mhurhangee/ep-ind-claims huggingface dataset:
An article comprising: a substrate selected from glass and plastic having a visible light transmission greater than 0% and having a first major surface and an opposite second major surface, the second major surface having a textured surface to provide the second surface of the substrate with a predetermined pattern; an overlay having a first surface and an opposite second surface with the first surface of the overlay in surface contact with the textured surface to conform portions of the first surface of the overlay to corresponding portions of the predetermined pattern, wherein the overlay is a magnetically sputtered vacuum deposited, transparent coating comprising an aesthetic reflective layer of one or more metals, metal alloys and mixtures thereof a primer layer over the aesthetic reflective layer, a dielectric layer over the primer layer and a protective overcoat over the dielectric layer, wherein percent visible light transmittance, and percent visible light reflectance of the substrate having the overlay is selected such that the predetermined pattern is visible when the article is viewed through the first surface of the substrate, or is visible when the article is viewed through the second surface of the overlay. a substrate selected from glass and plastic having a visible light transmission greater than 0% and having a first major surface and an opposite second major surface, the second major surface having a textured surface to provide the second surface of the substrate with a predetermined pattern; an overlay having a first surface and an opposite second surface with the first surface of the overlay in surface contact with the textured surface to conform portions of the first surface of the overlay to corresponding portions of the predetermined pattern, wherein the overlay is a magnetically sputtered vacuum deposited, transparent coating comprising an aesthetic reflective layer of one or more metals, metal alloys and mixtures thereof a primer layer over the aesthetic reflective layer, a dielectric layer over the primer layer and a protective overcoat over the dielectric layer, wherein percent visible light transmittance, and percent visible light reflectance of the substrate having the overlay is selected such that the predetermined pattern is visible when the article is viewed through the first surface of the substrate, or is visible when the article is viewed through the second surface of the overlay.
A graft (10,10', 410) comprising a conduit having a wall, wherein the conduit comprises at least one inflow aperture at an inflow end of a body region; and an outflow aperture at an outflow end of an outflow region opposite from the at least one inflow aperture; wherein the wall comprises a support structure and a biocompatible layer; characterized in that the support structure along the outflow region is configurable from a first shape to a second shape, wherein the second shape is a flared shape having an expanded diameter along at least a portion of its length, and the first shape has a constrained diameter, smaller than the expanded diameter, along the outflow region due to the support structure along the outflow region being under continuous compressive stress resulting from a continuous applied load caused by the biocompatible layer against the support structure, wherein the compressive stress resulting from the continuous applied load in the outflow region is greater than a compressive stress resulting from a continuous applied load in the body region, and wherein the support structure assumes the flared shape prior to combination with the biocompatible layer to form the wall, and the flared shape has multiple effective outer diameter measurements, and the support structure assumes the first shape after combination with the biocompatible layer to form the wall, and the first shape has a generally uniform effective outer diameter measurement.
A method for preparing an oral formulation comprising a plant-based composition, the method comprising: adding an N -acylated fatty amino acid or a salt thereof to vegetable matter with a solubility in water or an aqueous solution of less than 0.1 mg/ml; wherein the N -acylated fatty amino acid or salt thereof comprises the formula: wherein X and Z are independently H, a monovalent cation, a divalent metal cation, or an organic cation. adding an N -acylated fatty amino acid or a salt thereof to vegetable matter with a solubility in water or an aqueous solution of less than 0.1 mg/ml; wherein the N -acylated fatty amino acid or salt thereof comprises the formula: wherein X and Z are independently H, a monovalent cation, a divalent metal cation, or an organic cation.
