mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: obtaining data representing a subterranean volume, the data having been collected by a user in a field; generating a digital model representing at least the subterranean volume based in part on the data; searching the digital model based in part on one or more metadata parameters; identifying one or more gaps in the model; and determining a data acquisition activity based on the one or more gaps that were identified in the model, the data acquisition activity specifying a type of data to be acquired, a location to collect the data, and acquisition equipment to be used in a subsequent data acquisition field trip; and outputting the data acquisition activity to be used in the field trip. obtaining data representing a subterranean volume, the data having been collected by a user in a field; generating a digital model representing at least the subterranean volume based in part on the data; searching the digital model based in part on one or more metadata parameters; identifying one or more gaps in the model; and determining a data acquisition activity based on the one or more gaps that were identified in the model, the data acquisition activity specifying a type of data to be acquired, a location to collect the data, and acquisition equipment to be used in a subsequent data acquisition field trip; and outputting the data acquisition activity to be used in the field trip.
A device for the treatment and separation of inorganic solid waste, the device comprising: - a grinding chamber for obtaining waste fragments from a group of inorganic waste; - a sieving assembly for the waste fragments generated in said grinding chamber ; characterized in that it comprises: - a recognition assembly comprising a recognition plate defining a plurality of analysis seats, each for accommodating a single fragment generated in said grinding chamber, and sensor means configured to recognize the type of waste of said single fragment; - a distribution assembly operatively interposed between said sieving assembly and said recognition assembly and configured to place each single fragment in a corresponding one of said analysis seats of said recognition plate ; - and a monitoring and drive unit configured to act on the recognition plate so as to deposit each waste fragment analyzed in a respective collection bin . - a grinding chamber for obtaining waste fragments from a group of inorganic waste; - a sieving assembly for the waste fragments generated in said grinding chamber ; characterized in that it comprises: - a recognition assembly comprising a recognition plate defining a plurality of analysis seats, each for accommodating a single fragment generated in said grinding chamber, and sensor means configured to recognize the type of waste of said single fragment; - a distribution assembly operatively interposed between said sieving assembly and said recognition assembly and configured to place each single fragment in a corresponding one of said analysis seats of said recognition plate ; - and a monitoring and drive unit configured to act on the recognition plate so as to deposit each waste fragment analyzed in a respective collection bin . - a recognition assembly comprising a recognition plate defining a plurality of analysis seats, each for accommodating a single fragment generated in said grinding chamber, and sensor means configured to recognize the type of waste of said single fragment; - a distribution assembly operatively interposed between said sieving assembly and said recognition assembly and configured to place each single fragment in a corresponding one of said analysis seats of said recognition plate ; - and a monitoring and drive unit configured to act on the recognition plate so as to deposit each waste fragment analyzed in a respective collection bin .
Device for measuring the viscosity of an aqueous solution of water-soluble polymer whose viscosity is unstable under aerobic conditions, said device being intended to be connected to a source containing the solution and comprising: - a viscometer comprising a viscometer head wherefrom a module emerges, the viscometer head designating the assembly containing means for rotating the module and at least one display device together with a control mechanism for the device; - a container into which is the module is immersed, characterized in that it further comprises means for placing the interior of the container in contact with an inert gas, an inert gas purging means , and in that the container has inlet means for the solution intended to be connected to the source. - a viscometer comprising a viscometer head wherefrom a module emerges, the viscometer head designating the assembly containing means for rotating the module and at least one display device together with a control mechanism for the device; - a container into which is the module is immersed,
A method for preparing high-content conjugated linoleic acid (CLA) through purification of vegetable oil, wherein the vegetable oil is a vegetable oil with a linoleic acid content of more than 20%, and wherein the method includes the following steps: 1) Alcoholysis of vegetable oil: stir vegetable oil, catalyst and alcohol solution at 50-75 °C for 0.5-2 hours, and wash them layer by layer to obtain the product; wherein the catalyst is acid catalyst concentrated H 2 SO 4 , or basic catalyst NaOH, KOH, sodium methoxide or sodium ethoxide, the alcohol solution is methanol or ethanol, and the esterlysis product of vegetable oil is methyl ester or ethyl ester; 2) Primary purification of alcoholysis product: conduct primary purification for the alcoholysis product by rectification or crystallization to remove low-boiling and high-melting impurities and obtain product of primary purification; 3) Repurification: weigh an appropriate amount of product of primary purification, add it into silver-based silicagel column after moderate dilution, adsorb it in static state for 5-30 minutes in a dark place, conduct gradient elution with eluent, collect it section by section, remove the eluent, and measure the content of linoleate in each component; 4) Mix the linoleate, base catalyst and alcohol solvent, inject nitrogen, stir at 100-190°C for 1-8 h, add water to terminate the reaction, cool to room temperature, dropwise add acid until pH reaches 1-3, layer, and wash upper-layer free fatty acid with 1-5% NaCl solution, 10-50% methanol aqueous solution and pure water in succession until it is clear and