mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: acquiring process data collected in an industrial process control and automation system; reducing a dimension space of the process data by combining two or more parameters (405, 410, 415) of the process data, wherein the dimension space of the process data is reduced by combining a time constant parameter and a time delay parameter into a response time parameter; determining a change in a process based on a change in the process data in the reduced dimension space; and outputting a result based on the determined change in the process to generate a process model for re-tuning and maintenance of process control in the industrial process control and automation system. acquiring process data collected in an industrial process control and automation system; reducing a dimension space of the process data by combining two or more parameters (405, 410, 415) of the process data, wherein the dimension space of the process data is reduced by combining a time constant parameter and a time delay parameter into a response time parameter; determining a change in a process based on a change in the process data in the reduced dimension space; and outputting a result based on the determined change in the process to generate a process model for re-tuning and maintenance of process control in the industrial process control and automation system.
Leak detection module for checking the seal of an object to be tested using a tracer gas, including a leak detector and a probe (4; 25) that can be manipulated by a user, characterized in that it further includes a human-machine interface including a voice recognition device configured to recognize a voice command from the user controlling the leak detection module.
A method for making a tunnel junction of a photovoltaic cell, the photovoltaic cell comprising a PN junction formed in or over a silicon substrate, the tunnel junction being made over a first face of the silicon substrate provided with a second face opposite to the first face, the tunnel junction comprising a stack formed by a first layer, a dielectric material layer and a second layer, the method comprising the following steps: a) a step of forming the first layer, said formation comprising the implantation of first dopant species of a first type in a region of the silicon substrate which extends from the first face; b) a step of forming the dielectric material layer over the first face, with a thickness smaller than 5 nm, advantageously smaller 2 nm; c) a step of forming the second layer made of an amorphous or polycrystalline semiconductor material overlapping the dielectric material layer, and which comprises second dopant species of a second type different from the first type; d) an annealing step intended to induce the recrystallisation of the second layer and to activate the first dopant species as well as the second dopant species. a) a step of forming the first layer, said formation comprising the implantation of first dopant species of a first type in a region of the silicon substrate which extends from the first face; b) a step of forming the dielectric material layer over the first face, with a thickness smaller than 5 nm, advantageously smaller 2 nm; c) a step of forming the second layer made of an amorphous or polycrystalline semiconductor material overlapping the dielectric material layer, and which comprises second dopant species of a second type different from the first type; d) an annealing step intended to induce the recrystallisation of the second layer and to activate the first dopant species as well as the second dopant species.
An immune cell having a genetic disruption of a HPK-1 gene, and comprising an agent that induces or is capable of inducing genetic disruption, wherein the agent comprises a gRNA having a targeting domain that is complementary with a target domain of the HPK-1 gene in the first or second exon, or a polynucleotide encoding the gRNA, and the gRNA has a targeting domain comprising a sequence that is the same or differs no more than 3 nucleotides from a sequence fully complementary with a target sequence selected from SEQ ID NO: 1 and 11-15.
A catheter assembly comprising: a catheter; a needle having a sharp distal tip disposed in the catheter; a catheter hub housing the catheter and the needle; a needle shield configured to be connected to the catheter hub; and a clip disposed in the needle shield that cooperates with the needle, the clip including a spade that attaches the clip to the needle shield, wherein an outer surface of the spade is exposed to an outside of the catheter assembly. a catheter; a needle having a sharp distal tip disposed in the catheter; a catheter hub housing the catheter and the needle; a needle shield configured to be connected to the catheter hub; and a clip disposed in the needle shield that cooperates with the needle, the clip including a spade that attaches the clip to the needle shield, wherein an outer surface of the spade is exposed to an outside of the catheter assembly.
