mhurhangee/ep-ind-claims huggingface dataset:
A neutral point clamped, multilevel converter, comprising: a DC voltage link; a first capacitor coupling one side of the DC link to a neutral point; a second capacitor coupling another side of the DC link to the neutral point; a plurality of phase legs, each phase leg including switches, each phase leg coupled to an AC node (A, B, C); characterized by a current sensor associated with each AC node (A, B, C); and a controller adapted to generate a PWM signal to control the switches, the controller adapted to generate a current zero sequence component in response to current sensed at each of the current sensors, the controller adapted to adjust a modulation index signal in response to the current zero sequence component to produce the PWM signal; wherein the controller is adapted to combine the current zero sequence component with a voltage zero sequence component to provide a combined zero sequence component, the controller adapted to adjust the modulation index signal in response to the combined zero sequence component to produce the PWM signal; and wherein the controller is adapted to change a sign of the combined zero sequence component in response to an operating mode of the converter. a DC voltage link; a first capacitor coupling one side of the DC link to a neutral point; a second capacitor coupling another side of the DC link to the neutral point; a plurality of phase legs, each phase leg including switches, each phase leg coupled to an AC node (A, B, C); characterized by a current sensor associated with each AC node (A, B, C); and a controller adapted to generate a PWM signal to control the switches, the controller adapted to generate a current zero sequence component in response to current sensed at each of the current sensors, the controller adapted to adjust a modulation index signal in response to the current zero sequence component to produce the PWM signal; wherein the controller is adapted to combine the current zero sequence component with a voltage zero sequence component to provide a combined zero sequence component, the controller adapted to adjust the modulation index signal in response to the combined zero sequence component to produce the PWM signal; and
A patch preparation comprising an immunostimulatory adjuvant for transdermal or transmucosal administration comprising lauryl alcohol, an adhesive of an acrylic copolymer and/or rubber polymer and at least one antigen, but not comprising a substance represented by the following formula wherein R 3 and R 4 may be linked to form a cyclic ring, and R 1 and R 2 independently represent an alkyl side chain having 1 to 16 carbon atoms.
System for stock management for on-board catering in a vehicle, in particular an aircraft, having: a galley which is provided with a control unit for controlling the galley, wherein the control unit is designed to supply stock management data to the galley; a service unit for transporting supply items within the vehicle, wherein the stock management data include an inventory of the supply items transported using the service unit; and at least one operator control element (10, 10') which is connected in terms of communication to the control unit of the galley via a wireless data connection and is designed to record removal of a supply item from the service unit and/or receiving of a supply item by the service unit and, on the basis of this, to initiate updating of the inventory for the transported supply items, wherein the at least one operator control element (10, 10') comprises a first operator control element which is in the form of a portable computer. a galley which is provided with a control unit for controlling the galley, wherein the control unit is designed to supply stock management data to the galley; a service unit for transporting supply items within the vehicle, wherein the stock management data include an inventory of the supply items transported using the service unit; and at least one operator control element (10, 10') which is connected in terms of communication to the control unit of the galley via a wireless data connection and is designed to record removal of a supply item from the service unit and/or receiving of a supply item by the service unit and, on the basis of this, to initiate updating of the inventory for the transported supply items, wherein the at least one operator control element (10, 10') comprises a first operator control element which is in the form of a portable computer.
A method of thermal transfer printing onto selected regions of a surface of a substrate, which method comprises the steps of: a) providing a transfer member (10, 600, 700) having an imaging surface (12, 620, 720), b) coating the imaging surface of the transfer member with individual particles formed of, or coated with, a thermoplastic polymer, c) removing substantially all particles that are not in direct contact with the imaging surface to leave a uniform monolayer particle coating on the imaging surface, d) applying energy to selected regions of the coated imaging surface to heat and render tacky the particles within the selected regions, and e) pressing at least a portion of the coated imaging surface and at least a corresponding portion of the substrate surface against one another, either during or after application of energy, to cause transfer to the surface of the substrate of only the regions of the particle coating that have been rendered tacky. a) providing a transfer member (10, 600, 700) having an imaging surface (12, 620, 720), b) coating the imaging surface of the transfer member with individual particles formed of, or coated with, a thermoplastic polymer, c) removing substantially all particles that are not in direct contact with the imaging surface to leave a uniform monolayer particle coating on the imaging surface, d) applying energy to selected regions of the coated imaging surface to heat and render tacky the particles within the selected regions, and e) pressing at least a portion of the coated imaging surface and at least a corresponding portion of the substrate surface against one another, either during or after application of energy, to cause transfer to the surface of the substrate of only the regions of the particle coating that have been rendered tacky.
