mhurhangee/ep-ind-claims huggingface dataset:
An instrument, comprising: - a vacuum chamber comprising an interior space for containing depressurized fluid, and - a mechanism for depressurizing fluid in the interior space of the vacuum chamber, wherein a wall of the vacuum chamber delimiting at least a portion of the interior space includes: - a layer of carbon fiber reinforced thermoset having a thickness in a range of 1-10 mm, - a first layer of ceramic material having a thickness in a range of 40-60 μm, - a layer of aluminum having a thickness in a range of 0.5-10 mm, and - a second layer of ceramic material having a thickness in a range of 40-60 μm, wherein the first layer of ceramic material is positioned between the layer of carbon fiber reinforced thermoset and the layer of aluminum, wherein the layer of aluminum is positioned between the first layer of ceramic material and the second layer of ceramic material, and wherein the second layer of ceramic material is positioned most to a side of an interior surface of the wall of the vacuum chamber. - a vacuum chamber comprising an interior space for containing depressurized fluid, and - a mechanism for depressurizing fluid in the interior space of the vacuum chamber, - a layer of carbon fiber reinforced thermoset having a thickness in a range of 1-10 mm, - a first layer of ceramic material having a thickness in a range of 40-60 μm, - a layer of aluminum having a thickness in a range of 0.5-10 mm, and - a second layer of ceramic material having a thickness in a range of 40-60 μm, wherein the first layer of ceramic material is positioned between the layer of carbon fiber reinforced thermoset and the layer of aluminum, wherein the layer of aluminum is positioned between the first layer of ceramic material and the second layer of ceramic material, and wherein the second layer of ceramic material is positioned most to a side of an interior surface of the wall of the vacuum chamber.
A multi-purpose fixing element comprising an elbow tube connection for fastening to a mounting piece, comprising: - a planar connecting body having at least two fastening through-holes (40, 41, 44) in the connecting body for fastening the multi-purpose fixing element to a wall; - a front side of the connecting body having the elbow tube connection attached thereto, the elbow tube connection comprising two connections (2, 3); - a rear side of the connecting body being provided with at least one recess (42, 43), - a fixation element whose shape fits into the recess (42, 43) of the connecting body, so that after fitting the fixation element into the at least one recess (42, 42a-e, 43, 48), the planar connecting body can be fixed to the mounting piece such that a rotation thereof is prevented, wherein at least one of the fastening through-holes (40, 41, 44) in the connecting body is designed for fixing to the mounting piece and is opposite an opening on the mounting piece for fastening the connecting body to the mounting piece, wherein the fixation element and the at least one recess (42, 42a-e, 43, 48) are designed to fix the multi-purpose fixing element in at least two different positions on the mounting piece such that a rotation thereof is prevented. - a planar connecting body having at least two fastening through-holes (40, 41, 44) in the connecting body for fastening the multi-purpose fixing element to a wall; - a front side of the connecting body having the elbow tube connection attached thereto, the elbow tube connection comprising two connections (2, 3); - a rear side of the connecting body being provided with at least one recess (42, 43), - a front side of the connecting body having the elbow tube connection attached thereto, the elbow tube connection comprising two connections (2, 3); - a rear side of the connecting body being provided with at least one recess (42, 43), - a fixation element whose shape fits into the recess (42, 43) of the connecting body, so that after fitting the fixation element into the at least one recess (42, 42a-e, 43, 48), the planar connecting body can be fixed to the mounting piece such that a rotation thereof is prevented, wherein at least one of the fastening through-holes (40, 41, 44) in the connecting body is designed for fixing to the mounting piece and is opposite an opening on the mounting piece for fastening the connecting body to the mounting piece, wherein the fixation element and the at least one recess (42, 42a-e, 43, 48) are designed to fix the multi-purpose fixing element in at least two different positions on the mounting piece such that a rotation thereof is prevented.
