mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reducing computational resource expenditures by caching subgraphs and integrating the cached subgraphs into graph query results, comprising: receiving (210; 310; 410), at a graph server hosting a graph database , a graph query; querying (220; 320; 420) the graph database according to the graph query; caching (230; 350; 440) a subgraph resulting from querying the graph database , wherein the cached subgraph is identifiable by a characteristic associated with the graph query such that the cached subgraph is retrievable for integration into results for a subsequent graph query associated with the characteristic, characterised by transmitting (240; 360; 460) the cached subgraph; receiving (310; 410) the subsequent graph query; analyzing (320; 420) the subsequent graph query for a subsequent characteristic associated with the subsequent graph query; identifying (330; 430) the cached subgraph, based on the subsequent characteristic, comprising matching the subsequent graph query with the cached subgraph on a level of respective Abstract Syntax Trees, ASTs, associated with the subsequent graph query and the graph query; and transmitting (360; 460) the cached subgraph in response to the subsequent graph query. receiving (210; 310; 410), at a graph server hosting a graph database , a graph query; querying (220; 320; 420) the graph database according to the graph query; caching (230; 350; 440) a subgraph resulting from querying the graph database , wherein the cached subgraph is identifiable by a characteristic associated with the graph query such that the cached subgraph is retrievable for integration into results for a subsequent graph query associated with the characteristic, characterised by transmitting (240; 360; 460) the cached subgraph; receiving (310; 410) the subsequent graph query; analyzing (320; 420) the subsequent graph query for a subsequent characteristic associated with the subsequent graph query; identifying (330; 430) the cached subgraph, based on the subsequent characteristic, comprising matching the subsequent graph query with the cached subgraph on a level of respective Abstract Syntax Trees, ASTs, associated with the subsequent graph query and the graph query; and transmitting (360; 460) the cached subgraph in response to the subsequent graph query.
A process for preparing a functionalized graphitic material, comprising the steps of: providing a graphitic material; providing a first molecule comprising a first group, a first spacer, and a second group, wherein the first group comprises at least one group of hydroxyl, thiol, amino, epoxy, carboxyl, and silyl, wherein the second group comprises at least one group of amino, epoxy, hydroxyl, carboxyl, silyl, and thiol; providing a second molecule comprising a third group, a second spacer, and a fourth group, wherein said third group is a different group from said first group, wherein the third group comprises at least one group of thiol, carboxyl, trialkoxysilyl, phosphoryl ester, crown ether, cyclopentadienyl, cryptand, dioxime, and N- heterocycle, wherein the fourth group comprises at least one group of amino, epoxy, hydroxyl, carboxyl, silyl, and thiol; binding a sacrificial metal particle to the third group, wherein the distance between the binding groups is 0.4 nm to 2 nm, wherein said first and second spacers are less than 1.0 nm; transferring a cation of said sacrificial metal particle by ionic conductance; and, bonding the second group and the fourth group to the graphitic material. providing a graphitic material; providing a first molecule comprising a first group, a first spacer, and a second group, wherein the first group comprises at least one group of hydroxyl, thiol, amino, epoxy, carboxyl, and silyl, wherein the second group comprises at least one group of amino, epoxy, hydroxyl, carboxyl, silyl, and thiol; providing a second molecule comprising a third group, a second spacer, and a fourth group, wherein said third group is a different group from said first group, wherein the third group comprises at least one group of thiol, carboxyl, trialkoxysilyl, phosphoryl ester, crown ether, cyclopentadienyl, cryptand, dioxime, and N- heterocycle, wherein the fourth group comprises at least one group of amino, epoxy, hydroxyl, carboxyl, silyl, and thiol; binding a sacrificial metal particle to the third group, wherein the distance between the binding groups is 0.4 nm to 2 nm, wherein said first and second spacers are less than 1.0 nm; transferring a cation of said sacrificial metal particle by ionic conductance; and, bonding the second group and the fourth group to the graphitic material.
