mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus that reproduces data recorded onto a recording medium, the apparatus comprising: circuitry configured to superimpose a main content image and a sub-content image recorded onto a recording medium, wherein, when a color space of the main content image corresponds to BT.709 format, the circuitry determines to convert color spaces of the sub-content image and the main content image into a same color space, wherein the BT.709 format is specified in the ITU-R BT.709 standard, and wherein, when the color space of the main content image corresponds to BT.2020 format, the circuitry determines to not convert the color space of the sub-content image into BT.2020 format, or no color space conversion is applied to the color space of the sub-content image, wherein the BT.2020 format is specified in the ITU-R BT.2020 standard, wherein the circuitry is further configured to convert a dynamic range of the image recorded onto the recording medium, wherein, when a dynamic range of the main content image corresponds to high dynamic range, the circuitry determines to not convert a dynamic range of the sub-content image into HDR, wherein an HDR image is set to be capable of outputting colors of a color space of the BT.2020 format. circuitry configured to superimpose a main content image and a sub-content image recorded onto a recording medium, wherein, when a color space of the main content image corresponds to BT.709 format, the circuitry determines to convert color spaces of the sub-content image and the main content image into a same color space, wherein the BT.709 format is specified in the ITU-R BT.709 standard, and wherein the circuitry is further configured to convert a dynamic range of the image recorded onto the recording medium, wherein, when a dynamic range of the main content image corresponds to high dynamic range, the circuitry determines to not convert a dynamic range of the sub-content image into HDR, wherein an HDR image is set to be capable of outputting colors of a color space of the BT.2020 format.
Modular filter system for cleaning of gaseous fluid, in particular air, comprising at least one housing module with at least one support in which at least one filter element is arranged and at least one duct for the gaseous fluid on the clean side of the at least one filter element, wherein at least one housing module has at least two identical housing frame parts, and said at least two housing frame parts each comprise at least one duct section, wherein the at least one duct section is suitable for realizing at least one duct or duct part, wherein at least one housing frame part is applied in the housing module such, that its at least one support section forms the at least one support and wherein at least one housing frame part is applied in the housing module such, that its at least one duct section is part of or forms the at least one duct, wherein each housing frame part is a half shell with a rectangular shape and a U-shaped profile, comprising two side sections which realize the legs of the U-shape and which are connected on one side with a center section, wherein the duct section is formed by the side sections and the center section, wherein each housing frame part comprises at least one support section for realizing a support for the filter element, the support section comprising an opening in the center section.
An apparatus characterized by means for: determining a time difference between arrival at a device of a sound produced by a sound source and an electromagnetic signal reflected from a surface, of a body comprising the sound source, which vibrates when the sound is produced; and providing the time difference to enable determination of a fluid temperature based on the speed of sound through the fluid between the body and the device. determining a time difference between arrival at a device of a sound produced by a sound source and an electromagnetic signal reflected from a surface, of a body comprising the sound source, which vibrates when the sound is produced; and providing the time difference to enable determination of a fluid temperature based on the speed of sound through the fluid between the body and the device.
A method of a marking head of a laser system, comprising: receiving one or more input signals from a controller of the laser system coupled to the marking head through at least one interface cable, wherein the controller generates the one or more input signals based on input data received from a data processing device communicatively coupled to the controller; adjusting a first mirror through a first galvanometer scanner, a second mirror through a second galvanometer scanner, a third mirror through a third galvanometer scanner, and a fourth mirror through a fourth galvanometer scanner based on the one or more input signals; steering, through the first mirror and the second mirror, a first laser beam generated by the controller and transmitted to the marking head through a beam delivery vessel; and steering, through the third mirror and the fourth mirror, a second laser beam generated by the controller and transmitted to the marking head through another beam delivery vessel, wherein the first laser beam is focused through a first scan lens and wherein the second laser beam is focused through a second scan lens, and wherein the first galvanometer scanner, the second galvanometer scanner, the third galvanometer scanner, and the fourth galvanometer scanner are, in a first mode, configured by the one or more input signals to steer the first laser beam and the second laser beam such that the first laser beam and the second laser beam converge at a convergence point on a marking surface to mark the marking surface. receiving one or more input signals from a controller of the laser system coupled to the marking head through at least one interface cable, wherein the controller generates the one or more input signals based on input data received from a data processing device communicatively coupled to the controller; adjusting a first mirror through a first galvanometer scanner, a second mirror through a second galvanometer scanner, a third mirror through a third galvanometer scanner, and a fourth mirror through a fourth galvanometer scanner based on the one or more input signals; steering, through the first mirror and the second mirror, a first laser beam generated by the controller and transmitted to the marking head through a beam delivery vessel; and steering, through the third mirror and the fourth mirror, a second laser beam generated by the controller and transmitted to the marking head through another beam delivery vessel,
Abase station, comprising: a sending module, configured to send system information of the base station to user equipment, UE, at a first frequency band of the base station; a receiving module, configured to receive identifiers of coverage base stations that cover the UE and access capability information of the UE sent by the UE, wherein the access capability is used to indicate a second frequency band that the UE is allowed to access; a determining module, configured to determine, from the coverage base stations and according to the second frequency band, one or more target base stations whose frequencies are located in the second frequency band; the sending module, configured to send system information of the one or more target base stations to the UE. a sending module, configured to send system information of the base station to user equipment, UE, at a first frequency band of the base station; a receiving module, configured to receive identifiers of coverage base stations that cover the UE and access capability information of the UE sent by the UE, wherein the access capability is used to indicate a second frequency band that the UE is allowed to access; a determining module, configured to determine, from the coverage base stations and according to the second frequency band, one or more target base stations whose frequencies are located in the second frequency band; the sending module, configured to send system information of the one or more target base stations to the UE.