A signal processor comprising a reference voltage circuit for imposing a reference voltage onto a capacitance (Cr), the reference voltage circuit comprising: - a negative slope module for providing a negative slope signal having a magnitude that decreases when a voltage that is present on the capacitance increases; - a positive slope module for providing a positive slope signal having a magnitude that increases when the voltage that is present on the capacitance increases; - a minimum selection module for controlling a maximum current that the reference voltage circuit can apply to the capacitance substantially in dependence on the negative slope signal, if the magnitude of the negative slope signal is smaller than that of the positive slope signal, and for controlling the maximum current substantially in dependence on the positive slope signal, if the magnitude of the positive slope signal is smaller than that of the negative slope signal. - a negative slope module for providing a negative slope signal having a magnitude that decreases when a voltage that is present on the capacitance increases; - a positive slope module for providing a positive slope signal having a magnitude that increases when the voltage that is present on the capacitance increases; - a minimum selection module for controlling a maximum current that the reference voltage circuit can apply to the capacitance substantially in dependence on the negative slope signal, if the magnitude of the negative slope signal is smaller than that of the positive slope signal, and for controlling the maximum current substantially in dependence on the positive slope signal, if the magnitude of the positive slope signal is smaller than that of the negative slope signal.
A control device configured to control motion of a vehicle, the control device comprising: a controller configured: to execute braking control that generates a braking force for decelerating the vehicle in response to a braking request; and to release the braking force by the braking control when a predetermined condition for continuing the braking control is not satisfied, and to maintain the braking force by the braking control when the predetermined condition is satisfied, in a case where an accelerator pedal is operated during execution of the braking control, characterized in that the predetermined condition is a condition in which a clutch pedal is operated or a condition in which a shift lever is positioned in a neutral position. to execute braking control that generates a braking force for decelerating the vehicle in response to a braking request; and to release the braking force by the braking control when a predetermined condition for continuing the braking control is not satisfied, and to maintain the braking force by the braking control when the predetermined condition is satisfied, in a case where an accelerator pedal is operated during execution of the braking control,
A paint baking method, comprising: - preparing a paint baking oven comprising an oven body and a hot air supplier, the oven body including a first oven body having a relatively narrow oven width and a second oven body having a relatively wide oven width, the oven width (W3, W4) being defined between opposing side surfaces, the hot air supplier configured for supplying hot air into the oven body; - baking a wet coating film applied to a vehicle body while conveying the vehicle body, the wet coating film being formed by a thermoset paint, the vehicle body having a main shell body to which side doors (D, D1, D2) are attached via hinges (H, H1, H2); and - conveying the vehicle body in the first oven body in a state of closing the side doors (D, D1, D2) and conveying the vehicle body in the second oven body in a state of opening the side doors (D, D1, D2), wherein: - a temperature of the vehicle body is raised in the second oven body, and the temperature of the vehicle body is maintained in the first oven body; and - side surfaces connecting between end parts of side wall surfaces of the first oven body and end parts of side wall surfaces of the second oven body are provided as slant wall surfaces that have decreasing dimensions from the second oven body to the first oven body. - preparing a paint baking oven comprising an oven body and a hot air supplier, the oven body including a first oven body having a relatively narrow oven width and a second oven body having a relatively wide oven width, the oven width (W3, W4) being defined between opposing side surfaces, the hot air supplier configured for supplying hot air into the oven body; - baking a wet coating film applied to a vehicle body while conveying the vehicle body, the wet coating film being formed by a thermoset paint, the vehicle body having a main shell body to which side doors (D, D1, D2) are attached via hinges (H, H1, H2); and - conveying the vehicle body in the first oven body in a state of closing the side doors (D, D1, D2) and conveying the vehicle body in the second oven body in a state of opening the side doors (D, D1, D2), - a temperature of the vehicle body is raised in the second oven body, and the temperature of the vehicle body is maintained in the first oven body; and - side surfaces connecting between end parts of side wall surfaces of the first oven body and end parts of side wall surfaces of the second oven body are provided as slant wall surfaces that have decreasing dimensions from the second oven body to the first oven body.