neutral to obtain high-content CLA. 1) Alcoholysis of vegetable oil: stir vegetable oil, catalyst and alcohol solution at 50-75 °C for 0.5-2 hours, and wash them layer by layer to obtain the product; wherein the catalyst is acid catalyst concentrated H 2 SO 4 , or basic catalyst NaOH, KOH, sodium methoxide or sodium ethoxide, the alcohol solution is methanol or ethanol, and the esterlysis product of vegetable oil is methyl ester or ethyl ester; 2) Primary purification of alcoholysis product: conduct primary purification for the alcoholysis product by rectification or crystallization to remove low-boiling and high-melting impurities and obtain product of primary purification; 3) Repurification: weigh an appropriate amount of product of primary purification, add it into silver-based silicagel column after moderate dilution, adsorb it in static state for 5-30 minutes in a dark place, conduct gradient elution with eluent, collect it section by section, remove the eluent, and measure the content of linoleate in each component; 4) Mix the linoleate, base catalyst and alcohol solvent, inject nitrogen, stir at 100-190°C for 1-8 h, add water to terminate the reaction, cool to room temperature, dropwise add acid until pH reaches 1-3, layer, and wash upper-layer free fatty acid with 1-5% NaCl solution, 10-50% methanol aqueous solution and pure water in succession until it is clear and neutral to obtain high-content CLA.
An apparatus for tracing pile set during pile driving of a pile comprising: a panel attached to the pile ; a holding mechanism to hold a writing instrument against the panel to trace the pile set on the panel for series of blows during the pile driving, wherein the holding mechanism comprises a holding tube and the writing instrument ; a sliding mechanism to provide lateral movement across the panel for the holding mechanism after every blow during the pile driving; and a platform for allowing the sliding mechainsm to slide freely in horizontal direction, characterized in that the holding mechanism further comprises a top rotating means, wherein the holding tube secures the writing instrument firmly and at different lengths by adjusting two screws (121', 121"), wherein the top rotating means is a top cylindrical block with a hole, where the holding tube slides into the hole of the top cylindrical block and secured by a screw , wherein the sliding mechanism comprises a cover plate secured to the platform by two interlocking strips (131', 131") wherein the sliding mechanism allows the cover plate to slide freely to and fro on the top of the platform , wherein the holding mechanism is fixed on the cover plate , and wherein the apparatus further comprises a remote controller configured to control the rotation to and fro horizontally and also to control the movement transversely parallel to the panel to and fro at a distance. a panel attached to the pile ; a holding mechanism to hold a writing instrument against the panel to trace the pile set on the panel for series of blows during the pile driving, wherein the holding mechanism comprises a holding tube and the writing instrument ; a sliding mechanism to provide lateral movement across the panel for the holding mechanism after every blow during the pile driving; and a platform for allowing the sliding mechainsm to slide freely in horizontal direction, the holding mechanism further comprises a top rotating means, wherein the holding tube secures the writing instrument firmly and at different lengths by adjusting two screws (121', 121"), wherein the top rotating means is a top cylindrical block with a hole, where the holding tube slides into the hole of the top cylindrical block and secured by a screw , wherein the sliding mechanism comprises a cover plate secured to the platform by two interlocking strips (131', 131") wherein the sliding mechanism allows the cover plate to slide freely to and fro on the top of the platform , wherein the holding mechanism is fixed on the cover plate , and wherein the apparatus further comprises a remote controller configured to control the rotation to and fro horizontally and also to control the movement transversely parallel to the panel to and fro at a distance.
A device-registration-work assisting system comprising: a plurality of notification units each of which is built in or disposed near each of a plurality of devices subjected to registration work, the notification units and the devices being electrically connected to each other in a one-to-one manner; and a mobile terminal configured to be carried by a worker, the mobile terminal including a display unit configured to display information regarding each of the devices , and a selection unit configured to select the device , wherein each of the devices is communicably connected to a remote management apparatus via Internet (N); the mobile terminal is communicably connected to the remote management apparatus via the Internet (N), characterized in that each of the notification units is configured to, when the corresponding device is selected by the selection unit , receive information indicating that the corresponding device is selected by the selection unit via the Internet (N), the remote management apparatus and the corresponding device , and perform notification by light, sound, or motion in response to the corresponding device being selected with the selection unit . a plurality of notification units each of which is built in or disposed near each of a plurality of devices subjected to registration work, the notification units and the devices being electrically connected to each other in a one-to-one manner; and a mobile terminal configured to be carried by a worker, the mobile terminal including a display unit configured to display information regarding each of the devices , and a selection unit configured to select the device , wherein each of the devices is communicably connected to a remote management apparatus via Internet (N); the mobile terminal is communicably connected to the remote management apparatus via the Internet (N), characterized in that each of the notification units is configured to, when the corresponding device is selected by the selection unit , receive information indicating that the corresponding device is selected by the selection unit via the Internet (N), the remote management apparatus and the corresponding device , and perform notification by light, sound, or motion in response to the corresponding device being selected with the selection unit .
