mhurhangee/ep-ind-claims huggingface dataset:
Steam iron apparatus, in particular a steam iron or a steam iron station, which comprises: - an iron soleplate, which has steam outlet openings, and - an evaporation chamber, delimited by - a soleplate wall, which forms part of the iron soleplate, - a side wall, and - an upper plate, and into which optionally steam and/or evaporation fluid can be introduced via at least one first introduction opening; - wherein the side wall is embodied in one piece with the upper plate and forms a cap assembly, - and wherein the circumference of the side wall, which is located closer to the iron soleplate, extends outside the evaporation chamber and forms a brim; characterised in that - the iron soleplate is clad with a soleplate covering, which has steam outlet orifices, and - between the iron soleplate and the soleplate covering a second steam distribution chamber is formed, which is connected to the steam outlet orifices and to a second pouring-in opening. - an iron soleplate, which has steam outlet openings, and - an evaporation chamber, delimited by - a soleplate wall, which forms part of the iron soleplate, - a side wall, and - an upper plate, and into which optionally steam and/or evaporation fluid can be introduced via at least one first introduction opening; - a soleplate wall, which forms part of the iron soleplate, - a side wall, and - an upper plate, - wherein the side wall is embodied in one piece with the upper plate and forms a cap assembly, - and wherein the circumference of the side wall, which is located closer to the iron soleplate, extends outside the evaporation chamber and forms a brim; - the iron soleplate is clad with a soleplate covering, which has steam outlet orifices, and - between the iron soleplate and the soleplate covering a second steam distribution chamber is formed, which is connected to the steam outlet orifices and to a second pouring-in opening.
A method of applying post-processing to raw banded gains to improve the raw banded gains for applying to one or more audio signals to carry out one or more of reducing noise, reducing out-of-location signals, reducing echoes, perceptual domain-based leveling, perceptual domain-based dynamic range control, and perceptual domain-based dynamic equalization, the method comprising: applying post-processing to raw banded gains to generate banded post-processed gains to apply to the one or more audio signals, the raw banded gains determined by input processing one or more input audio signals to generate the raw banded gains at a plurality of frequency bands, some of the bands comprising more than one frequency bin, the raw banded gains being in order to carry out one or more of reducing noise, reducing out-of-location signals, reducing echoes, perceptual domain-based leveling, perceptual domain-based dynamic range control, and perceptual domain-based dynamic equalization, wherein the generating of a particular post-processed gain for a particular frequency band includes at least median filtering using raw gain values for frequency bands adjacent to the particular frequency band, thereby yielding median filtered gains, wherein the post-processing is according to one or more properties, including an end condition and a width for the median filtering, and wherein at least one of the end condition of the median filtering and the width of the median filtering depends on signal classification of the one or more input audio signals.
A method for preparing a silver impregnation solution comprising: (a) charging a neutralization reactor R1 with an aqueous organic amine; (b) adding oxalic acid powder through a first feeding conduit to the neutralization reactor R1 to obtain an aqueous oxalic acid-organic amine solution; (c) directing the aqueous oxalic acid-organic amine solution from the neutralization reactor to a complexation reactor R2; (d) adding particulate silver oxide through a second feeding conduit to the complexation reactor R2 to obtain a silver impregnation solution; and, optionally, (e) subjecting the silver impregnation solution to filtration. (a) charging a neutralization reactor R1 with an aqueous organic amine; (b) adding oxalic acid powder through a first feeding conduit to the neutralization reactor R1 to obtain an aqueous oxalic acid-organic amine solution; (c) directing the aqueous oxalic acid-organic amine solution from the neutralization reactor to a complexation reactor R2; (d) adding particulate silver oxide through a second feeding conduit to the complexation reactor R2 to obtain a silver impregnation solution; and, optionally, (e) subjecting the silver impregnation solution to filtration.
A method for managing configuration information, the method comprising: receiving, by an operation support system/network management system, OSS/ NMS, a lifecycle operation completion message of a virtualized network function, VNF; and sending a management information object instance operation request message corresponding to a lifecycle operation of the VNF to an element management system, EMS, according to the received lifecycle operation completion message of the VNF. receiving, by an operation support system/network management system, OSS/ NMS, a lifecycle operation completion message of a virtualized network function, VNF; and sending a management information object instance operation request message corresponding to a lifecycle operation of the VNF to an element management system, EMS, according to the received lifecycle operation completion message of the VNF.