A method to automatically retrieve sequence verified nucleic acids from a plate, carrier or/and substrate, comprising the steps provision of a mixture of nucleic acids, turning the nucleic acid mixture into a clonal library present on the plate, carrier or/and substrate by individualizing the nucleic acids of the mixture of, parallel sequencing of the clonal library, wherein as a result for each individual molecule of the clonal library the sequence and location is known, and retrieval of the sequence-verified nucleic acid molecules, wherein the retrieval comprises computer aided localization of the sequence-verified nucleic acid molecules in a microscopic picture of the plate, carrier or/and substrate by means of reference points, and wherein the locations of the reference points are identified in the microscopic picture of the carrier by means of clonal DNA of known sequence. provision of a mixture of nucleic acids, turning the nucleic acid mixture into a clonal library present on the plate, carrier or/and substrate by individualizing the nucleic acids of the mixture of, parallel sequencing of the clonal library, wherein as a result for each individual molecule of the clonal library the sequence and location is known, and retrieval of the sequence-verified nucleic acid molecules,
A method for forming a cavity in a substrate, said method comprising the steps of: - providing a substrate comprising at least a top layer consisting of a crystalline material, the material being silicon, - determining a desired shape and size of a cavity which is to be produced in said substrate, - determining on the basis of said desired shape and size the thickness and shape of a layer (4,10) of a metal, the metal being aluminium or an aluminium-based alloy, wherein the crystalline material's dissolution rate into said metal is not the same for each crystallographic plane of said material's crystallographic structure, - producing a layer (4,10) of said metal, said layer having said determined thickness and shape, on and in contact with at least one selected portion of the surface of said top layer, - heating the substrate at a temperature suitable for causing the dissolution of said crystalline material into said metal, - cooling the substrate, thereby forming a volume of an alloy of the metal and the crystalline material, - removing said volume of said alloy, thereby obtaining a cavity of said desired shape and size in said substrate, further comprising the steps of: - depositing a filling material at least in said cavity, and; - separating the filling material and the substrate, to thereby obtain a structure formed of said filling material and shaped by said cavity. - providing a substrate comprising at least a top layer consisting of a crystalline material, the material being silicon, - determining a desired shape and size of a cavity which is to be produced in said substrate, - determining on the basis of said desired shape and size the thickness and shape of a layer (4,10) of a metal, the metal being aluminium or an aluminium-based alloy, wherein the crystalline material's dissolution rate into said metal is not the same for each crystallographic plane of said material's crystallographic structure, - producing a layer (4,10) of said metal, said layer having said determined thickness and shape, on and in contact with at least one selected portion of the surface of said top layer, - heating the substrate at a temperature suitable for causing the dissolution of said crystalline material into said metal, - cooling the substrate, thereby forming a volume of an alloy of the metal and the crystalline material, - removing said volume of said alloy, thereby obtaining a cavity of said desired shape and size in said substrate, - depositing a filling material at least in said cavity, and; - separating the filling material and the substrate, to thereby obtain a structure formed of said filling material and shaped by said cavity.
A fusion protein composed of Cpl-1 endolysin having the activity of degrading the cell wall of Gram-positive bacteria and an amphipathic peptide stretch fused to the endolysin at the N- or C-terminus or at both termini, wherein said amphipathic peptide stretch comprises 5 to 100 amino acid residues and wherein one or more of the amino acid residues are the positively charged amino acid residues lysine and/or arginine and at least 60% of the amino acid residues are the hydrophobic amino acids residues valine, isoleucine, leucine, methionine, phenylalanine, tryptophan, cysteine, alanine, tyrosine, threonine, serine, proline and/or glycine.
Facility comprising a movable part which is movable on a movement plane and which has a measuring unit in the form of a laser distance measuring device that emits a light beam and determines the distance to the measurement body by evaluating the reflected light, and comprising a measurement body which is located at a distance from the movement plane and from the plane situated parallel to the movement plane and containing the measuring unit, and which in particular is arranged as far from the movement plane as possible, wherein the measuring unit is designed such that it determines the distance between the measurement body and the measuring unit in a direction normal to the movement plane, wherein the measurement body is shaped such that, in the projection, in particular projection area, of the measurement body perpendicular to the plane, a distance value is bijectively associated with each of a plurality of in particular nonoverlapping partial surface regions of the projection area, characterized in that the movable part has a memory which is suitable for associating a circumferential angle and a radial distance with distance values relating to the measurement body, as deviation values, wherein a controller is designed to be suitable for determining a set value for the drive of the movable part such that the deviation values read from the memory and associated with the determined distance value are adjusted to a setpoint value. wherein the measuring unit is designed such that it determines the distance between the measurement body and the measuring unit in a direction normal to the movement plane, wherein the measurement body is shaped such that, in the projection, in particular projection area, of the measurement body perpendicular to the plane, a distance value is bijectively associated with each of a plurality of in particular nonoverlapping partial surface regions of the projection area, characterized in that the movable part has a memory which is suitable for associating a circumferential angle and a radial distance with distance values relating to the measurement body, as deviation values, wherein a controller is designed to be suitable for determining a set value for the drive of the movable part such that the deviation values read from the memory and associated with the determined distance value are adjusted to a setpoint value.
