mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring insulation between a DC bus and protective earth , the bus being in connection with a DC source , the method comprising the steps of: connecting terminals of the source to protective earth by a first electrical network during a first timespan, measuring transient first electrical value related to the first network at a plurality of time steps in the first timespan, wherein a first steady state value is calculated using a plurality of first measurement point at the plurality of first time steps, connecting the terminals of the source to protective earth by a second electrical network, during a second timespan, measuring transient second electrical value related to the second network at a plurality of second time steps in the second timespan, wherein a second steady state value is calculated using a plurality of second measurement points at the plurality of second time steps, and determining an indication of insulation resistance (R1, R2) between the terminals of the source and protective earth based on the calculated steady state values of the first electrical value and the second electrical value. connecting terminals of the source to protective earth by a first electrical network during a first timespan, measuring transient first electrical value related to the first network at a plurality of time steps in the first timespan, wherein a first steady state value is calculated using a plurality of first measurement point at the plurality of first time steps, connecting the terminals of the source to protective earth by a second electrical network, during a second timespan, measuring transient second electrical value related to the second network at a plurality of second time steps in the second timespan, wherein a second steady state value is calculated using a plurality of second measurement points at the plurality of second time steps, and determining an indication of insulation resistance (R1, R2) between the terminals of the source and protective earth based on the calculated steady state values of the first electrical value and the second electrical value.
Fuel filling device comprising a filling line, a flow guiding apparatus arranged in the filling line, wherein the flow guiding apparatus is designed such that, during a fuelling process, the delivery tube of a fuelling nozzle is guided, and received in a supported manner, therein, and an attachment for the flow guiding apparatus , wherein the attachment has a first end (A), which is arranged radially at the outside on the flow guiding apparatus , wherein the attachment has a second end (C), wherein the attachment narrows from the first end (A) to the second end (C) via a narrowing portion (B), characterized in that at least one gap is formed between the first end (A) of the attachment and the flow guiding apparatus , with the result that, during a fuelling process, the fuel vapour introduced into the fuel filling device during the fuelling process can flow through the at least one gap into the filling line in the direction of a fuel tank connected to the filling line.
Take-up device for taking up insulating fluid from a tank of a transformer or a reactor, comprising a compensator , which is in the form of a hollow body with a variable compensator volume, and is able to be connected to a tank opening of the tank , with the result that insulating fluid can flow through the tank opening between a tank interior of the tank and the compensator volume, wherein the take-up device furthermore comprises a displacement container , which is arranged in the interior of the compensator and so as to be hermetically sealed with respect to the compensator , characterized in that the displacement container has a displacement container flange , which is designed to selectively detachably fasten the displacement container to the compensator so as to close off a compensator opening or, instead of the compensator , to the tank so as to close off the tank opening , with the result that, in the latter case, insulating fluid can flow through the tank opening between the tank interior and the interior of the displacement container .
Production control system with an arrangement for manufacturer-specific modules, comprising a module for control of production units, a module for control of logistical units and/or a module for providing and/or processing product data , characterised in that the production control system comprises at least one ontology unit, by way of which proprietary data models of the manufacturer-specific module are linked, that provided as individual ontology units are an ontology unit in the form of a resources unit configured for generation of data defining production sequences, an ontology unit in the form of a process unit configured for programming production and/or logistical units and an ontology unit in the form a product unit configured for processing product data , and that a superordinate ontology unit which forms a control logic for the individual ontology units is provided as ontology unit.
Method for manufacturing a veneer in the form of a veneer blade , characterized by the following process steps: a) provision of several rattan rods with longitudinal tubes , b) creating profiles from the multiple rat rods, whereby the tubes extend in the longitudinal direction (L) of the profiles c) joining the profiles to a base body , whereby the profiles are arranged within the base body in such a way that the tubes extend in the longitudinal direction (L) and/or transversely to the longitudinal direction (L) and/or at a predeterminable angle to the longitudinal direction (L) of the base body d) Cutting the base body created in step c), whereby said veneer sheet is obtained. a) provision of several rattan rods with longitudinal tubes , b) creating profiles from the multiple rat rods, whereby the tubes extend in the longitudinal direction (L) of the profiles c) joining the profiles to a base body , whereby the profiles are arranged within the base body in such a way that the tubes extend in the longitudinal direction (L) and/or transversely to the longitudinal direction (L) and/or at a predeterminable angle to the longitudinal direction (L) of the base body d) Cutting the base body created in step c), whereby said veneer sheet is obtained.