Process for dyeing keratin fibres in which a mixture is applied to the said fibres, this mixture being obtained from: • a dye composition comprising at least one oxidation dye precursor, and • an oxidizing composition comprising at least one chemical oxidizing agent, • at least one of the compositions being dispensed from a pressurized container, • the mixture of the two compositions comprising: (i) at least one C 8 -C 30 fatty alcohol that is liquid at room temperature and at atmospheric pressure, (ii) at least one amphoteric or zwitterionic surfactant, (iii) at least a compound chosen from: non ionic surfactant comprising a lipophilic part comprising a saturated or unsaturated, linear or branched C 16 or C 18 hydrocarbon-based chain and a hydrophilic part comprising at least 20 mol of ethylene oxide, unsaturated C 8 -C 40 fatty acid, in acid or salified form, and mixture thereof. • a dye composition comprising at least one oxidation dye precursor, and • an oxidizing composition comprising at least one chemical oxidizing agent, • at least one of the compositions being dispensed from a pressurized container, • the mixture of the two compositions comprising: (i) at least one C 8 -C 30 fatty alcohol that is liquid at room temperature and at atmospheric pressure, (ii) at least one amphoteric or zwitterionic surfactant, (iii) at least a compound chosen from: non ionic surfactant comprising a lipophilic part comprising a saturated or unsaturated, linear or branched C 16 or C 18 hydrocarbon-based chain and a hydrophilic part comprising at least 20 mol of ethylene oxide, unsaturated C 8 -C 40 fatty acid, in acid or salified form, and mixture thereof. (i) at least one C 8 -C 30 fatty alcohol that is liquid at room temperature and at atmospheric pressure, (ii) at least one amphoteric or zwitterionic surfactant, (iii) at least a compound chosen from: non ionic surfactant comprising a lipophilic part comprising a saturated or unsaturated, linear or branched C 16 or C 18 hydrocarbon-based chain and a hydrophilic part comprising at least 20 mol of ethylene oxide, unsaturated C 8 -C 40 fatty acid, in acid or salified form, and mixture thereof. non ionic surfactant comprising a lipophilic part comprising a saturated or unsaturated, linear or branched C 16 or C 18 hydrocarbon-based chain and a hydrophilic part comprising at least 20 mol of ethylene oxide, unsaturated C 8 -C 40 fatty acid, in acid or salified form, and mixture thereof.
An oil gutter configured to introduce lubricating oil which has been scooped up by a rotation member, and supply the introduced lubricating oil to a first lubrication-requiring member and a second lubrication-requiring member (CG') which is disposed at a position farther than the first lubrication-requiring member with respect to the rotation member, the oil gutter comprising: an introduction section configured to introduce the lubricating oil which has been scooped up by the rotation member; a flow channel-forming section forming a flow channel (20a, 20b), and configured to allow the lubricating oil which has been introduced to the introduction section to flow in the flow channel; and first and second supply sections (28, 20c) provided in the flow channel-forming section at respective positions corresponding to the first and second lubrication-requiring members, and configured to supply the lubricating oil flowing in the flow channel-forming section to the first and second lubrication-requiring members, characterized by a re-supply member (26, 30, 52, 54, 354) configured to re-introduce at least a portion of the lubricating oil which has been supplied from the first supply section to the first lubrication-requiring member and has been splashed by the first lubrication-requiring member, and re-supply the re-introduced lubricating oil to the second lubrication-requiring member. an introduction section configured to introduce the lubricating oil which has been scooped up by the rotation member; a flow channel-forming section forming a flow channel (20a, 20b), and configured to allow the lubricating oil which has been introduced to the introduction section to flow in the flow channel; and first and second supply sections (28, 20c) provided in the flow channel-forming section at respective positions corresponding to the first and second lubrication-requiring members, and configured to supply the lubricating oil flowing in the flow channel-forming section to the first and second lubrication-requiring members, characterized by a re-supply member (26, 30, 52, 54, 354) configured to re-introduce at least a portion of the lubricating oil which has been supplied from the first supply section to the first lubrication-requiring member and has been splashed by the first lubrication-requiring member, and re-supply the re-introduced lubricating oil to the second lubrication-requiring member.