A method for the support of nomadic or fixed users in a mobile network, said mobile network comprising a core network accessed by a radio access network, said mobile network providing packet data network connectivity between a user equipment and at least one external packet data network, via a selected packet data network gateway associated with said packet data network, said method including support of a nomadic or fixed user in non-mobile mode of operation wherein said selected local packet data network gateway is co-located with a radio access network node serving said user equipment, based on knowledge of the user's mobility pattern, said method being performed by a core network node having control plane functions and comprising the steps of: - if there is a change in the mobility state of the user equipment, from a moving state wherein the user equipment is moving, to a stationary state wherein the user equipment is not moving for at least a given period of time, instructing said user equipment to detach and immediately re-attach to said mobile network, - when said user equipment re-attaches to said mobile network, selecting said local packet data network gateway, for packet data network connectivity to at least one packet data network represented by an access point name eligible for said non-mobile mode of operation, and: - if there is a change in the mobility state of the user equipment, from a stationary state wherein the user equipment is not moving for at least a given period of time, to a moving state wherein the user equipment is moving, instructing said user equipment to detach and immediately re-attach to said mobile network, - when said user equipment re-attaches to said mobile network, selecting a packet data network gateway located in said core network, in a mobile mode of operation. - if there is a change in the mobility state of the user equipment, from a moving state wherein the user equipment is moving, to a stationary state wherein the user equipment is not moving for at least a given period of time, instructing said user equipment to detach and immediately re-attach to said mobile network, - when said user equipment re-attaches to said mobile network, selecting said local packet data network gateway, for packet data network connectivity to at least one packet data network represented by an access point name eligible for said non-mobile mode of operation, - if there is a change in the mobility state of the user equipment, from a stationary state wherein the user equipment is not moving for at least a given period of time, to a moving state wherein the user equipment is moving, instructing said user equipment to detach and immediately re-attach to said mobile network, - when said user equipment re-attaches to said mobile network, selecting a packet data network gateway located in said core network, in a mobile mode of operation.
A system for decorating a wall surface, comprising: a decor assembly including a decor element opposite a releasable fastening structure, the releasable fastening structure providing a plurality of first fastening elements; a complementary fastening structure including a pressure sensitive adhesive opposite a plurality of second fastening elements; a backer maintaining the decor element; and a base maintaining the releasable fastening structure; wherein the backer is releasably mounted to the base by a releasable connector assembly, wherein one of the backer and the base forms at least one foot and the other of the backer and the base forms at least one cavity configured to receive the foot; wherein the first fastening elements are releasably mateable with the second fastening elements to define a releasable fastening system; wherein the system is configured such that a Cleavage Strength established by the adhesive against a wall surface is greater than a Cleavage Strength established by the releasable fastening system, and an omni-directional Dynamic Shear Strength of the releasable fastening system is at least 44.5 N (10 lbs), and further wherein a Cleavage Strength of the releasable connector assembly is less than a Cleavage Strength of the releasable fastening system, and the Tensile Strength of the releasable connector assembly is less than a Tensile Strength of the releasable fastening system. a decor assembly including a decor element opposite a releasable fastening structure, the releasable fastening structure providing a plurality of first fastening elements; a complementary fastening structure including a pressure sensitive adhesive opposite a plurality of second fastening elements; a backer maintaining the decor element; and a base maintaining the releasable fastening structure;
A connecting structure of building blocks, comprising a first type building block and a fourth type building block, wherein the first type building block has a regular hexahedral structure and includes one first connecting surface and five second connecting surfaces, two opposite corners of the first connecting surface of the first type building block are provided with first type grooves; each of the second connecting surfaces of the first type building block is uniformly distributed with four first type grooves; and the other two opposite corners of the first connecting surface of the first type building block are provided with first type protrusions which are capable of being respectively connected to the first type grooves of another first type building block; wherein the fourth type building block has a regular hexahedral structure and includes one first connecting surface and five second connecting surfaces; two opposite corners of the first connecting surface of the fourth type building block are provided with fourth type grooves; each of the second connecting surfaces of the fourth type building block is uniformly distributed with four fourth type grooves; and the other two opposite corners of the first connecting surface of the fourth type building block are provided with fourth type protrusions which are capable of being respectively connected to the fourth type grooves of another fourth type building block; characterized in that each first type groove has four corners, and first type inserting grooves which have a shape or size different from the first type grooves are respectively located at each of the four corners of each first type groove, a ratio of a side length of the regular hexahedral structure of the fourth type building block to a side length of the regular hexahedral structure of the first type building block is 1:2, and the fourth type protrusion of the fourth type building block and the first type inserting groove of the first type building block are able to be connected to each other.