A wavelength control method, comprising: adjusting (201, 401), powers of all subcarriers on a super channel at a transmit end and a receive end to a same power, wherein the super channel comprises a subcarrier i-1, a subcarrier i, and a subcarrier i+1, the subcarrier i-1, the subcarrier i, and the subcarrier i+1 are consecutive subcarriers, and i is a positive integer greater than 1; when the powers of all the subcarriers on the super channel are adjusted to the same power, obtaining (202, 402), Q values of the subcarrier i-1 and the subcarrier i+1, wherein the Q values are used to indicate performance of the subcarriers; calculating (203, 403), a Q value difference between the Q value of the subcarrier i+1 and the Q value of the subcarrier i-1, and calculating a difference between the Q value difference and a pre-obtained reference value of the subcarrier i; and determining (204, 404), whether an absolute value of the difference is less than a pre-obtained allowable frequency offset value, and if the absolute value of the difference is not less than the pre-obtained allowable frequency offset value, adjusting, a center wavelength of the subcarrier i according to the difference. adjusting (201, 401), powers of all subcarriers on a super channel at a transmit end and a receive end to a same power, wherein the super channel comprises a subcarrier i-1, a subcarrier i, and a subcarrier i+1, the subcarrier i-1, the subcarrier i, and the subcarrier i+1 are consecutive subcarriers, and i is a positive integer greater than 1; when the powers of all the subcarriers on the super channel are adjusted to the same power, obtaining (202, 402), Q values of the subcarrier i-1 and the subcarrier i+1, wherein the Q values are used to indicate performance of the subcarriers; calculating (203, 403), a Q value difference between the Q value of the subcarrier i+1 and the Q value of the subcarrier i-1, and calculating a difference between the Q value difference and a pre-obtained reference value of the subcarrier i; and determining (204, 404), whether an absolute value of the difference is less than a pre-obtained allowable frequency offset value, and if the absolute value of the difference is not less than the pre-obtained allowable frequency offset value, adjusting, a center wavelength of the subcarrier i according to the difference.
An end portion processing apparatus for processing an end portion shape of a work material, comprising: a plate member, characterized in that the plate member is configured to be fixed to the work material such that it is arranged on an XY-plane defined by orthogonal X- and Y-directions; an X-direction driving unit supported on the plate member and configured to drive an X-direction moving member in a back-and-forth movement along the X-direction, wherein a cutter supporting member is supported by the X-direction moving member of the X-direction driving unit through a rail member such that it is able to move in the Y-direction along the rail member, and wherein the cutter supporting member supports a cutter member extending in a Z-direction which is perpendicular to the XY-plane; a guide member which has a shape matching to a planned processing shape when seen from the Z-direction, and which is configured to guide said cutter supporting member such that said cutter member moves to follow the planned processing shape; and a Y-direction position changing mechanism which is configured to change the position in the Y-direction of said cutter supporting member relative to the work material. a plate member, characterized in that the plate member is configured to be fixed to the work material such that it is arranged on an XY-plane defined by orthogonal X- and Y-directions; an X-direction driving unit supported on the plate member and configured to drive an X-direction moving member in a back-and-forth movement along the X-direction, wherein a cutter supporting member is supported by the X-direction moving member of the X-direction driving unit through a rail member such that it is able to move in the Y-direction along the rail member, and wherein the cutter supporting member supports a cutter member extending in a Z-direction which is perpendicular to the XY-plane; a guide member which has a shape matching to a planned processing shape when seen from the Z-direction, and which is configured to guide said cutter supporting member such that said cutter member moves to follow the planned processing shape; and a Y-direction position changing mechanism which is configured to change the position in the Y-direction of said cutter supporting member relative to the work material.
Energy management method for a vehicle which comprises an energy store and a plurality of consumers, in which the energy reserve in the energy store is detected and a predicted actual range of the vehicle is calculated, a graphic object which visualizes the predicted actual range is generated and displayed, a user input is detected, with which a setpoint range is set in that the graphic object is changed by means of an input apparatus, after the setting of the setpoint range, on the basis of the difference between the setpoint range and the predicted actual range it is calculated by means of which changes in state of at least one subset of the consumers the setpoint range is able to be achieved, and the calculated changes in state are output as a proposal, wherein the states of the subset of the consumers of the proposal are able to be changed individually by means of an input apparatus, if a user input for changing the state of a consumer has been detected, an updated predicted actual range of the vehicle is calculated and the display of the graphic object is changed taking into account the updated predicted actual range, wherein the state of the consumer is changed only by means of a further user input. the energy reserve in the energy store is detected and a predicted actual range of the vehicle is calculated, a graphic object which visualizes the predicted actual range is generated and displayed, a user input is detected, with which a setpoint range is set in that the graphic object is changed by means of an input apparatus, after the setting of the setpoint range, on the basis of the difference between the setpoint range and the predicted actual range it is calculated by means of which changes in state of at least one subset of the consumers the setpoint range is able to be achieved, and the calculated changes in state are output as a proposal, wherein the states of the subset of the consumers of the proposal are able to be changed individually by means of an input apparatus, if a user input for changing the state of a consumer has been detected, an updated predicted actual range of the vehicle is calculated and the display of the graphic object is changed taking into account the updated predicted actual range, wherein the state of the consumer is changed only by means of a further user input.