Rotor for a reluctance machine, having pole areas arranged along a periphery with a transition surface for a magnetic flux toward an air gap of the reluctance machine, wherein in each case adjacent pole areas are magnetically coupled by way of a flux-conducting element, wherein the rotor has a shaft and the flux-conducting elements are formed in each case by a block (28, 34) arranged on the shaft, wherein a soft-magnetic material of the block (28, 34) has a magnetic anisotropy with an easy axis and a hard axis of magnetisability and the easy axis is arranged at least in areas tangentially to the periphery or at least at an angle of less than 25° relative to the tangent of the periphery, characterised in that the block is formed from a homogenous body in which the anisotropic material is distributed uniformly.
Smoking articles box for housing a charge of smoking articles with an outer packaging surrounding a volume for housing the smoking articles, wherein the outer packaging comprises a body section and a lid, the lid being hinged on the body section, with an inner packaging arranged at least partially inside the outer packaging and suited for housing the smoking articles, wherein the inner packaging comprises an inner packaging body section and an inner packaging lid section, wherein the inner packaging lid section is attached to the inner packaging body section via a first perforation line and a second perforation line, which are separated from each other, characterised in that the first perforation line and the second perforation line are sections of a circumferential perforation line.
Glazing unit comprising - a glass panel which is low in reflectance for RF radiation, - a coating system which is high in reflectance for RF radiation disposed on the said glass panel - at least one frequency selective decoated portion of the coating system extending along a plane, P, defined by a longitudinal axis, X, and a vertical axis, Z; having a width measured along the longitudinal axis, X, and a length measured along the vertical axis, Z, comprising a first decoated element comprising a plurality of unit cells (32, 33) forming a regular grid of n rows by m columns unit cells, m and n are positive integer higher than 1, and a plurality of second decoated elements wherein at least one second decoated element i is placed in an unit cell of the first decoated element, wherein no second decoated element is in contact with the first decoated element, and wherein at least one unit cell of the first decoated element has no second decoated element. - a glass panel which is low in reflectance for RF radiation, - a coating system which is high in reflectance for RF radiation disposed on the said glass panel - at least one frequency selective decoated portion of the coating system extending along a plane, P, defined by a longitudinal axis, X, and a vertical axis, Z; having a width measured along the longitudinal axis, X, and a length measured along the vertical axis, Z, comprising a first decoated element comprising a plurality of unit cells (32, 33) forming a regular grid of n rows by m columns unit cells, m and n are positive integer higher than 1, and a plurality of second decoated elements wherein at least one second decoated element i is placed in an unit cell of the first decoated element, wherein no second decoated element is in contact with the first decoated element, and wherein at least one unit cell of the first decoated element has no second decoated element.
An apparatus or device for mooring a structure and/or tensioning a mooring line, the apparatus or device comprising: a body and a guide portion rotatably connected to the body for guiding at least a portion of a first mooring line along a mooring line path; and a lock arrangement or means provided on an opposite side of the mooring line path from the guide portion, wherein the body defines an open channel for guiding and/or seating the first mooring line, and wherein the body comprises a connection portion for connecting the apparatus to a second mooring line, and the guide portion is disposed between the connection portion and the open channel, and the open channel is configured to allow the first mooring line to freely pivot relative to the body between a surface of the open channel and the guide portion, and wherein the apparatus is configured such that, when in use mooring a structure, a tension in the first mooring line is taken by the lock arrangement or means and not by a portion of the first mooring line around the guide portion. a body and a guide portion rotatably connected to the body for guiding at least a portion of a first mooring line along a mooring line path; and a lock arrangement or means provided on an opposite side of the mooring line path from the guide portion, wherein the body defines an open channel for guiding and/or seating the first mooring line, and wherein the body comprises a connection portion for connecting the apparatus to a second mooring line, and the guide portion is disposed between the connection portion and the open channel, and the open channel is configured to allow the first mooring line to freely pivot relative to the body between a surface of the open channel and the guide portion, and wherein the apparatus is configured such that, when in use mooring a structure, a tension in the first mooring line is taken by the lock arrangement or means and not by a portion of the first mooring line around the guide portion.