A cooling apparatus of a gas turbine, comprising: a compressor disk unit configured to be mounted in the w gas turbine and provided with compressor disk cooling passages ; a torque tube unit disposed adjacent the compressor disk unit and configured to couple to each other, wherein the torque tube unit is provided with a plurality of cooling air supply passages that communicate with the compressor disk cooling passages ; and a turbine disk unit including a plurality of turbine discs and a turbine disk cooling passage configured to communicate with the cooling air supply passages of the torque tube unit , wherein the torque tube unit is disposed between the compressor disk unit and the turbine disk unit along an axial direction of a rotation shaft mounted in the gas turbine , the torque tube unit is coupled to the compressor disk unit and the turbine disk unit , and the cooling air supply passages are open in a horizontal direction along the axial direction from an edge of the torque tube unit , the cooling air supply passages are respectively disposed along a circumferential direction of the torque tube unit and are spaced apart from each other at a predetermined interval, wherein the number of the cooling air supply passages corresponds to the number of the plurality of turbine disks mounted in the turbine disk unit . a compressor disk unit configured to be mounted in the w gas turbine and provided with compressor disk cooling passages ; a torque tube unit disposed adjacent the compressor disk unit and configured to couple to each other, wherein the torque tube unit is provided with a plurality of cooling air supply passages that communicate with the compressor disk cooling passages ; and a turbine disk unit including a plurality of turbine discs and a turbine disk cooling passage configured to communicate with the cooling air supply passages of the torque tube unit , wherein the torque tube unit is disposed between the compressor disk unit and the turbine disk unit along an axial direction of a rotation shaft mounted in the gas turbine , the torque tube unit is coupled to the compressor disk unit and the turbine disk unit , and the cooling air supply passages are open in a horizontal direction along the axial direction from an edge of the torque tube unit , the cooling air supply passages are respectively disposed along a circumferential direction of the torque tube unit and are spaced apart from each other at a predetermined interval, wherein the number of the cooling air supply passages corresponds to the number of the plurality of turbine disks mounted in the turbine disk unit .
A system for covering a nail surface comprising: a coating curable to an acrylic thermoset lattice layer conforming over the nail surface upon exposure to actinic radiation, wherein the coating comprises a reactive monomer, and/or oligomer, and/or polymer which polymerizes, it increases adhesiveness and it is a polymerisable (meth)acrylate, a monomer which confers the property of ease of removal of the lattice and which is a polypropylene glycol (meth)acrylated monomer, a non-reactive solvent, a non-reactive, solvent-dissolvable film-forming polymer, and at least one polymer which conveys enhanced adhesion and which facilitates solvent removal and it is a PMMA-PMAA copolymer. a coating curable to an acrylic thermoset lattice layer conforming over the nail surface upon exposure to actinic radiation, wherein the coating comprises a reactive monomer, and/or oligomer, and/or polymer which polymerizes, it increases adhesiveness and it is a polymerisable (meth)acrylate, a monomer which confers the property of ease of removal of the lattice and which is a polypropylene glycol (meth)acrylated monomer, a non-reactive solvent, a non-reactive, solvent-dissolvable film-forming polymer, and at least one polymer which conveys enhanced adhesion and which facilitates solvent removal and it is a PMMA-PMAA copolymer.
Device for non-invasive ventilation (NIV), in particular at a continuous positive airway pressure (CPAP), comprising: - a gas admission module comprising: ▪ an internal gas passage , ▪ an oxygen injection port and a gas supply port in fluidic communication with the internal gas passage , ▪ a gas reservoir having an internal volume of at least 15 1, fixed to the gas admission module and fluidically connected to the internal gas passage , - a ventilation module comprising: ▪ an internal gas circuit comprising a gas inlet port and a gas outlet port , ▪ an exhaust valve configured to allow gas to escape to the atmosphere via an exhaust port during each expiratory phase of the patient and to prevent gas from escaping to the atmosphere during each inspiratory phase of the patient, and ▪ a gas non-return device arranged in the internal gas circuit , and - a gas delivery line comprising a flexible conduit having a length of between 0.5 and 10 metres, fluidically connecting, via the gas supply port , the internal gas passage of the gas admission module to the internal gas circuit of the ventilation module , via the gas inlet port . - a gas admission module comprising: ▪ an internal gas passage , ▪ an oxygen injection port and a gas supply port in fluidic communication with the internal gas passage , ▪ a gas reservoir having an internal volume of at least 15 1, fixed to the gas admission module and fluidically connected to the internal gas passage , ▪ an internal gas passage , ▪ an oxygen injection port and a gas supply port in fluidic communication with the internal gas passage , ▪ a gas reservoir having an internal volume of at least 15 1, fixed to the gas admission module and fluidically connected to the internal gas passage , - a ventilation module comprising: ▪ an internal gas circuit comprising a gas inlet port and a gas outlet port , ▪ an exhaust valve configured to allow gas to escape to the atmosphere via an exhaust port during each expiratory phase of the patient and to prevent gas from escaping to the atmosphere during each inspiratory phase of the patient, and ▪ a gas non-return device arranged in the internal gas circuit , and ▪ an internal gas circuit comprising a gas inlet port and a gas outlet port , ▪ an exhaust valve configured to allow gas to escape to the atmosphere via an exhaust port during each expiratory phase of the patient and to prevent gas from escaping to the atmosphere during each inspiratory phase of the patient, and ▪ a gas non-return device arranged in the internal gas circuit , and - a gas delivery line comprising a flexible conduit having a length of between 0.5 and 10 metres, fluidically connecting, via the gas supply port , the internal gas passage of the gas admission module to the internal gas circuit of the ventilation module , via the gas inlet port .
