material as a function of the at least one thermoacoustic multi-polar signal and a transmitted power correction factor, wherein the transmitted power correction factor is based on an estimated thickness of the known reference and an attenuation coefficient of the known reference, further wherein the parameter of the material is selected from the group consisting of Grüneisen parameter and conductivity. directing, using a radio frequency (RF) source , RF energy into a region of interest, the region of interest comprising the material, a known reference, and a boundary between the material and the known reference; detecting, using an acoustic receiver, at least one thermoacoustic multi-polar signal (200, 205 and 210) generated in response to the RF energy, wherein the at least one thermoacoustic multi-polar signal are acoustic pressure waves; and determining, by one or more processors, a parameter of the material as a function of the at least one thermoacoustic multi-polar signal and a transmitted power correction factor, wherein the transmitted power correction factor is based on an estimated thickness of the known reference and an attenuation coefficient of the known reference, further wherein the parameter of the material is selected from the group consisting of Grüneisen parameter and conductivity.
A colloid having a self-iontophoresis capacity, which comprises elastomer microparticles and a piezoelectric layer surrounding the elastomer microparticles.
A process for the removal of residual monomeric aliphatic isocyanate from a reaction mixture comprising aliphatic polyisocyanate comprising (i) providing a reactor containing a scavenger comprising a zeolitic material, wherein the zeolitic material comprises SiO 2 and optionally X 2 O 3 in its framework structure, wherein X is a trivalent element; (ii) providing a reaction mixture comprising aliphatic polyisocyanate and monomeric aliphatic isocyanate; (iii) contacting the scavenger in the reactor with the reaction mixture provided in (ii) at a temperature lower than the boiling point of the residual monomeric aliphatic isocyanate for obtaining a product comprising aliphatic polyisocyanate with a reduced monomeric aliphatic isocyanate content, wherein if the zeolitic material comprises X 2 O 3 , the zeolitic material has an SiO 2 to X 2 O 3 molar ratio higher than 2.8:1, preferably higher than 5:1, more preferably higher than 30:1. (i) providing a reactor containing a scavenger comprising a zeolitic material, wherein the zeolitic material comprises SiO 2 and optionally X 2 O 3 in its framework structure, wherein X is a trivalent element; (ii) providing a reaction mixture comprising aliphatic polyisocyanate and monomeric aliphatic isocyanate; (iii) contacting the scavenger in the reactor with the reaction mixture provided in (ii) at a temperature lower than the boiling point of the residual monomeric aliphatic isocyanate for obtaining a product comprising aliphatic polyisocyanate with a reduced monomeric aliphatic isocyanate content,
An oxopyrimidinyl-methyl-benzamide derivative, which is N,N-dimethyl-4-((6-oxopyrimidin-1 -yl)methyl)benzamide:
Use of one or more materials from the group consisting of one or more hybrid materials containing an organic polymer from the group of the polyamides, polyimides and epoxy resins and an inorganic oligo- or polymer from the group of the oligo- and polysiloxanes and heterocondensates of Si with Ti, Zr and/or Al, wherein the organic and the inorganic component are covalently bound to one another, in combination with one or more inorganic sols based on silyl alkoxylates and/or titanium alkoxylates, wherein hybrid material and inorganic sol are crosslinked, as adhesive for the bonding of metals, plastics, concrete and/or ceramics, wherein the said polyamides, polyimides and epoxy resins have a thermal stability of at least 250°C, have functional end and/or side groups which are suitable for the covalent attachment of the inorganic component, and have free functional groups which enable curing during bonding. as adhesive for the bonding of metals, plastics, concrete and/or ceramics, wherein the said polyamides, polyimides and epoxy resins have a thermal stability of at least 250°C, have functional end and/or side groups which are suitable for the covalent attachment of the inorganic component, and have free functional groups which enable curing during bonding.
Device for the mechanical backfilling of trenches including: - a tractor type motorised machine with a chassis , an engine and elements intended to come into contact with a soil, such as wheels or tracks, for moving the device along a direction of movement, - a first hopper adapted to contain a backfilling material disposed on one side of the motorised machine with respect to the direction of movement, and having an opening in the lower position, characterised by - conveying means adapted to convey a backfilling material located in the first hopper on the opposite side of the motorised machine , along said direction of movement, the device further comprising guiding means (12; 50, 52) disposed downstream from the conveying means capable of converging the filling material falling from the conveying means towards a convergence zone at soil level, where the conveying means are capable of lifting the material to carry it above the guiding means. - a tractor type motorised machine with a chassis , an engine and elements intended to come into contact with a soil, such as wheels or tracks, for moving the device along a direction of movement, - a first hopper adapted to contain a backfilling material disposed on one side of the motorised machine with respect to the direction of movement, and having an opening in the lower position, characterised by - conveying means adapted to convey a backfilling material located in the first hopper on the opposite side of the motorised machine , along said direction of movement, the device further comprising guiding means (12; 50, 52) disposed downstream from the conveying means capable of converging the filling material falling from the conveying means towards a convergence zone at soil level, where the conveying means are capable of lifting the material to carry it above the guiding means.