Electric, gun-like handheld device, comprising - a device body for electrically activated working of a workpiece, - a grip part which is connected at an angle to the device body, - an actuation means for manually activating and/or deactivating the handheld device and which is arranged on the device body or grip part, and - an unlocking means for manually unlocking and/or locking the actuation means, characterised by - a support mandrel which projects forwards from a finger grip region of the grip part and comprises the unlocking means on its lower side, wherein the unlocking takes place in that the support mandrel is supported on one of the fingers of the user's hand. - a device body for electrically activated working of a workpiece, - a grip part which is connected at an angle to the device body, - an actuation means for manually activating and/or deactivating the handheld device and which is arranged on the device body or grip part, and - an unlocking means for manually unlocking and/or locking the actuation means, characterised by - a support mandrel which projects forwards from a finger grip region of the grip part and comprises the unlocking means on its lower side, wherein the unlocking takes place in that the support mandrel is supported on one of the fingers of the user's hand. - a support mandrel which projects forwards from a finger grip region of the grip part and comprises the unlocking means on its lower side, wherein the unlocking takes place in that the support mandrel is supported on one of the fingers of the user's hand.
A computer-implemented method for facilitating processing within a computing environment, the method comprising: obtaining an instruction for execution, the instruction to perform a shift and divide operation; and executing the instruction, the executing comprising: shifting a value in a specified direction by a selected amount to provide a dividend, the selected amount being user-defined; dividing the dividend by a divisor to obtain a quotient; selecting at least a subset of the quotient as a result; and placing the result in a selected location, the result to be used in processing within the computing environment. obtaining an instruction for execution, the instruction to perform a shift and divide operation; and executing the instruction, the executing comprising: shifting a value in a specified direction by a selected amount to provide a dividend, the selected amount being user-defined; dividing the dividend by a divisor to obtain a quotient; selecting at least a subset of the quotient as a result; and placing the result in a selected location, the result to be used in processing within the computing environment. shifting a value in a specified direction by a selected amount to provide a dividend, the selected amount being user-defined; dividing the dividend by a divisor to obtain a quotient; selecting at least a subset of the quotient as a result; and placing the result in a selected location, the result to be used in processing within the computing environment.
Horn System for a vehicle comprising an airbag module, a plurality of conductive spring elements and an integrated horn circuit which comprises two contact elements (17, 19) that are arranged adjacent to each other at a ring shaped carrier member and which is formed as a separate compact entity configured to be placed at the airbag module in such manner that a horn signal may be produced when each of at least two contact elements (17, 19) gets in direct electrical contact with one of the plurality of conductive spring elements configured to act as contact closing members for electrically connecting the two contact elements (17, 19) upon activating the horn of the vehicle, characterized in that the airbag module has a plurality of hook elements for the attachment to a steering wheel or an attachment member for attaching the airbag module to the steering wheel, wherein the conductive spring elements are configured to seat at the steering wheel or the attachment member and are configured to fix the hook elements of the airbag module thereto.
Method for determining the sign of the difference between: - the order of excitation (n e) of the combustion engine of a power train that it is sought to filter, and - the order value (n p) to which the pendular damping device allowing this filtering is tuned, which method is characterized in that, knowing the expression, as a function of the rotational speed of the crankshaft, of the inertance (A cc) of a component of the power train arranged in the torque path downstream of the crankshaft and upstream of the wheels of the vehicle: - the sign of this inertance (A cc) is determined over a given range of values for the rotational speed of the crankshaft, and - the sign of the difference between the order values (n e, n p) above is chosen in such a way that the ratio between the inertance (A p) of the pendular damping device and the inertance (A cc) of this component of the power train has a negative sign over this given range of values for the rotational speed of the crankshaft. - the order of excitation (n e) of the combustion engine of a power train that it is sought to filter, and - the order value (n p) to which the pendular damping device allowing this filtering is tuned, - the sign of this inertance (A cc) is determined over a given range of values for the rotational speed of the crankshaft, and - the sign of the difference between the order values (n e, n p) above is chosen in such a way that the ratio between the inertance (A p) of the pendular damping device and the inertance (A cc) of this component of the power train has a negative sign over this given range of values for the rotational speed of the crankshaft.