A method performed by a terminal for receiving a circuit switching, CS, service, the method comprising: transmitting, by the terminal , a CS fallback, CSFB, request to a mobility management entity, MME , through a first base station for use of the CS service; detecting a failure of a radio resource connection to the first base station; and transmitting, to a second base station, a radio resource control, RRC, re-establishment request message, the RRC re-establishment request message including a CSFB indicator indicating a CSFB being requested in case that information on whether the CSFB is requested is set to a predetermined value. transmitting, by the terminal , a CS fallback, CSFB, request to a mobility management entity, MME , through a first base station for use of the CS service; detecting a failure of a radio resource connection to the first base station; and transmitting, to a second base station, a radio resource control, RRC, re-establishment request message, the RRC re-establishment request message including a CSFB indicator indicating a CSFB being requested in case that information on whether the CSFB is requested is set to a predetermined value.
An aircraft refueling system , comprising: a master controller ; a fleet controller in communication with the master controller ; at least one platform controller in communication with the fleet controller ; and a fuel control system in communication with the platform controller , the fuel control system including a primary pressure controller , a secondary pressure controller , a programmable logic controller , and a data logger controller ; characterised in that the master controller is configured to receive and analyze data from at least one of the fleet controller , the platform controller , and the fuel control system ; and the master controller is configured to modify operational parameters or upgrade the fuel control system based at least in part on the analysis of the received data. a master controller ; a fleet controller in communication with the master controller ; at least one platform controller in communication with the fleet controller ; and a fuel control system in communication with the platform controller , the fuel control system including a primary pressure controller , a secondary pressure controller , a programmable logic controller , and a data logger controller ; characterised in that the master controller is configured to receive and analyze data from at least one of the fleet controller , the platform controller , and the fuel control system ; and the master controller is configured to modify operational parameters or upgrade the fuel control system based at least in part on the analysis of the received data.
A chip integration method, comprising the following steps: providing a die (23; 33) and a passive device (21; 31), wherein the die is provided with a die bonding portion (230; 330), and the passive device is provided with a passive device bonding portion (210; 310); and disposing a connecting piece (25; 35), wherein the connecting piece (25; 35) is connected to the die bonding portion (230; 330) and the passive device bonding portion (210; 310), and the connecting piece (25; 35) is located between the die bonding portion (230; 330) and the passive device bonding portion (210; 310); wherein no under bump metallization, UBM, layer is formed in an additional process step; wherein the connecting piece (25; 35) is formed on at least one of the die bonding portion (230; 330) and the passive device bonding portion (210; 310) by means of wire bonding and cutting wherein a protective layer is provided on the surface of the connecting piece (25; 35), and the protective layer at least covers a part of the surface of the connecting piece (25; 35), wherein the protective layer is made of an organic solderability preservative; characterised in that the protective layer is formed by using a wire having the protective layer for forming the connecting piece (25; 35) on to at least one of the die bonding portion (230; 330) and the passive device bonding portion (210; 310) by means of wire bonding and cutting providing a die (23; 33) and a passive device (21; 31), wherein the die is provided with a die bonding portion (230; 330), and the passive device is provided with a passive device bonding portion (210; 310); and disposing a connecting piece (25; 35), wherein the connecting piece (25; 35) is connected to the die bonding portion (230; 330) and the passive device bonding portion (210; 310), and the connecting piece (25; 35) is located between the die bonding portion (230; 330) and the passive device bonding portion (210; 310); wherein no under bump metallization, UBM, layer is formed in an additional process step; wherein the connecting piece (25; 35) is formed on at least one of the die bonding portion (230; 330) and the passive device bonding portion (210; 310) by means of wire bonding and cutting wherein a protective layer is provided on the surface of the connecting piece (25; 35), and the protective layer at least covers a part of the surface of the connecting piece (25; 35), wherein the protective layer is made of an organic solderability preservative; characterised in that the protective layer is formed by using a wire having the protective layer for forming the connecting piece (25; 35) on to at least one of the die bonding portion (230; 330) and the passive device bonding portion (210; 310) by means of wire bonding and cutting