Caprazol which is the compound represented by the following formula wherein Me is methyl group, and a 5"-N-alkoxycarbonyl or 5"-N-aralkyloxycarbonyl compound thereof.
A process for the treatment of water contaminated by polar and apolar organic compounds, and optionally by heavy metal salts, and/or oil dispersed or in emulsion, comprising sending said contaminated water to a system comprising: - at least one adsorption unit including at least one microporous or mesoporous alumino-silicate; - at least one nanofiltration unit including at least one hydrophilic nanofiltration membrane; wherein said adsorption unit and said nanofiltration unit are positioned in succession, said adsorption unit being positioned before said nanofiltration unit, wherein said hydrophilic nanofiltration membrane comprises polyalkylsiloxanes and has a contact angle with water lower than or equal to 45° and wherein said microporous alumino-silicate is selected from zeolites having an average pores diameter ranging from 3,5 Å to 7,5 Å and a silica/alumina molar ratio ranging from 2 to 500 and said mesoporous alumino-silicate is selected from those having an average pore diameter ranging from 25 Å to 500 Å - at least one adsorption unit including at least one microporous or mesoporous alumino-silicate; - at least one nanofiltration unit including at least one hydrophilic nanofiltration membrane;
Plug-in connector part, connectable to a counterpart and insertable into a recess in a bulkhead, the plug-in connector part having a base body with a collar, the collar projecting beyond the surface of the recess in the bulkhead, a first sealing element in the form of a circumferential sealing lip being provided on the side of the collar facing the bulkhead, wherein the first sealing element is arranged to rest on the bulkhead wall when the Plug-in connector part is inserted into the recess in the bulkhead wall, wherein the Plug-in connector part further comprises a second sealing element in the form of a cable entry seal, characterised in that the Plug-in connector part further comprises a feedthrough for an insulation displacement connector, the Plug-in connector part comprising a third sealing element in the form of a feedthrough seal, the third sealing element being materially connected to the first sealing element and to the second sealing element.
A conductive component structure for wire connection terminal, comprising: a main body made of electro-conductive material in the form of a plate body, the main body having lateral sides and two end sections; and a restriction body integrally formed on the main body or assembled/disposed on the main body, wherein the restriction body including a base section fixed on the main body, a bow section connected with the base section and a free section connected with the bow section, a first bent section being formed between the base section and the bow section, a second bent section being formed between the bow section and the free section, whereby the free section obliquely extends to an upper side of the main body, the bow section and the free section together providing elastic effect for the restriction body, characterized in that the conductive component structure further comprises a metal leaf spring, wherein the main body and the restriction body are configured to be mounted in a case in cooperation with the metal leaf spring to press a conductive wire which is configured to be plugged into the case, wherein the second bent section of the restiction body is configured to press and restrict the conductive wire which is configured to be plugged into the case. a main body made of electro-conductive material in the form of a plate body, the main body having lateral sides and two end sections; and a restriction body integrally formed on the main body or assembled/disposed on the main body, wherein the restriction body including a base section fixed on the main body, a bow section connected with the base section and a free section connected with the bow section, a first bent section being formed between the base section and the bow section, a second bent section being formed between the bow section and the free section, whereby the free section obliquely extends to an upper side of the main body, the bow section and the free section together providing elastic effect for the restriction body, characterized in that the conductive component structure further comprises a metal leaf spring, wherein the main body and the restriction body are configured to be mounted in a case in cooperation with the metal leaf spring to press a conductive wire which is configured to be plugged into the case, wherein the second bent section of the restiction body is configured to press and restrict the conductive wire which is configured to be plugged into the case.