A method for displaying a virtual object in three-dimensional space at a desired position with respect to a user, comprising: displaying a first 3D object at a first position through displaying a first left eye image and a first right eye image on a display screen, wherein the first position is within a reachable distance to the user; receiving a user interaction with the first 3D object, wherein the user interaction includes identifying a position of the first 3D object by the user; determining actual coordinate values of the first 3D object with respect to the user based on the user interaction with the first 3D object; calculating positions of the user's left eye and right eye based on positions of the first left eye image and the first right eye image, the actual coordinate values of the first 3D object, and a distance between the user's left eye and right eye; and displaying the virtual object at the desired position through displaying a virtual object's left image and a virtual object's right image on the display screen which are deduced based on the positions of the user's left eye and right eye and the desired position of the virtual object. displaying a first 3D object at a first position through displaying a first left eye image and a first right eye image on a display screen, wherein the first position is within a reachable distance to the user; receiving a user interaction with the first 3D object, wherein the user interaction includes identifying a position of the first 3D object by the user; determining actual coordinate values of the first 3D object with respect to the user based on the user interaction with the first 3D object; calculating positions of the user's left eye and right eye based on positions of the first left eye image and the first right eye image, the actual coordinate values of the first 3D object, and a distance between the user's left eye and right eye; and displaying the virtual object at the desired position through displaying a virtual object's left image and a virtual object's right image on the display screen which are deduced based on the positions of the user's left eye and right eye and the desired position of the virtual object.
A single trip multi-zone completion system for producing from one or more formation zones, comprising: an outer completion string having at least one sand screen arranged thereabout adjacent the one or more formation zones; a flow control device disposed within the at least one sand screen and movable between an open position and a closed position, wherein, when in the open position, fluids may communicate from the one or more formation zones, through the at least one sand screen, and into the outer completion string; a crossover coupling having one or more control lines coupled thereto; an insert string arranged within the outer completion string and being communicably coupled to the outer completion string at the crossover coupling; and at least one control and data acquisition module disposed on the insert string and having one or more coupling mechanisms. an outer completion string having at least one sand screen arranged thereabout adjacent the one or more formation zones; a flow control device disposed within the at least one sand screen and movable between an open position and a closed position, wherein, when in the open position, fluids may communicate from the one or more formation zones, through the at least one sand screen, and into the outer completion string; a crossover coupling having one or more control lines coupled thereto; an insert string arranged within the outer completion string and being communicably coupled to the outer completion string at the crossover coupling; and at least one control and data acquisition module disposed on the insert string and having one or more coupling mechanisms.
A mattress structure capable of offering different degrees of relief to different body parts of a user, the mattress structure comprising: a principal axis, a plurality of relief units distributed along the principal axis to form a relief layer, at least one of the relief units has a relief ability different from that of the other relief unit to define a relief profile with different relief ability along the principal axis, at least one of the relief units is a main relief unit with a relief ability higher than the other relief units, wherein, two or more relief units are different in at least one dimension, the position of the main relief unit relative to the other relief units is changeable by interchanging the position of the relief units relative to one another along the principal axis, such that the position of the main relief unit in the relief layer along the principal axis is adjustable by unit length in accordance with position of the body part along height of the user for customizing the relief layer; wherein the mattress structure comprises a support layer positioned under the relief layer for supplementing the relief units to support the body of the user; wherein the support layer includes two or more independent support units positioned below the relief layer and optionally, wherein the unit length is one inch (1 inch = 2.54 cm) such that the position of the main relief unit along the principal axis may is adjustable by a unit of one inch; and optionally, wherein the relief layer is usable with and by placing on a conventional mattress. a principal axis, a plurality of relief units distributed along the principal axis to form a relief layer, at least one of the relief units has a relief ability different from that of the other relief unit to define a relief profile with different relief ability along the principal axis, at least one of the relief units is a main relief unit with a relief ability higher than the other relief units, wherein, two or more relief units are different in at least one dimension, the position of the main relief unit relative to the other relief units is changeable by interchanging the position of the relief units relative to one another along the principal axis, such that the position of the main relief unit in the relief layer along the principal axis is adjustable by unit length in accordance with position of the body part along height of the user for customizing the relief layer; wherein the mattress structure comprises a support layer positioned under the relief layer for supplementing the relief units to support the body of the user; wherein the support layer includes two or more independent support units positioned below the relief layer and optionally, wherein the unit length is one inch (1 inch = 2.54 cm) such that the position of the main relief unit along the principal axis may is adjustable by a unit of one inch; and optionally, wherein the relief layer is usable with and by placing on a conventional mattress.