Supporting hybrid suspension arm comprising a main body made of a first material and equipped with a first end region and a second end region , said main body having an inner side , an outer side , a first edge section and a second edge section which are arranged between said first end region and said second end region , opposite each other, wherein said inner side is substantially concave and said outer side is substantially convex, said hybrid arm further comprising at least one insert made of a second material and being coupled by injection molding to said main body , said insert comprising a first portion combined with said inner side of said main body , characterized in that said insert further comprises at least one second filiform connecting portion combined with said outer side of said main body to connect two regions of said first portion to each other respectively arranged at said first edge section and said second edge portion .
An ultrasonic anemometer for determining a three-dimensional wind vector or a three-dimensional wind vector as well as a sound velocity, having at least one sound transducer at least temporarily working as a transmitter with a sound emission surface for emitting sound waves and at least one sound transducer at least temporarily working as a receiver with a sound detection surface for at least partially receiving the emitted sound waves, and having an evaluation unit, which determines the wind vector or the wind vector and the sound velocity on the basis of a recorded runtime, which the sound waves, on a measuring section lying between the sound emission surface of the at least one transmitter and the sound detection surface of the at least one receiver, need to cover this measuring section, characterized in that the sound transducers at least temporarily working as a transmitter and/or as a receiver are arranged such that at least one measuring section essentially vertical to the earth's surface and at least two measuring sections not aligned horizontally inclined thereto are provided, wherein the three measuring sections are not arranged in a coplanar fashion, and beam axes vertically aligned to the surface of the sound emission surfaces do not match axes of the at least one measuring section essentially vertical to the earth's surface, and that the evaluation unit is arranged to determine a vertical wind component of the wind vector using a runtime the sound waves need to cover the measuring section vertical to the earth's surface and a horizontal wind component of the wind vector using a runtime the sound waves need to cover the at least two inclined measuring sections.
An electronic price indicator comprising: a first antenna configured to receive a first signal in a first frequency band; a first communication module connected to the first antenna and configured to receive the first signal; a display part configured to display price information included in the first signal processed by the first communication module ; a second antenna configured to receive a second signal in a second frequency band different from the first frequency band; and an inverter configured to receive the second signal via the second antenna and output an interrupt signal of a pulse waveform having at least two levels by using the received second signal, wherein the first communication module is configured to receive the interrupt signal from the inverter and change an operation mode depending on the received interrupt signal, characterized in that the interrupt signal is of a pulse waveform signal corresponding to a first level or a second level; a voltage level corresponding to the first level is smaller than a voltage corresponding to the second level; an input terminal of the inverter is connected to the other end of a RLC or RC low-pass filter having one end connected to a ground to receive the second signal; and an output terminal of the inverter is configured to output an interrupt signal corresponding to the first level when the second signal is received and output an interrupt signal corresponding to the second level when the second signal is not received. a first antenna configured to receive a first signal in a first frequency band; a first communication module connected to the first antenna and configured to receive the first signal; a display part configured to display price information included in the first signal processed by the first communication module ; a second antenna configured to receive a second signal in a second frequency band different from the first frequency band; and an inverter configured to receive the second signal via the second antenna and output an interrupt signal of a pulse waveform having at least two levels by using the received second signal, wherein the first communication module is configured to receive the interrupt signal from the inverter and change an operation mode depending on the received interrupt signal, characterized in that the interrupt signal is of a pulse waveform signal corresponding to a first level or a second level; a voltage level corresponding to the first level is smaller than a voltage corresponding to the second level; an input terminal of the inverter is connected to the other end of a RLC or RC low-pass filter having one end connected to a ground to receive the second signal; and an output terminal of the inverter is configured to output an interrupt signal corresponding to the first level when the second signal is received and output an interrupt signal corresponding to the second level when the second signal is not received.