A learning continuous process for producing polyurethane prepolymers, comprising reaction of a) di- or polyisocyanates with b) compounds having isocyanate-reactive hydrogen atoms, optionally in the presence of c) catalysts, additives, auxiliary and/or added substances in a residence time reactor with plug flow, wherein the value of at least one physical property of the product leaving the residence time reactor is periodically or continuously checked and in the event of a deviation from a predetermined target value the temperature and/or the flow rate of the reactants entering the residence time reactor and/or the flow rate through the residence time reactor and/or the temperature of the residence time reactor are adapted, wherein the process data and product data and optionally external data are sent to a data processing in which a data analysis is carried out and on the basis of the data analysis using optimization algorithms for parameter adaptation new optimized parameters are calculated which are then used to control the process. a) di- or polyisocyanates with b) compounds having isocyanate-reactive hydrogen atoms, optionally in the presence of c) catalysts, additives, auxiliary and/or added substances
A device for managing electrical consumption, comprising: - a plurality of connectors capable of each receiving a link to an electrical current line and suitable for forming input connectors and output connectors, - a processing circuit (6, 8) for managing the electrical consumption on the electrical current lines, to which it is connected, linked to at least one of the input connectors and to at least one of the output connectors, and comprising a printed circuit which receives electronic components, - a box being able to be installed in a low-voltage electrical distribution board, exhibiting two opposite ends (15, 17) and at least one opening (14, 16) along each end (15, 17), and housing on the one hand the plurality of connectors along said opposite ends (15, 17) of the box, and on the other hand the processing circuit (6, 8) between said opposite ends (15, 17), at least some of said openings (14, 16) remaining partially free when the connectors receive an electrical line, characterized in that the printed circuit of the processing circuit (6, 8) is disposed in the box so as to define a first separate space and a second separate space, the electronic components capable of conducting currents of at least 5A being received on the printed circuit so that they are housed in the first space with the plurality of connectors, substantially in proximity to one of said opposite ends of the box, the processing circuit comprising a measurement circuit designed to determine an instantaneous electrical consumption on one or more electrical lines linked to the output connectors and a control circuit designed to selectively interrupt the provision of current on one or more of the electrical lines linked to the output connectors, the printed circuit determining the first and second spaces being the printed circuit of the control circuit, and in which the printed circuit of the measurement circuit extends substantially orthogonally with respect to the printed circuit of the control circuit, so that the power conductors liable to liberate the most heat of the measurement circuit and of the control circuit are housed in the first space. - a plurality of connectors capable of each receiving a link to an electrical current line and suitable for forming input connectors and output connectors, - a processing circuit (6, 8) for managing the electrical consumption on the electrical current lines, to which it is connected, linked to at least one of the input connectors and to at least one of the output connectors, and comprising a printed circuit which receives electronic components, - a box being able to be installed in a low-voltage electrical distribution board, exhibiting two opposite ends (15, 17) and at least one opening (14, 16) along each end (15, 17), and housing on the one hand the plurality of connectors along said opposite ends (15, 17) of the box, and on the other hand the processing circuit (6, 8) between said opposite ends (15, 17), at least some of said openings (14, 16) remaining partially free when the connectors receive an electrical line,
Training device for simulating rowing training comprising a guide arranged on a frame, - a sliding seat which can be moved linearly back and forth on the guide, - a footrest, which is arranged in the region of one end of the guide, - two independently rotatable handles (7a, 7b), which are each rotatably mounted on a rowlock shaft (3a, 3b), wherein the rowlock shafts (3a, 3b) are arranged respectively relative to the guide on one side of the guide at a distance, in particular normal to the direction of rotation of the guide and/or the contact surface of the frame, and - a drive mechanism to which each rowlock shaft (3a, 3b) is connected in a power-transmitting manner, wherein the drive mechanism has a transmission and a braking device, wherein the drive mechanism is configured such that when force is applied to the handles (7a, 7b) power can be transferred via the drive mechanism to the braking device, wherein the drive mechanism has at least one freewheel, wherein the freewheel