A first lighting device for use in a lighting system, the lighting system comprising one or more lighting devices for illuminating an environment , each lighting device comprising at least one lamp controllable to emit configurable illumination, the first lighting device is configured to perform, upon becoming active from a dormant state, the operations of: - polling one or more neighboring lighting devices of the lighting system to determine whether they are part of a lighting scene being output by the lighting system and determining information about the lighting scene based on said polling, said information comprising at least one or more illumination settings; - polling the one or more neighboring lighting devices to determine the light output of the one or more neighboring lighting devices; - determining whether the first lighting device is part of the lighting scene being output by the lighting system; - based on the determined light output of the one or more neighboring lighting devices estimating a contribution of the first lighting device to the lighting scene; and - based on the determined information about the lighting scene, the determination that the first lighting device is part of that lighting scene and the first lighting device's estimated contribution to the lighting scene, ascertaining one or more lighting settings of the first lighting device and a light output to be rendered by the first lighting device in order to join the lighting scene. - polling one or more neighboring lighting devices of the lighting system to determine whether they are part of a lighting scene being output by the lighting system and determining information about the lighting scene based on said polling, said information comprising at least one or more illumination settings; - polling the one or more neighboring lighting devices to determine the light output of the one or more neighboring lighting devices; - determining whether the first lighting device is part of the lighting scene being output by the lighting system; - based on the determined light output of the one or more neighboring lighting devices estimating a contribution of the first lighting device to the lighting scene; and - based on the determined information about the lighting scene, the determination that the first lighting device is part of that lighting scene and the first lighting device's estimated contribution to the lighting scene, ascertaining one or more lighting settings of the first lighting device and a light output to be rendered by the first lighting device in order to join the lighting scene.
Method for the manufacture of a shoe , comprising: a. providing a first component with a first connection surface and a second component with a second connection surface ; b. activating at least one portion of the first connection surface by providing heat energy without contact; and c. connecting the first component with the second component by joining the first and the second connection surfaces, d. wherein shielding elements are used to shield parts of the first component that shall not be subject to a substantial amount of heating, and e. wherein the first component comprises a midsole and the second component comprises an upper and the shielding elements is used to cover a rim of the midsole. a. providing a first component with a first connection surface and a second component with a second connection surface ; b. activating at least one portion of the first connection surface by providing heat energy without contact; and c. connecting the first component with the second component by joining the first and the second connection surfaces, d. wherein shielding elements are used to shield parts of the first component that shall not be subject to a substantial amount of heating, and e. wherein the first component comprises a midsole and the second component comprises an upper and the shielding elements is used to cover a rim of the midsole.
A method for controlling a valve arrangement of an internal combustion engine comprising an exhaust gas aftertreatment system, the valve arrangement comprising at least one inlet valve configured to be arranged in an open position during an air intake event of the internal combustion engine , and at least one exhaust valve configured to be arranged in an open position during an exhaust event of the internal combustion engine ; the valve arrangement further comprising a piston arrangement comprising a piston having a piston end portion facing the inlet valve , the piston being arranged to controllably position the inlet valve in the open position, wherein the piston end portion and the inlet valve are arranged at a distance , by means of an air gap, from each other when the inlet valve is arranged in a closed position; the method comprising the steps of: - receiving (S1) a signal indicative of a temperature level of the exhaust gas aftertreatment system and when the signal indicates a temperature level below a predetermined threshold level: - advancing (S2) the exhaust event of the internal combustion engine; and - controlling (S3) the piston arrangement for reducing the distance between the piston end portion and the inlet valve before the internal combustion engine assumes the air intake event. - receiving (S1) a signal indicative of a temperature level of the exhaust gas aftertreatment system and when the signal indicates a temperature level below a predetermined threshold level: - advancing (S2) the exhaust event of the internal combustion engine; and - controlling (S3) the piston arrangement for reducing the distance between the piston end portion and the inlet valve before the internal combustion engine assumes the air intake event.
Device for sealing an air inlet of a motor vehicle, including a set of movable flaps and a fixed deflector , said fixed deflector being placed downstream of the set of movable flaps and being arranged so as to redirect some of the air flow entering the sealing device toward a peripheral area of an heat exchanger , the fixed deflector including a first and a second material, the first material being more rigid than the second material, the sealing device including a gasket which is arranged so as to join the sealing device to an heat exchanger and so that an air flow which penetrates into the sealing device is projected onto the heat exchanger, the fixed deflector being mounted on the gasket, the fixed deflector and the gasket being formed in one piece. the fixed deflector including a first and a second material, the first material being more rigid than the second material, the sealing device including a gasket which is arranged so as to join the sealing device to an heat exchanger and so that an air flow which penetrates into the sealing device is projected onto the heat exchanger, the fixed deflector being mounted on the gasket, the fixed deflector and the gasket being formed in one piece.