System of net - plane sanitizable for pediatric bed for hospital use, characterized in that it comprises a monoblock body of plastic material, obtained by injection molding with rotational technology; said body provided with a pair of big-handles obtained from the same mold without solution of continuity, in correspondence with each of the two short sides; said body also includes the housing which is upwardly open and closed for safety downwards from the bottom, being in downward with respect to the supporting surface of the mattress in such a way as to accommodate a reclining backrest which is aligned to said body both superficially and laterally; said backrest with adjustable inclination being joined to said body with hinge constraint and also having at least one arm of stretchable and adjustable type that supports it posteriorly; said body and said backrest comprising lateral containment elements,, for the mattress which are derived from mold.
Transport unit for a packaging structure for a plurality of containers for substances for pharmaceutical, medical or cosmetic uses, with a tray with a plurality of seats for positioning the containers, and a planar inlay part for covering the containers positioned in the seats of the tray, wherein the inlay part is designed to cover the containers positioned in the seats and at the same time to be received completely in the tray, without protruding above an upper edge of the tray, wherein a plurality of depressions corresponding to the seats of the tray are formed in the inlay part, in order to position the containers at their two ends (63, 66) lying opposite each other, wherein a gap (7, 7') is formed at least partially between the inlay part, received in the tray, and side walls of the tray, wherein the tray has a base, characterised in that at the base of the tray the plurality of seats are formed as a plurality of frustoconical seats, wherein the seats are each formed by circumferential side walls (11, 12), wherein between the side walls (11, 12) a bevelled connecting region is formed, wherein the bevelled connecting region is adapted and arranged to serve as an insertion bevel when inserting the containers vertically from above. a tray with a plurality of seats for positioning the containers, and a planar inlay part for covering the containers positioned in the seats of the tray, wherein the inlay part is designed to cover the containers positioned in the seats and at the same time to be received completely in the tray, without protruding above an upper edge of the tray, wherein a plurality of depressions corresponding to the seats of the tray are formed in the inlay part, in order to position the containers at their two ends (63, 66) lying opposite each other, wherein a gap (7, 7') is formed at least partially between the inlay part, received in the tray, and side walls of the tray, wherein the tray has a base, characterised in that at the base of the tray the plurality of seats are formed as a plurality of frustoconical seats, wherein the seats are each formed by circumferential side walls (11, 12), wherein between the side walls (11, 12) a bevelled connecting region is formed, wherein the bevelled connecting region is adapted and arranged to serve as an insertion bevel when inserting the containers vertically from above.
An image synthesis apparatus, comprising: a first input means adapted for inputting first color image data, the first color image data being unprocessed color image data in a state before being subjected to a predetermined color process including an edge emphasis process; a second input means (8, 10) adapted for inputting second color image data, the second color image data being processed color image data having been subjected to the predetermined color process; a converting means adapted for converting the second color image data into third color image data by reverting the predetermined color process, the edge emphasis process being reverted by reducing high-frequency components of the second color image data; and a synthesizing means adapted for synthesizing fourth color image data from the first and the second color image data by adding the first color image data and the third color image data together. a first input means adapted for inputting first color image data, the first color image data being unprocessed color image data in a state before being subjected to a predetermined color process including an edge emphasis process; a second input means (8, 10) adapted for inputting second color image data, the second color image data being processed color image data having been subjected to the predetermined color process; a converting means adapted for converting the second color image data into third color image data by reverting the predetermined color process, the edge emphasis process being reverted by reducing high-frequency components of the second color image data; and a synthesizing means adapted for synthesizing fourth color image data from the first and the second color image data by adding the first color image data and the third color image data together.
An aluminum electric wire for an automobile, the electric wire comprising: a batch annealed conductor made up of bunched elemental wires made of an aluminum alloy consisting of 0.90 to 1.20 mass% Fe, 0.10 to 0.25 mass% Mg, and, optionally, either 0.01 to 0.05 mass% Ti or 0.01 to 0.05 mass% Ti and 0.0005 to 0.0025 mass% B, a balance being Al and incidental impurities; and an insulating material covering the annealed conductor, wherein the elemental wires of the batch annealed conductor have breaking elongations of 15% or more and tensile strengths of 110 MPa or more. a batch annealed conductor made up of bunched elemental wires made of an aluminum alloy consisting of 0.90 to 1.20 mass% Fe, 0.10 to 0.25 mass% Mg, and, optionally, either 0.01 to 0.05 mass% Ti or 0.01 to 0.05 mass% Ti and 0.0005 to 0.0025 mass% B, a balance being Al and incidental impurities; and an insulating material covering the annealed conductor, wherein the elemental wires of the batch annealed conductor have breaking elongations of 15% or more and tensile strengths of 110 MPa or more.