A position detecting device comprising: a first conductor pattern formed of a plurality of conductors arranged in a first direction; a second conductor pattern formed of a plurality of conductors arranged in a second direction intersecting said first direction; a signal detecting section configured to detect a signal occurring in at least one of said first conductor pattern and said second conductor pattern on a basis of position indication by an indicating object; and a conductor selecting section configured to select the plurality of conductors forming at least one of said first conductor pattern and said second conductor pattern, said selected plurality of conductors being sectioned into at least a first conductor group and a second conductor group adjacent to each other, characterized in that a direction of selecting each of the conductors forming said first conductor group and a direction of selecting each of the conductors forming said second conductor group are different from each other, wherein said conductor selecting section selects said plurality of conductors such that timings of selecting conductors arranged on adjacent sides of said first conductor group and said second conductor group coincide with each other. a first conductor pattern formed of a plurality of conductors arranged in a first direction; a second conductor pattern formed of a plurality of conductors arranged in a second direction intersecting said first direction; a signal detecting section configured to detect a signal occurring in at least one of said first conductor pattern and said second conductor pattern on a basis of position indication by an indicating object; and a conductor selecting section configured to select the plurality of conductors forming at least one of said first conductor pattern and said second conductor pattern, said selected plurality of conductors being sectioned into at least a first conductor group and a second conductor group adjacent to each other, characterized in that a direction of selecting each of the conductors forming said first conductor group and a direction of selecting each of the conductors forming said second conductor group are different from each other, wherein said conductor selecting section selects said plurality of conductors such that timings of selecting conductors arranged on adjacent sides of said first conductor group and said second conductor group coincide with each other.
Elastic shaft coupling having a first circular cylindrical shaft hub which bears first jaws distributed over its radial outer circumference and spaced apart from one another, and having a second circular cylindrical shaft hub which bears second jaws distributed over its radial outer circumference and spaced apart from one another, wherein the first and second jaws (12, 14) interlock by sitting in the respective intermediate spaces and an elastic coupling element sits between each of the adjacent jaws (12, 14), characterised in that - at least the circular cylindrical outer circumference surface of one hub (11, 13) is provided with radial mounting surfaces for the jaws (12, 14), - the jaws (12, 14) borne by the hub (11, 13) sit in a form-fitting manner on the hub-side mounting surfaces, - at least the first jaws can be radially removed. - at least the circular cylindrical outer circumference surface of one hub (11, 13) is provided with radial mounting surfaces for the jaws (12, 14), - the jaws (12, 14) borne by the hub (11, 13) sit in a form-fitting manner on the hub-side mounting surfaces, - at least the first jaws can be radially removed.
A vector comprising: a) a first nucleic acid encoding a first polypeptide, and b) a second nucleic acid encoding an N-terminal mutant of glutamine synthetase (mutGS-NT) having two or more mutations selected from the group consisting of W60A N61A D63A D63R S66A and D76A, wherein the transcription of the first nucleic acid is operably linked to transcription of the second nucleic acid, further comprising: c) a third nucleic acid encoding a third polypeptide wherein the third polypeptide is capable of associating with the first polypeptide to form a heteromeric complex, and d) a fourth nucleic acid which encodes a C-terminal mutant of glutamine synthetase (mutGS-CT) having one or more mutations selected from the group consisting of E134A E136A E196A E203A N248A H253A N255A R319A and R324A, wherein the transcription of the third nucleic acid is operably linked to transcription of the fourth nucleic acid, wherein the N-terminal mutant of glutamine synthetase (mutGS-NT) and the C-terminal mutant of glutamine synthetase (mutGS-CT) interact to provide glutamine synthetase activity, and further wherein the vector is capable of being transfected into mammalian cells and improving selection of transfected cells. a) a first nucleic acid encoding a first polypeptide, and b) a second nucleic acid encoding an N-terminal mutant of glutamine synthetase (mutGS-NT) having two or more mutations selected from the group consisting of W60A N61A D63A D63R S66A and D76A, wherein the transcription of the first nucleic acid is operably linked to transcription of the second nucleic acid, further comprising: wherein the transcription of the first nucleic acid is operably linked to transcription of the second nucleic acid, further comprising: c) a third nucleic acid encoding a third polypeptide wherein the third polypeptide is capable of associating with the first polypeptide to form a heteromeric complex, and d) a fourth nucleic acid which encodes a C-terminal mutant of glutamine synthetase (mutGS-CT) having one or more mutations selected from the group consisting of E134A E136A E196A E203A N248A H253A N255A R319A and R324A,