A manufacturing method of printed corrugated cardboard characterized in that it comprises the steps of: a) providing a paper liner board with an ink receiving layer; and b) inkjet printing an image with one or more pigmented aqueous inkjet inks on the ink receiving layer using piezoelectric through-flow print heads having nozzles with an outer nozzle surface area NS smaller than 500 μm 2; wherein the one or more pigmented aqueous inkjet inks contain water in an amount of A wt% defined by Formula: 100 wt % − sqrt NS × 3.8 wt % / μ m ≤ A wt % ≤ 100 wt % − sqrt NS × 2.2 wt % / μm wherein the wt% is based on the total weight of the aqueous inkjet ink; wherein sqrt represents the square root of the outer nozzle surface area NS; and wherein A wt% ≥ 40 wt%. characterized in that it comprises the steps of: a) providing a paper liner board with an ink receiving layer; and b) inkjet printing an image with one or more pigmented aqueous inkjet inks on the ink receiving layer using piezoelectric through-flow print heads having nozzles with an outer nozzle surface area NS smaller than 500 μm 2; a) providing a paper liner board with an ink receiving layer; and b) inkjet printing an image with one or more pigmented aqueous inkjet inks on the ink receiving layer using piezoelectric through-flow print heads having nozzles with an outer nozzle surface area NS smaller than 500 μm 2; wherein the one or more pigmented aqueous inkjet inks contain water in an amount of A wt% defined by Formula: 100 wt % − sqrt NS × 3.8 wt % / μ m ≤ A wt % ≤ 100 wt % − sqrt NS × 2.2 wt % / μm wherein the wt% is based on the total weight of the aqueous inkjet ink; wherein sqrt represents the square root of the outer nozzle surface area NS; and wherein A wt% ≥ 40 wt%.
Autonomous rescue system for passengers of a vessel comprising a system operating on the vessel, rescue rafts, at least one robot within the vessel and/or at the rescue raft to be activated in an autonomous manner, a signal transmitter wristband having a water sensor, multi-band radio transmitter with antenna and batteries, a GPS providing geostationary position to said multi-band radio transmitter, wherein said geostationary position is transmitted through said radio to a system on the vessel and the rescue rafts, which operates as follows: - detects the position of the transmitter wristband by triangulation with three receivers located on the vessel, - processes the information obtained from the triangulation, and from the GPS, characterized in that the rescue rafts comprise an emergency system, and three receivers wherein the system operating on the vessel can switch to the emergency system of the rescue rafts, which operates on the rescue rafts in the same way and following the same operating mode as the system on the vessel, triangulating the position of the wristband as it does on the vessel, wherein the rescue rafts provide the coordinates, to the at least one robot which starts rescue following the same operating mode and rescue method as from the main vessel. - detects the position of the transmitter wristband by triangulation with three receivers located on the vessel, - processes the information obtained from the triangulation, and from the GPS,
Test device, comprising a first measurement system that is designed for a leak tightness test of a unit under test, and also comprising a second measurement system that is designed for a dimensional check of the unit under test, wherein the first measurement system has at least one connector region via which a test medium can be introduced into the unit under test and which is provided for receiving or holding the unit under test, and wherein the unit under test is able, via the at least one connector region, to be set in a rotation on which the dimensional check is based, wherein the at least one connector region is mounted so as to be able to be turned about a turning axis.
Process for the preparation of spherical menthol particles, comprising the following steps: - preparation of a menthol melt, - metering of the menthol melt having a temperature in the range of from 42 to 60 °C into water having a temperature in the range of from 0 to 12 °C, the metering conditions being so chosen that menthol drops are temporarily present in the water after the metering, which menthol drops then solidify in the water to form the spherical menthol particles. - preparation of a menthol melt, - metering of the menthol melt having a temperature in the range of from 42 to 60 °C into water having a temperature in the range of from 0 to 12 °C, the metering conditions being so chosen that menthol drops are temporarily present in the water after the metering, which menthol drops then solidify in the water to form the spherical menthol particles.
A pressure-cycling type extraction method for extracting puerarin by immersing a kudzu in a solvent characterized by, comprising carrying out an extracting under a compression process and a decompression process alternately, and removing foams generated during the extraction by spraying water to a root of the kudzu, wherein the extracting is extracting puerarin by immersing a root of kudzu in water as the solvent, with the root of kudzu immersed in 10 times the volume water, wherein during and extraction time of 2 to 8 hours the compression process and the decompression process are performed by alternatingly pressurizing and depressurizing with 30-minute to 1-hour intervals, respectively, wherein the compression process increase a pressure to 1.96 bar (2 kgf/cm 2) and decompression process decreases a pressure to 0.73∼0.87 bar (600±50 mmHg), wherein the extraction temperature is in the range of 30°C to 85 °C, and wherein bubbles are supplied to the root of kudzu during the extraction.