A non-contact communication medium (CM), comprising: a memory unit that is configured to store predetermined management information; a power generation unit that includes a resonant circuit and a rectification circuit , and is configured to generate electric power to be supplied to the memory unit , the resonant circuit including an antenna coil and a resonant capacitance unit having a variable capacitance value, the rectification circuit being configured to rectify a resonant output of the resonant circuit ; a power monitoring unit that includes a current adjustment element , a reference voltage generation source , and an operational amplifier , the current adjustment element being connected to an input side or an output side of the rectification circuit and being capable of adjusting an output voltage (Vz) of the rectification circuit , the reference voltage generation source being configured to generate a reference voltage (Vref), the operational amplifier being configured to control the current adjustment element such that the output voltage (Vz) of the rectification circuit is equal to the reference voltage (Vref); characterized in that the non-contact communication medium compromises a capacitance control unit including a comparator and being configured to set the resonant capacitance unit to a capacitance value at which the output voltage (Vz) of the rectification circuit is maximized, on a basis of outputs (Xs(n), Xs(n+1)) of the operational amplifier before and after adjustment of the capacitance value being compared with each other in the comparator . a memory unit that is configured to store predetermined management information; a power generation unit that includes a resonant circuit and a rectification circuit , and is configured to generate electric power to be supplied to the memory unit , the resonant circuit including an antenna coil and a resonant capacitance unit having a variable capacitance value, the rectification circuit being configured to rectify a resonant output of the resonant circuit ; a power monitoring unit that includes a current adjustment element , a reference voltage generation source , and an operational amplifier , the current adjustment element being connected to an input side or an output side of the rectification circuit and being capable of adjusting an output voltage (Vz) of the rectification circuit , the reference voltage generation source being configured to generate a reference voltage (Vref), the operational amplifier being configured to control the current adjustment element such that the output voltage (Vz) of the rectification circuit is equal to the reference voltage (Vref); characterized in that the non-contact communication medium compromises a capacitance control unit including a comparator and being configured to set the resonant capacitance unit to a capacitance value at which the output voltage (Vz) of the rectification circuit is maximized, on a basis of outputs (Xs(n), Xs(n+1)) of the operational amplifier before and after adjustment of the capacitance value being compared with each other in the comparator .
A large lightweight three dimensional curved material comprising: An outer shell of molded slurried pulp and a flexible reinforcing spacer conforming to and adhering to the interior of said shell and an inner shell made of molded pulp or a flexible paper based material adhering to said spacer liner.
A vibratory meter comprising one or more flow conduits , one or more pickoff sensors affixed to the one or more flow conduits , and a driver configured to vibrate the one or more flow conduits , with the vibratory meter being characterized by : meter electronics coupled to the one or more pickoff sensors and to the driver , with the meter electronics being configured to vibrate the one or more flow conduits of the vibratory meter using a drive signal including a substantially constant amplitude and an initial vibration frequency and to receive a pickoff sensor signal from the one or more pickoff sensors in response, iteratively offset a phase difference between the drive signal and the pickoff sensor signal by a predetermined phase increment and measure a resulting vibrational frequency and amplitude, with the offsetting operatively sweeping the vibration frequency over a predetermined vibration frequency range and therefore generating a plurality of vibration amplitudes and a corresponding plurality of vibration frequencies, and determine a substantially maximum amplitude response in the plurality of vibration amplitudes and designate the corresponding vibration frequency as comprising the resonant frequency.
A gas turbine engine comprising: a turbomachine comprising a compressor section, a combustion section , a turbine section, and an exhaust section arranged in serial flow order and together defining at least in part a core air flowpath ; and a thermal management system comprising a flowpath heat exchanger coupled to, or integrated into, one or more components of the compressor section, such that the flowpath heat exchanger is directly thermally coupled to an airflow through the core air flowpath ; wherein the compressor section comprises a compressor with a heat transfer member and a row of compressor stator vanes one stage upstream of the heat transfer member , wherein the flowpath heat exchanger is coupled to, or integrated into, the heat transfer member , wherein the row of compressor stator vanes one stage upstream of the heat transfer member defines a maximum chord length , wherein the heat transfer member defines a maximum chord length , characterized in that the maximum chord length of the heat transfer member is greater than the maximum chord length of the row of compressor stator vanes one stage upstream of the heat transfer member . a turbomachine comprising a compressor section, a combustion section , a turbine section, and an exhaust section arranged in serial flow order and together defining at least in part a core air flowpath ; and a thermal management system comprising a flowpath heat exchanger coupled to, or integrated into, one or more components of the compressor section, such that the flowpath heat exchanger is directly thermally coupled to an airflow through the core air flowpath ; wherein the compressor section comprises a compressor with a heat transfer member and a row of compressor stator vanes one stage upstream of the heat transfer member , wherein the flowpath heat exchanger is coupled to, or integrated into, the heat transfer member , wherein the row of compressor stator vanes one stage upstream of the heat transfer member defines a maximum chord length , wherein the heat transfer member defines a maximum chord length , characterized in that the maximum chord length of the heat transfer member is greater than the maximum chord length of the row of compressor stator vanes one stage upstream of the heat transfer member .