An aqueous liquid pharmaceutical formulation of an antibody-drug conjugate, wherein the formulation comprises the antibody-drug conjugate, a non-reducing sugar, an amino acid, and a solubilizer, the non-reducing sugar is selected from mannitol, sucrose, and a combination thereof, the amino acid is selected from histidine, histidine hydrochloride, and a combination thereof, and the solubilizer is polysorbate 80; wherein the antibody-drug conjugate is an anti-HER2 monoclonal antibody and the drug is MMAE, and wherein the antibody of the antibody-drug conjugate comprises a heavy chain and a light chain, the heavy chain comprises CDRs 1-3 having amino acid sequences as shown in SEQ ID NO: 1, 2 and 3, respectively, and wherein the light chain comprises CDRs 1-3 having amino acid sequences as shown in SEQ ID NO: 4, 5 and 6, respectively. the formulation comprises the antibody-drug conjugate, a non-reducing sugar, an amino acid, and a solubilizer, the non-reducing sugar is selected from mannitol, sucrose, and a combination thereof, the amino acid is selected from histidine, histidine hydrochloride, and a combination thereof, and the solubilizer is polysorbate 80; wherein the antibody-drug conjugate is an anti-HER2 monoclonal antibody and the drug is MMAE, and wherein the antibody of the antibody-drug conjugate comprises a heavy chain and a light chain, the heavy chain comprises CDRs 1-3 having amino acid sequences as shown in SEQ ID NO: 1, 2 and 3, respectively, and wherein the light chain comprises CDRs 1-3 having amino acid sequences as shown in SEQ ID NO: 4, 5 and 6, respectively.
A method for synthesizing cyclododecene, comprising a hydrogenation step of partially hydrogenating cyclododecatriene to synthesize cyclododecene, wherein cyclododecatriene and hydrogen sequentially pass through a continuous stirred-tank reactor and a tubular reactor and react with each other in the continuous stirred-tank reactor and the tubular reactor to synthesize cyclododecene, and wherein the continuous stirred-tank reactor is obtained by sequentially connecting a first continuous stirred-tank reactor and a second continuous stirred-tank reactor, and the following Expression 2 is satisfied, 0.1 ≤ τ 2 C / τ 1 C ≤ 0.9 1 ≤ τ 1 P / τ 1 C ≤ 9 (in Expression 2, τ 1C and τ 2C are a residence time of a reactant or a product in the first continuous stirred-tank reactor and a residence time of a reactant or a product in the second continuous stirred-tank reactor, respectively, and τ 1P is a residence time of a reactant or a product in the tubular reactor). wherein cyclododecatriene and hydrogen sequentially pass through a continuous stirred-tank reactor and a tubular reactor and react with each other in the continuous stirred-tank reactor and the tubular reactor to synthesize cyclododecene, and wherein the continuous stirred-tank reactor is obtained by sequentially connecting a first continuous stirred-tank reactor and a second continuous stirred-tank reactor, and the following Expression 2 is satisfied, 0.1 ≤ τ 2 C / τ 1 C ≤ 0.9 1 ≤ τ 1 P / τ 1 C ≤ 9 (in Expression 2, τ 1C and τ 2C are a residence time of a reactant or a product in the first continuous stirred-tank reactor and a residence time of a reactant or a product in the second continuous stirred-tank reactor, respectively, and τ 1P is a residence time of a reactant or a product in the tubular reactor).
Compaction plate for magnetic mass , wherein the compaction plate comprises a plurality of laminated magnetic sheets , and fixing and electric insulating means comprising an electric insulating resin and at least one boss on each laminated magnetic sheet, each boss comprising a first face forming a cavity and a second face projecting from the magnetic sheet opposite the first face, the electric insulating resin being disposed between two adjacent laminated sheet, the first face of one laminated magnetic sheet being inserted into the second face of a first adjacent laminated magnetic sheet and the second face of the one laminated magnetic sheet being inserted into the first face of a second adjacent laminated magnetic sheet, wherein the laminated magnetic sheets are fixed together with the fixing and electric insulating means.