A heat-dissipating fan comprising, in combination: a housing, a base, a power line and an impeller, the housing includes a peripheral wall defining a compartment, with a shaft seat provided in the compartment, with the peripheral wall including a wire-guiding slot in communication with the compartment, the base is coupled to the housing and includes a coil unit, the power line includes a second end extending through the wire-guiding slot, and the impeller includes a hub, a shaft mounted to the hub, and a permanent magnet mounted to the hub, with the shaft coupled to the shaft seat, with the permanent magnet facing the coil unit, the base further includes a layout board and a drive circuit board electrically connected to the layout board, with the layout board including the coil unit, with the drive circuit board including a connection port electrically connected to the coil unit, with the connection port facing and adjacent to the wire-guiding slot of the housing, with the power line including a first end connected to the connection port located on a reference line passing through the shaft seat and the wire-guiding slot, wherein the heat-dissipating fan is characterized in that the coil unit is formed on a face of the base by layout, that the drive circuit board includes a drive circuit consisting of a plurality of electric elements, and that the electric elements on the drive circuit board are located outside of the rotational area of the permanent magnet of the impeller, such that the power line is far away from the rotational area of the impeller. a housing, a base, a power line and an impeller, the housing includes a peripheral wall defining a compartment, with a shaft seat provided in the compartment, with the peripheral wall including a wire-guiding slot in communication with the compartment, the base is coupled to the housing and includes a coil unit, the power line includes a second end extending through the wire-guiding slot, and the impeller includes a hub, a shaft mounted to the hub, and a permanent magnet mounted to the hub, with the shaft coupled to the shaft seat, with the permanent magnet facing the coil unit, the base further includes a layout board and a drive circuit board electrically connected to the layout board, with the layout board including the coil unit, with the drive circuit board including a connection port electrically connected to the coil unit, with the connection port facing and adjacent to the wire-guiding slot of the housing, with the power line including a first end connected to the connection port located on a reference line passing through the shaft seat and the wire-guiding slot, wherein the heat-dissipating fan is characterized in that the coil unit is formed on a face of the base by layout, that the drive circuit board includes a drive circuit consisting of a plurality of electric elements, and that the electric elements on the drive circuit board are located outside of the rotational area of the permanent magnet of the impeller, such that the power line is far away from the rotational area of the impeller.
Sweeping brush comprising a head bearing elongate sweeping members, each sweeping member having a connecting end to the head from which it extends protruding from a face, referred to as the bristled face, to a free end of the sweeping member, the connecting ends of the sweeping members being separated from one another, said brush comprising - a first series of sweeping members, referred to as first sweeping members, of which the connecting ends are arranged on the bristled face according to at least one curve, referred to as the first bristled curve, of the bristled face, - a second series of sweeping members, referred to as oblique sweeping members, characterised in that said oblique members are arranged in such a way that: -- each oblique sweeping member extends from said bristled face by passing between two adjacent first sweeping members on the first bristled curve, -- the connecting end of each oblique sweeping member is located on the bristled face of a first side, referred to as the inner side, of the first bristled curve, -- the free end of each oblique sweeping member is located on another side, referred to as the outer side, of the first bristled curve, -- said outer side is more to the outside of the head than said inner side. - a first series of sweeping members, referred to as first sweeping members, of which the connecting ends are arranged on the bristled face according to at least one curve, referred to as the first bristled curve, of the bristled face, - a second series of sweeping members, referred to as oblique sweeping members, characterised in that said oblique members are arranged in such a way that: -- each oblique sweeping member extends from said bristled face by passing between two adjacent first sweeping members on the first bristled curve, -- the connecting end of each oblique sweeping member is located on the bristled face of a first side, referred to as the inner side, of the first bristled curve, -- the free end of each oblique sweeping member is located on another side, referred to as the outer side, of the first bristled curve, -- said outer side is more to the outside of the head than said inner side. -- each oblique sweeping member extends from said bristled face by passing between two adjacent first sweeping members on the first bristled curve, -- the connecting end of each oblique sweeping member is located on the bristled face of a first side, referred to as the inner side, of the first bristled curve, -- the free end of each oblique sweeping member is located on another side, referred to as the outer side, of the first bristled curve, -- said outer side is more to the outside of the head than said inner side.