A scooter folding mechanism, comprising a bottom plate and an inclined rod for installing a vertical rod, the inclined rod being rotatably arranged on the bottom plate through a first shaft rod , wherein the scooter folding mechanism further comprises: a limiting mechanism , two lock catches , a limiting plate rotatably arranged on the bottom plate through a second shaft rod , and a pedal rotatably arranged on the limiting plate through a third shaft rod ; the limiting mechanism comprises an unfolding clamping slot (8.1) and a folding clamping slot (8.2), which are arranged on the inclined rod , a limiting piece (8.3) and a return spring (8.4), which are arranged on the limiting plate and configured to be matched with the unfolding clamping slot (8.1) or the folding clamping slot (8.2), the return spring (8.4) being configured to drive the limiting piece (8.3) to be clamped into the unfolding clamping slot (8.1) or the folding clamping slot (8.2), the unfolding clamping slot (8.1) and the folding clamping slot (8.2) being distributed circumferentially around the first shaft rod ; the two lock catches comprise two lock blocks (10.1) rotatably arranged on the inclined rod , characterized in that the two lock catches additionally comprise two clamping slots (10.2) arranged on the pedal and configured to be matched with the two lock blocks (10.1). the limiting mechanism comprises an unfolding clamping slot (8.1) and a folding clamping slot (8.2), which are arranged on the inclined rod , a limiting piece (8.3) and a return spring (8.4), which are arranged on the limiting plate and configured to be matched with the unfolding clamping slot (8.1) or the folding clamping slot (8.2), the return spring (8.4) being configured to drive the limiting piece (8.3) to be clamped into the unfolding clamping slot (8.1) or the folding clamping slot (8.2), the unfolding clamping slot (8.1) and the folding clamping slot (8.2) being distributed circumferentially around the first shaft rod ; the two lock catches comprise two lock blocks (10.1) rotatably arranged on the inclined rod , characterized in that the two lock catches additionally comprise two clamping slots (10.2) arranged on the pedal and configured to be matched with the two lock blocks (10.1).
A flat panel X-ray detector , comprising: a circuit board ; a supporting substrate ; a CMOS light imager electrically connected to the circuit board; wherein the light imager includes a photodetector layer containing an array of detector elements, wherein scan driver circuitries share space with detector elements located on one column of the array and readout circuitries share the space with the detector elements on one row of the array; a flex connector configured to re-route electrical signals from the CMOS light imager through the supporting substrate to the circuit board, wherein the flex connector is configured to maintain an electrical connection between the CMOS light imager and the circuit board despite movement of one or both of the CMOS light imager and the circuit board; and a scintillator coupled to the light imager; wherein the detector has a substantially squircle shape, wherein the squircle shape is a superellipse shape or a comerless shape. a circuit board ; a supporting substrate ; a CMOS light imager electrically connected to the circuit board; wherein the light imager includes a photodetector layer containing an array of detector elements, wherein scan driver circuitries share space with detector elements located on one column of the array and readout circuitries share the space with the detector elements on one row of the array; a flex connector configured to re-route electrical signals from the CMOS light imager through the supporting substrate to the circuit board, wherein the flex connector is configured to maintain an electrical connection between the CMOS light imager and the circuit board despite movement of one or both of the CMOS light imager and the circuit board; and a scintillator coupled to the light imager; wherein the detector has a substantially squircle shape, wherein the squircle shape is a superellipse shape or a comerless shape.
A resin composition comprising at least a polyamide (A) and a polyrotaxane (B) whose cyclic molecule is modified with a graft chain, which are mixed together, wherein 80 parts by weight or more and 99.9 parts by weight or less of the polyamide (A) and 0.1 part by weight or more and 20 parts by weight or less of the polyrotaxane (B) are mixed together relative to 100 parts by weight of the total amount of the polyamide (A) and the polyrotaxane (B), and wherein the resin composition contains 3 parts by weight or more and 25 parts by weight or less of a reaction product of the polyamide (A) and the polyrotaxane (B), relative to 100 parts by weight of the total amount of the polyamide (A) and the polyrotaxane (B).