Machining steel with high cut by chip removal properties with carbon, silicon, manganese, sulphur, phosphor, aluminium and iron, characterised in that it additionally comprises bismuth and a defined amount of oxygen, wherein the oxygen efficacy during transfer of the steel towards steel casting is 20 to 70 ppm, that the evenly distributed sulfide inclusions have an almost global form and are slightly deformed and that the machining steel comprises the following component ratio by mass fraction: Carbon max. 0,16; Silicon max. 0,15; Manganese 1,2 - 1,68 Sulfur 0,2 - 0,4; Phosphor 0,06 - 0,15; Aluminium max. 0,01; Bismuth 0,03-0,05 or 0,06-0,12 Total oxygen content 0,003-0,015; Iron and impurities remainder.
Solid pharmaceutical dosage form for oral administration comprising sodium 1-[6-(morpholin-4-yl)pyrimidin-4-yl]-4-(1H-1,2,3-triazol-1-yl)-1H-pyrazol-5-olate (active ingredient (I)), characterized in that (a) no auxiliaries having divalent and/or trivalent cations are present, (b) no lactose is present, (c) the concentration of active ingredient (I) is ≥ 10% based on the total mass of the formulation, and (d) if the dosage form has a film coating, said film coating does not comprise polyethylene glycol. (a) no auxiliaries having divalent and/or trivalent cations are present, (b) no lactose is present, (c) the concentration of active ingredient (I) is ≥ 10% based on the total mass of the formulation, and (d) if the dosage form has a film coating, said film coating does not comprise polyethylene glycol.
Apparatus for determining the availability presence of a resource, the apparatus comprising: a low energy wireless sensor configured to detect a resource presence state at a location; and a network device in communication with the sensor comprising: a processor arranged to modify identification data of the network device based on the presence state at the location; and a transmitter configured to transmit the modified identification data to an application server . a low energy wireless sensor configured to detect a resource presence state at a location; and a network device in communication with the sensor comprising: a processor arranged to modify identification data of the network device based on the presence state at the location; and a transmitter configured to transmit the modified identification data to an application server . a processor arranged to modify identification data of the network device based on the presence state at the location; and a transmitter configured to transmit the modified identification data to an application server .
A compound selected from Formula I: and stereoisomers, geometric isomers, tautomers, and pharmaceutically acceptable salts thereof, wherein: R 1 is selected from -CH 3 , -CH 2 CH 3 , cyclopropyl, and cyclobutyl; R 2 is selected from -CH 3 , -CHF 2 , -CH 2 F, and -CF 3 . R 1 is selected from -CH 3 , -CH 2 CH 3 , cyclopropyl, and cyclobutyl; R 2 is selected from -CH 3 , -CHF 2 , -CH 2 F, and -CF 3 .
A complementary-material element configured to be attachable to a base plate of an ostomy appliance and comprising a release layer, wherein the release layer comprises a neutralizing component, wherein the complementary-material element comprises a first surface and a second surface , wherein the first surface is provided with a first cover layer and wherein the neutralizing component is configured to be releasable from the complementary-material element in response to subjection of the complementary-material element to moisture.
A multilayer synthetic-mineral protective-levelling and/or sealing lining comprising a bottom layer made of a synthetic material, a top layer made of a synthetic material, and powdered cement, characterised in that the bottom layer is a base layer made of a synthetic woven or unwoven fabric, while the top layer is made of a synthetic unwoven fabric, and at least one intermediate layer between the said layers, comprising a mineral material, wherein the said at least one intermediate layer comprises powdered cement, and at least one intermediate layer comprises a swellable mineral material, with a separating base layer placed between the intermediate layers, made of a synthetic woven or unwoven fabric, wherein the intermediate layer comprising a swellable mineral material is placed between the bottom base layer and the separating base layer while the intermediate layer comprising powdered cement is placed between the separating base layer and the top layer , and the bottom base layer is connected with the top layer by stitches made over the entire surfaces of the said layers, providing a mutual pressing of all lining layers.