An apparatus comprising: a receiver configured to receive a virtual network service initiation request message from an application stratum component, wherein the request comprises one or more source addresses, one or more destination addresses, and a service specific objective; a processor coupled to the receiver and configured to calculate a service specific virtual topology that abstractly represents a network of network stratum network elements,NEs, connecting the source addresses and the destination addresses based on the service specific objective; and a transmitter coupled to the processor and configured to transmit the service specific virtual topology to the application stratum component; wherein the processor is further configured to calculate the service specific virtual topology by obtaining from a network control component a plurality of computed paths between the source addresses and the destination addresses that meet the service specific objective; wherein the processor is further configured to calculate the service specific virtual topology by: generating a service specific topology comprising the computed paths; and virtualizing the service specific topology by replacing at least one transit degree-2 node from the service specific topology with a virtual link;wherein the transit degree-2 node comprises a non terminal network node that is traversed by at least one of the computed network paths and is connected to exactly two links that are traversed by the computed network paths that traverse the network node. a receiver configured to receive a virtual network service initiation request message from an application stratum component, wherein the request comprises one or more source addresses, one or more destination addresses, and a service specific objective; a processor coupled to the receiver and configured to calculate a service specific virtual topology that abstractly represents a network of network stratum network elements,NEs, connecting the source addresses and the destination addresses based on the service specific objective; and a transmitter coupled to the processor and configured to transmit the service specific virtual topology to the application stratum component; generating a service specific topology comprising the computed paths; and virtualizing the service specific topology by replacing at least one transit degree-2 node from the service specific topology with a virtual link;wherein the transit degree-2 node comprises a non terminal network node that is traversed by at least one of the computed network paths and is connected to exactly two links that are traversed by the computed network paths that traverse the network node.
A hot-melt extruded pharmaceutical dosage form with controlled release of a pharmacologically active ingredient embedded in a matrix comprising a polymer, the dosage form exhibiting a breaking strength of at least 300 N and having an oblong shape comprising a longitudinal direction of extension, a transversal direction of extension orthogonal to the longitudinal direction of extension, a front side, an opposite back side and a circumferential rim between said front and back side; wherein the core of the pharmaceutical dosage form has a morphological orientation caused by hot-melt extrusion that is substantially orthogonal to the longitudinal direction of extension of the dosage form.
Packaged set of panels, wherein this packaged set comprises at least a stack of a plurality of floor panels situated with their flat sides on top of each other, wherein a flat side of at least one of the outermost floor panels of the respective stack is at least partially covered by a packaging element, characterized in that the respective packaging element is provided with a removable edge portion, wherein the removal of this edge portion reveals at least an initially covered portion of said flat side of the outermost floor panel.
A system for internal three-dimensional scanning inspection of a turbine, comprising: a base for affixation to a turbine inspection port, an inspection scope having an extendable elongated body defining a central axis, with a proximal end rotatively coupled to the base and a distal end for insertion within a turbine inspection port; a camera housing defining a central axis, for insertion within a turbine inspection port, having: a proximal end coupled to the inspection scope distal end, a distal end, and a structured light 3D scanner having a stripe projector for projecting a band of photons on an inspection surface of interest within a turbine interior, and a matrix camera (156,158) having an optical path for capturing images of reflected photons that were projected on the inspection surface. a base for affixation to a turbine inspection port, an inspection scope having an extendable elongated body defining a central axis, with a proximal end rotatively coupled to the base and a distal end for insertion within a turbine inspection port; a camera housing defining a central axis, for insertion within a turbine inspection port, having: a proximal end coupled to the inspection scope distal end, a distal end, and a structured light 3D scanner having a stripe projector for projecting a band of photons on an inspection surface of interest within a turbine interior, and a matrix camera (156,158) having an optical path for capturing images of reflected photons that were projected on the inspection surface. a proximal end coupled to the inspection scope distal end, a distal end, and a structured light 3D scanner having a stripe projector for projecting a band of photons on an inspection surface of interest within a turbine interior, and a matrix camera (156,158) having an optical path for capturing images of reflected photons that were projected on the inspection surface.
Mould for forming HR containers from previously heated preforms made of plastic material by blow-moulding or stretch-blow-moulding, which mould comprises a shell defining a cavity in the shape of a container extending out from a centre axis, and a system for heating the shell that is designed for heat-setting the container, characterized in that the heating system comprises at least one set of distinctive resistive elements (8.i), the resistive elements (8.i) are superposed along a direction that is substantially parallel to the centre axis, the resistive elements (8.i) are similar in topology and each resistive element (8.i) of one and the same set of the heating system dissipates a different thermal energy by Joule effect.