A system for determining the air leakage of a space in a building, said system comprising: a processor; a source of compressed air; a nozzle unit comprising a number of valves and other flow components for metering the supply of a pulse of a specific volume of compressed air from the source in response to a command from a control unit of the system and for directing the pulse into the space, wherein the nozzle unit is configured to gradually reduce the constriction of flow of air as it leaves the source such that the pulse shape is reproducible; one or more pressure sensors configured to measure the pressure of air residing within the space and to provide to the processor: background pressure signals indicative of standard pressure variations within the space before and after supply of the pulse; and internal pressure signals of air within the space during quasi-steady flow conditions created by the pulse; and a source pressure sensor configured to measure a transient pressure within the source of compressed air and/or within the nozzle unit during the pulse, said source pressure sensor configured to provide a transient source pressure signal to the processor, wherein the processor is configured to determine the air leakage based on: a volume of the space; changes in the background pressure signals; the internal pressure signals, the transient source pressure signal and from a volume of the pulse. a processor; a source of compressed air; a nozzle unit comprising a number of valves and other flow components for metering the supply of a pulse of a specific volume of compressed air from the source in response to a command from a control unit of the system and for directing the pulse into the space, wherein the nozzle unit is configured to gradually reduce the constriction of flow of air as it leaves the source such that the pulse shape is reproducible; one or more pressure sensors configured to measure the pressure of air residing within the space and to provide to the processor: background pressure signals indicative of standard pressure variations within the space before and after supply of the pulse; and internal pressure signals of air within the space during quasi-steady flow conditions created by the pulse; and background pressure signals indicative of standard pressure variations within the space before and after supply of the pulse; and internal pressure signals of air within the space during quasi-steady flow conditions created by the pulse; and a source pressure sensor configured to measure a transient pressure within the source of compressed air and/or within the nozzle unit during the pulse, said source pressure sensor configured to provide a transient source pressure signal to the processor, wherein the processor is configured to determine the air leakage based on: a volume of the space; changes in the background pressure signals; the internal pressure signals, the transient source pressure signal and from a volume of the pulse.
A button assembly for a flushing device of a flush tank, comprising a support plate and at least a first pushing element sliding with respect to the plate along an axis in a seat carried by the plate and connectable to a control button operable by a user; said at least first pushing element being coupled to the seat via a joint configured to allow the at least first pushing element to tilt with respect to the plate; the button assembly being characterized by comprising a second pushing element, the first and second pushing elements (31A, 31B) being coaxial and arranged one inside the other in the seat and sliding axially with respect to the plate along respective axial travels of different length; and in that the first pushing element is the radially outer element of said first and second pushing elements (31A, 31B) and is internally hollow and houses the second pushing element, which is the radially inner element of said first and second pushing elements (31A, 31B) and is connected angularly integral to the first pushing element so as to tilt integrally therewith.
Packaging tray with an outer cardboard structure in which an insert composed of film is provided, wherein the cardboard structure is a corrugated cardboard and the structure and the film are locally connected to one another in a connecting region in a materially bonded manner, characterized in that the structure is at least locally deformed in the connecting region.
A hinge for the door of a domestic appliance, in particular for a stove flap, having a first hinge arm, a second hinge arm which is pivotally mounted on the first hinge arm, and a spring element, wherein the two hinge arms (1, 2) are pivotable against one another from a first end position into a second end position and wherein a damper having two damper portions (81, 82) which are moveable against one another is provided, wherein the damper is moveably guided on the hinge and dampens the pivoting movement of the hinge arms (1, 2) in the region of the two end positions by the contact of its two damper portions (81, 82) with stop portions (9, 11) of the hinge, and having a base part and a guide part moveable relative to the base part, wherein both the guide part and the base part each comprise a first and a second stop portion, wherein the damper is supported to be moveable relative to the guide part and the base part and the two damper portions (81, 82) come into contact with the first stop portions upon movement into a first end position and come into contact with the second stop portions upon movement into a second end position, characterized in that the damper in a pivoting area of the hinge, which is located between the two damping regions, is in contact with no more than one of its two damper portions (81, 82) with a stop portion (9, 11), wherein the damper is displaced in this region by the contact with only one stop portion (9, 11) until even the other damper portion comes into contact with a stop portion.