is arranged between the rowlock shafts (3a, 3b) and the braking device such that the handles (7a, 7b) can be pivoted independently of one another about the respective rowlock shaft (3a, 3b) and on actuating the handles (7a, 7b) power can be discharged to the braking device in a first direction about the axis of the respective rowlock shafts (3a, 3b) and on actuating the handles (7a, 7b) in a second direction opposite the first direction about the axis of the respective rowlock shafts (3a, 3b) the handles (7a, 7b) can be returned without power being supplied to or discharged from the braking device, characterised in that a lever (12a, 12b) is arranged respectively on the rowlock shaft, in particular at the end of the rowlock shaft (3a, 3b) opposite the handles (7a, 7b), which lever can be pivoted with the handles (7a, 7b) about the axis of the respective rowlock shaft (3a, 3b), wherein a pulling element, in particular a pull rod (13a, 13b) is arranged on each lever (12a, 12b) with which the rotational movement of the handles (7a, 7b) can be transmitted to the drive mechanism, and a drawbar (18a, 18b) is arranged respectively at the end of the respective pulling element opposite the rowlock shaft (3a, 3b), wherein power from the handles (7a, 7b) can be transmitted to the drive mechanism by means of the drawbars (18a, 18b). - a sliding seat which can be moved linearly back and forth on the guide, - a footrest, which is arranged in the region of one end of the guide, - two independently rotatable handles (7a, 7b), which are each rotatably mounted on a rowlock shaft (3a, 3b), wherein the rowlock shafts (3a, 3b) are arranged respectively relative to the guide on one side of the guide at a distance, in particular normal to the direction of rotation of the guide and/or the contact surface of the frame, and - a drive mechanism to which each rowlock shaft (3a, 3b) is connected in a power-transmitting manner,
A computer game controller stand, comprising: a frame, a controller support (15, 20), connected to the frame, said controller support being configured to support at least one computer game controller, such as a steering wheel module, a joystick module or a pedal module, and a chair connector (122, 132), configured for preventing horizontal relative movement between the frame and a chair, wherein the chair connector is adapted to allow the frame and the chair base to pivot relative each other about a vertical axis, wherein the chair connector is connectable to a chair base pivot caster mount, or the chair connector is connectable to a caster and comprises a caster cradle (16, 17, 18, 19), adapted for receiving a pivot caster of a caster chair, the frame comprises a cross member and a pair of longitudinal members (12, 13) extending generally rearwardly from the cross member, and the chair connectors are provided at a distal end of the respective longitudinal members, characterized in that the longitudinal members (12, 13) are pivotable in a horizontal plane relative to the cross member. a frame, a controller support (15, 20), connected to the frame, said controller support being configured to support at least one computer game controller, such as a steering wheel module, a joystick module or a pedal module, and a chair connector (122, 132), configured for preventing horizontal relative movement between the frame and a chair, wherein the chair connector is adapted to allow the frame and the chair base to pivot relative each other about a vertical axis, wherein the chair connector is connectable to a chair base pivot caster mount, or the chair connector is connectable to a caster and comprises a caster cradle (16, 17, 18, 19), adapted for receiving a pivot caster of a caster chair, the frame comprises a cross member and a pair of longitudinal members (12, 13) extending generally rearwardly from the cross member, and the chair connectors are provided at a distal end of the respective longitudinal members, characterized in that the longitudinal members (12, 13) are pivotable in a horizontal plane relative to the cross member.
Method for evaluating the sealing of a bipolar structure including a sheet-like substrate forming a current collector, as well as two electrodes (10, 12) in the form of films arranged on the opposite surfaces of the substrate, respectively, the method including the following steps: - placing the bipolar structure in a cavity so as to define first and second compartments (108a, 108b) therein, which are separated by said bipolar structure, the periphery of which is sealingly connected to the cavity; - circulating a fluid in the first compartment of the cavity toward the second compartment; - evaluating the sealing of the bipolar structure from a measurement of the difference in the pressure of the fluid in the first and second compartments. - placing the bipolar structure in a cavity so as to define first and second compartments (108a, 108b) therein, which are separated by said bipolar structure, the periphery of which is sealingly connected to the cavity; - circulating a fluid in the first compartment of the cavity toward the second compartment; - evaluating the sealing of the bipolar structure from a measurement of the difference in the pressure of the fluid in the first and second compartments.