An aqueous cleansing composition for keratin fibers, preferably for human hair, characterized in that it comprises surfactants at a total concentration in the range of 8% to 19% by weight, calculated to the total of the composition, wherein it comprises the following surfactants a) a first anionic surfactant selected from compounds according to the structure wherein R 1 is a straight or branched, substituted or unsubstituted, saturated or unsaturated alkyl chain with a carbon number of C 9 to C 21 , preferably R 1 is a straight alkyl chain with a carbon number of C 9 to C 17 , and X + is a cation selected from sodium, potassium, magnesium and ammonium ions, b) a second anionic surfactant which is an alkyl sulphate or preferably ethoxylated alkyl ether sulphate surfactant or mixtures thereof with an alkyl chain length of C 10 to C 22 , c) an amphoteric surfactant selected from compounds according to the general structure(s) II and/or III wherein R 2 is a straight or branched, saturated or unsaturated, substituted or unsubstituted alkyl chain with a carbon number of C 10 to C 22 , preferably R 2 is a straight alkyl chain with a carbon number of C 10 to C 16 , A is a straight alkyl chain with a carbon number of C 1 to C 6 or a branched alkyl chain with a carbon number of C 3 to C 6 , preferably A is a linear alkyl chain with a carbon number of C 3 , and B is an amide or an ester group. d) a compound according to the general structure wherein R 3 is a linear or branched alkyl chain with a carbon number of C 3 to C 12 , preferably C 3 to C 8 , more preferably R 3 is a branched alkyl chain with a carbon number of C 8 . a) a first anionic surfactant selected from compounds according to the structure wherein R 1 is a straight or branched, substituted or unsubstituted, saturated or unsaturated alkyl chain with a carbon number of C 9 to C 21 , preferably R 1 is a straight alkyl chain with a carbon number of C 9 to C 17 , and X + is a cation selected from sodium, potassium, magnesium and ammonium ions, b) a second anionic surfactant which is an alkyl sulphate or preferably ethoxylated alkyl ether sulphate surfactant or mixtures thereof with an alkyl chain length of C 10 to C 22 , c) an amphoteric surfactant selected from compounds according to the general structure(s) II and/or III wherein R 2 is a straight or branched, saturated or unsaturated, substituted or unsubstituted alkyl chain with a carbon number of C 10 to C 22 , preferably R 2 is a straight alkyl chain with a carbon number of C 10 to C 16 , A is a straight alkyl chain with a carbon number of C 1 to C 6 or a branched alkyl chain with a carbon number of C 3 to C 6 , preferably A is a linear alkyl chain with a carbon number of C 3 , and B is an amide or an ester group. d) a compound according to the general structure wherein R 3 is a linear or branched alkyl chain with a carbon number of C 3 to C 12 , preferably C 3 to C 8 , more preferably R 3 is a branched alkyl chain with a carbon number of C 8 .
Method for producing a shaped part from an aluminum sheet having an aluminum alloy, in particular from an aluminum alloy of the 5000 series, in which at least the aluminum sheet is introduced into a forming die and is cold-formed by the latter and, in a further step or in further steps, the cold-formed aluminum sheet is heated at least once at least in some regions and is further formed at least once, characterized in that the cold-formed aluminum sheet is heated below the recrystallization temperature of the aluminum alloy between 150 and 350 degrees Celsius, and in that the heated aluminum sheet , even before reaching a temperature which the aluminum sheet has during its cold forming, is subjected to further forming, wherein the aluminum sheet is formed by deep drawing or by a combination of deep drawing and stretch forming.
A gas turbine engine comprising: a fan drive turbine driving a fan rotor (16; 300) having at least one blade through a gear reduction , said at least one blade including a main body having an airfoil extending between a leading edge and a trailing edge , and said at least one blade (120; 302, 304) having a chord length and at least one of: (a) a cover closing a channel ; and (b) an end cap covering at least one of the leading and trailing edges , the at least one of a cover and an end cap having a pair of opposed ends , and a step defined extending from at least one of a suction wall and a pressure wall of the airfoil , to an outer surface of said one of a cover and an end cap at one of said opposed ends , characterised in that a ratio of a dimension (d 1 ; d 2 ; d 3 ) of said step to said chord length (C) is less than or equal to about 0.001. a fan drive turbine driving a fan rotor (16; 300) having at least one blade through a gear reduction , said at least one blade including a main body having an airfoil extending between a leading edge and a trailing edge , and said at least one blade (120; 302, 304) having a chord length and at least one of: (a) a cover closing a channel ; and (b) an end cap covering at least one of the leading and trailing edges , (a) a cover closing a channel ; and (b) an end cap covering at least one of the leading and trailing edges , the at least one of a cover and an end cap having a pair of opposed ends , and a step defined extending from at least one of a suction wall and a pressure wall of the airfoil , to an outer surface of said one of a cover and an end cap at one of said opposed ends , characterised in that a ratio of a dimension (d 1 ; d 2 ; d 3 ) of said step to said chord length (C) is less than or equal to about 0.001.