System for testing an AFDX network comprising at least one real item of equipment, characterised in that it includes: - simulation means for simulating at least one item of equipment to simulate comprising software sub-sets consisting of functions of the items of equipment to simulate, named models (M1,..., M4), these means including: • formatting means for formatting simulation data to obtain an Ethernet frame and AFDX frame and frame sequencer means for sequencing AFDX data frames to the AFDX network according to these simulation data formatting means, • deformatting means enabling reception and formatting of AFDX data from the AFDX network in a format that can be used by the models, - at least one commercially available Ethernet switch (42, 43) linked to the simulation means through an Ethernet link and adapted to connect to the AFDX network through at least one AFDX link. - simulation means for simulating at least one item of equipment to simulate comprising software sub-sets consisting of functions of the items of equipment to simulate, named models (M1,..., M4), these means including: • formatting means for formatting simulation data to obtain an Ethernet frame and AFDX frame and frame sequencer means for sequencing AFDX data frames to the AFDX network according to these simulation data formatting means, • deformatting means enabling reception and formatting of AFDX data from the AFDX network in a format that can be used by the models, • formatting means for formatting simulation data to obtain an Ethernet frame and AFDX frame and frame sequencer means for sequencing AFDX data frames to the AFDX network according to these simulation data formatting means, • deformatting means enabling reception and formatting of AFDX data from the AFDX network in a format that can be used by the models, - at least one commercially available Ethernet switch (42, 43) linked to the simulation means through an Ethernet link and adapted to connect to the AFDX network through at least one AFDX link.
A gluing method of applying glue to a gluing area in a gluing margin (f) of a joint flap of a corrugated board sheet traveling on a box production line by a glue gun of a contact-type in a gluing process, the method comprising the steps of: applying pressure (P 1) on the glue gun by a first pressure device in a direction that compensates self-weight of the glue gun on the corrugated board sheet during the gluing process; the method being characterized in that it further comprises the steps of detecting a reaction force of the gluing margin (f) by a reaction-force sensor which is arranged in a transfer line of the corrugated board sheet on an upstream side of the glue gun in a traveling direction of the corrugated board sheet; and applying pressure (P 2) on the gluing margin (f) of the corrugated board sheet by a second pressure device arranged in a proximity of a gluing point at which the glue is applied during the gluing process, the pressure to be applied by the second pressure device being set in accordance with a detection value of the reaction-force sensor. applying pressure (P 1) on the glue gun by a first pressure device in a direction that compensates self-weight of the glue gun on the corrugated board sheet during the gluing process; the method being characterized in that it further comprises the steps of detecting a reaction force of the gluing margin (f) by a reaction-force sensor which is arranged in a transfer line of the corrugated board sheet on an upstream side of the glue gun in a traveling direction of the corrugated board sheet; and applying pressure (P 2) on the gluing margin (f) of the corrugated board sheet by a second pressure device arranged in a proximity of a gluing point at which the glue is applied during the gluing process, the pressure to be applied by the second pressure device being set in accordance with a detection value of the reaction-force sensor.
A method for optically encoding individual discrete volumes comprising: associating optically encoded particles with a nucleic acid primer, wherein each distinct type of particle is associated with one or more unique nucleic acid primer; and randomly distributing the optically encoded particles to individual discrete volumes, wherein the observable pattern of discrete optically encoded particles in each discrete volume allows the independent identification of each discrete volume. associating optically encoded particles with a nucleic acid primer, wherein each distinct type of particle is associated with one or more unique nucleic acid primer; and randomly distributing the optically encoded particles to individual discrete volumes, wherein the observable pattern of discrete optically encoded particles in each discrete volume allows the independent identification of each discrete volume.
A leak detector comprising a main device having a vacuum pump device (13; 53) through which gas is taken in, and a first sensor for detecting at least one gas component in the gas taken in, the first sensor being a saturable gas-selective sensor type, and comprising a sniffer probe connected to the main device, characterized in that a second sensor of the thermal conductivity sensor type is provided at the sniffer probe or in the main device at a site of high total pressure to detect the thermal conductivity of the gas taken in, and that means are provided for switching the first sensor to a blind mode when the first and/or the second sensor detect a concentration of the gas component above a limit value, to thereby prevent the first sensor from becoming saturated or from exceeding a contamination limit, the first sensor covering the range of low concentrations of the gas component and the second sensor covering the range of high concentrations at which the first sensor is no longer functional. a vacuum pump device (13; 53) through which gas is taken in, and a first sensor for detecting at least one gas component in the gas taken in, the first sensor being a saturable gas-selective sensor type, and comprising