A combination weighing device that repeats a cycle, the cycle includes of supplying products (M) to a plurality of measurement hoppers , measuring weight of supplied products, obtaining combinations of the plurality of measurement hoppers based on a plurality of obtained measurement values, selecting a combination having a measurement value close to a target weight value among the obtained combinations, and discharging the products from the plurality of measurement hoppers of the selected combination, characterised by the combination weighing device comprising: a storage unit that stores time-series measurement values sequentially acquired by the measurement hoppers; a time measurement unit that measures an elapsed time from a timing corresponding to supply of the products to the measurement hoppers until a timing at which the time-series measurement values enter a region considered to be stabilized when the time-series measurement values stored in the storage unit converge to the region considered to be stabilized as a stabilization time until the measurement values become stabilized; and a selection unit that acquires the stabilization times by the time measurement unit over a plurality of cycles and can select a recommended stabilization time that is the stabilization time in which a predetermined measurement accuracy can be maintained based on a standard deviation of the acquired stabilization times for the plurality of cycles. a storage unit that stores time-series measurement values sequentially acquired by the measurement hoppers; a time measurement unit that measures an elapsed time from a timing corresponding to supply of the products to the measurement hoppers until a timing at which the time-series measurement values enter a region considered to be stabilized when the time-series measurement values stored in the storage unit converge to the region considered to be stabilized as a stabilization time until the measurement values become stabilized; and a selection unit that acquires the stabilization times by the time measurement unit over a plurality of cycles and can select a recommended stabilization time that is the stabilization time in which a predetermined measurement accuracy can be maintained based on a standard deviation of the acquired stabilization times for the plurality of cycles.
A man-machine interaction method, wherein the method is applied to an electronic device having a display, the electronic device comprises a sensor for detecting a navigation input operation on the display, and the display comprises a first area and a second area that are not overlapped; and the method comprises: detecting a navigation input operation on the display; when the navigation input operation is detected in the first area, displaying (S110) a first navigation icon at a preset position in the first area; and when the navigation input operation is detected at a first position in the second area, displaying (S120) a second navigation icon at the first position in the second area; wherein the first navigation icon and the second navigation icon correspond to a same first software program, and the first navigation icon and the second navigation icon are different. detecting a navigation input operation on the display; when the navigation input operation is detected in the first area, displaying (S110) a first navigation icon at a preset position in the first area; and when the navigation input operation is detected at a first position in the second area, displaying (S120) a second navigation icon at the first position in the second area; wherein the first navigation icon and the second navigation icon correspond to a same first software program, and the first navigation icon and the second navigation icon are different.
A crystalline deuterium chloride salt of a deuterium-enriched compound of formula (I) wherein R 1 is H or D, provided that the total deuterium abundance in the compound of formula (I) is about 1.3 to about 4, and wherein the crystalline deuterium chloride salt is characterized by an X-ray powder diffraction pattern comprising peaks at the following diffraction angles (2θ): 15.8° ± 0.2°, 22.8° ± 0.2°, and 26.0° ± 0.2°. wherein R 1 is H or D, provided that the total deuterium abundance in the compound of formula (I) is about 1.3 to about 4, and wherein the crystalline deuterium chloride salt is characterized by an X-ray powder diffraction pattern comprising peaks at the following diffraction angles (2θ): 15.8° ± 0.2°, 22.8° ± 0.2°, and 26.0° ± 0.2°.
Visual time-temperature indicator which comprises a first and a second element each comprising a hydrogel, wherein said first element further comprises at least one alkalinizing agent and said second element further comprising at least one food colouring, wherein said first and second elements are at least partially in contact with each other through a contact surface, wherein each hydrogel comprises a gelatine of animal or plant origin with a Bloom number comprised between 200 and 350, preferably comprised between 225 and 325.