A cleaning apparatus comprising: a main body ; a brush unit , and a dust collection unit provided with a connection hole adapted to be connected to an external instrument (V), characterized by said dust collection unit detachably installed on the main body and provided with a plurality of inlets , through which foreign substances are introduced into the dust collection unit , a shutter to open and close one of the inlets ; a cap to open and close the connection hole ; guides to guide opening and closing of the one inlet by the shutter in cooperation with one of whether or not the dust collection unit is attached to or detached from the main body and whether or not the connection hole is opened or closed, and interlocking levers , each of which is provided with one end connected to the shutter and the other end having an interlocking protrusion guided by each guide , rotated together with the shutter, a main body ; a brush unit , and a dust collection unit provided with a connection hole adapted to be connected to an external instrument (V), characterized by said dust collection unit detachably installed on the main body and provided with a plurality of inlets , through which foreign substances are introduced into the dust collection unit , a shutter to open and close one of the inlets ; a cap to open and close the connection hole ; guides to guide opening and closing of the one inlet by the shutter in cooperation with one of whether or not the dust collection unit is attached to or detached from the main body and whether or not the connection hole is opened or closed, and interlocking levers , each of which is provided with one end connected to the shutter and the other end having an interlocking protrusion guided by each guide , rotated together with the shutter,
A method for providing secure, captured data in a customer center, comprising the steps of: capturing unencrypted data with a recording system at a customer center through a VoIP network , wherein the unencrypted data comprises a communication between a user and an agent of the customer center; requesting an electronic encryption key from a key management system ; receiving at the recording system the electronic encryption key from the key management system, the electronic encryption key being associated with a key identification; encrypting the unencrypted data at the recording system using the electronic key to produce encrypted data; associating metadata of the encrypted data with a key identification at the recording system ; associating a unique identifier with the encrypted data; transmitting the unique identifier associated with the encrypted data to the key management system , the unique identifiers being generated from the unencrypted data by recording system ; storing the encrypted data in the recording system ; and maintaining a database of metadata and key identifications to facilitate retrieval of the electronic keys for decrypting the encrypted data. capturing unencrypted data with a recording system at a customer center through a VoIP network , wherein the unencrypted data comprises a communication between a user and an agent of the customer center; requesting an electronic encryption key from a key management system ; receiving at the recording system the electronic encryption key from the key management system, the electronic encryption key being associated with a key identification; encrypting the unencrypted data at the recording system using the electronic key to produce encrypted data; associating metadata of the encrypted data with a key identification at the recording system ; associating a unique identifier with the encrypted data; transmitting the unique identifier associated with the encrypted data to the key management system , the unique identifiers being generated from the unencrypted data by recording system ; storing the encrypted data in the recording system ; and maintaining a database of metadata and key identifications to facilitate retrieval of the electronic keys for decrypting the encrypted data.
A variable diffuser comprising: a passage defined between opposing faces of a hub and a tip ; at least two vanes within the passage, each of said vanes comprising a vane body having a leading edge and a trailing edge , the vane body extending between the hub face and the tip face ; at least two rotatable pennies , each of said pennies disposed in an aperture in the hub face and coupled to a respective vane body and an actuator, wherein each penny is coupled to a respective vane body near an edge of the penny via a second pin extending from the vane body, and having a drive shaft extending from a side opposite the side coupled to the vane, such that each penny is rotatable about an axis defined by the drive shaft; wherein rotation of at least one penny changes an orientation of the respective vane relative to the hub face; and wherein a slot is defined in the hub face, and a first pin proximate the leading edge extends from the vane body into the slot, such that each vane is coupled to the hub face in two locations. a passage defined between opposing faces of a hub and a tip ; at least two vanes within the passage, each of said vanes comprising a vane body having a leading edge and a trailing edge , the vane body extending between the hub face and the tip face ; at least two rotatable pennies , each of said pennies disposed in an aperture in the hub face and coupled to a respective vane body and an actuator, wherein each penny is coupled to a respective vane body near an edge of the penny via a second pin extending from the vane body, and having a drive shaft extending from a side opposite the side coupled to the vane, such that each penny is rotatable about an axis defined by the drive shaft; wherein rotation of at least one penny changes an orientation of the respective vane relative to the hub face; and wherein a slot is defined in the hub face, and a first pin proximate the leading edge extends from the vane body into the slot, such that each vane is coupled to the hub face in two locations.