mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for determining a cognitive reaction to a software application update, the method comprising: determining that a software application executing on a computing device has been modified into an updated software application; acquiring, via at least one sensor, sensor data associated with a user of the updated software application; detecting that a human-machine interface is displaying a graphical element associated with a feature, the feature being tagged for measurement; determining, based on the sensor data, at least a cognitive workload and an emotional state associated with a user interaction with the feature of the updated software application, wherein the emotional state comprises an emotional arousal level and an emotional valence level; correlating the emotional valence level with a time that the graphical element was displayed; if detecting that the emotional valence level is associated with a positive emotional state, in response, retaining the feature of the updated software application; and if detecting that the emotional valence level is associated with a negative emotional state, in response, replacing the feature of the updated software application with a previous version of the feature. determining that a software application executing on a computing device has been modified into an updated software application; acquiring, via at least one sensor, sensor data associated with a user of the updated software application; detecting that a human-machine interface is displaying a graphical element associated with a feature, the feature being tagged for measurement; determining, based on the sensor data, at least a cognitive workload and an emotional state associated with a user interaction with the feature of the updated software application, wherein the emotional state comprises an emotional arousal level and an emotional valence level; correlating the emotional valence level with a time that the graphical element was displayed; if detecting that the emotional valence level is associated with a positive emotional state, in response, retaining the feature of the updated software application; and if detecting that the emotional valence level is associated with a negative emotional state, in response, replacing the feature of the updated software application with a previous version of the feature.
Optical smoke alarm with a detector unit that works according to the scattered light principle, which comprises a light-emitting diode to irradiate particles to be detected and, for this, a spectrally sensitive photo sensor to detect the light scattered by the particles, - wherein the light-emitting diode comprises a first LED chip embodied as a surface emitter to emit a first light bundle with light in a first wavelength range of from 350 nm to 500 nm, - wherein the light-emitting diode comprises a second LED chip embodied as a surface emitter to emit a second light bundle with light in a second wavelength range of from 665 nm to 1000 nm, - wherein the two LED chips (3, 4) are arranged next to each other and - characterised in that the ratio of the optically active surface of the first LED chip to the optically active surface of the second LED chip is within a range of from 2 to 20. - wherein the light-emitting diode comprises a first LED chip embodied as a surface emitter to emit a first light bundle with light in a first wavelength range of from 350 nm to 500 nm, - wherein the light-emitting diode comprises a second LED chip embodied as a surface emitter to emit a second light bundle with light in a second wavelength range of from 665 nm to 1000 nm, - wherein the two LED chips (3, 4) are arranged next to each other and - characterised in that the ratio of the optically active surface of the first LED chip to the optically active surface of the second LED chip is within a range of from 2 to 20.
Domestic appliance having a housing and a panel fastened to a rim on a front face of the housing, which panel is elongated with respect to a longitudinal axis and delimited along said longitudinal axis on an end face corresponding to the rim, characterised in that the panel is fastened to the end face by at least one guide dome and at least one latching hook on the front face, wherein the guide dome is fitted into a corresponding first recess of a corresponding component in the front face and the latching hook is latched into a corresponding second recess of the component in the front face.
An apparatus (1700, 1800, 1900) for making a frozen dessert, the apparatus (1700, 1800, 1900) including: a chassis; a reservoir located within the chassis for receiving a liquid dessert mixture; a cooling module configured to cool the dessert mixture in the reservoir; a rotatable paddle located within the reservoir, the paddle configured to rotate about an axis within the reservoir; a drive motor configured to drive rotation of the paddle; a control module (1760, 1810, 1910) configured to control the drive motor to rotate the paddle; characterized in that the reservoir and the axis of rotation of the paddle are horizontally directed; the apparatus (1700, 1800, 1900) further includes a vertically-orientated lid (1720, 1820, 1920) that closes an opening of the reservoir, the lid (1720, 1820, 1920) defining an aperture for receiving the mixture; and the lid (1720, 1820, 1920) is configured to rotate with respect to a horizontal axis between a fill configuration, in which the aperture faces upwardly to receive the mixture, and a dispense configuration, in which the aperture faces downward to allow the frozen dessert to be dispensed. a chassis; a reservoir located within the chassis for receiving a liquid dessert mixture; a cooling module configured to cool the dessert mixture in the reservoir; a rotatable paddle located within the reservoir, the paddle configured to rotate about an axis within the reservoir; a drive motor configured to drive rotation of the paddle; a control module (1760, 1810, 1910) configured to control the drive motor to rotate the paddle; characterized in that the reservoir and the axis of rotation of the paddle are horizontally directed; the apparatus (1700, 1800, 1900) further includes a vertically-orientated lid (1720, 1820, 1920) that closes an opening of the reservoir, the lid (1720, 1820, 1920) defining an aperture for receiving the mixture; and the lid (1720, 1820, 1920) is configured to rotate with respect to a horizontal axis between a fill configuration, in which the aperture faces upwardly to receive the mixture, and a dispense configuration, in which the aperture faces downward to allow the frozen dessert to be dispensed.
A machine for the tobacco processing industry for loading a cigarette rod machine, wherein the machine comprises a reservoir for film-like flat reconditioned tobacco material as an input device for tobacco material to be processed, wherein a shredding device is further comprised, which is arranged downstream of the reservoir and is designed to process reconditioned tobacco material provided by the input device in a shredding process into small pieces of tobacco, and wherein the machine further comprises a conveying device which is arranged downstream of the shredding device and is designed to convey the small pieces of tobacco to a suction rod conveyor of the cigarette rod machine, characterized in that the conveying device comprises a feed channel which is free of internal fittings, and along which the small pieces of tobacco can be conveyed to the suction rod conveyor of the cigarette rod machine, wherein the machine is designed to load the cigarette rod machine exclusively with small pieces of tobacco manufactured from the reconditioned tobacco material.
A hybrid electric vehicle comprising: an engine and at least one electric propulsion motor, the vehicle being operable in a HEV mode in which the engine may be switched on automatically during a drive-cycle by control means and an electric vehicle -only mode in which engine starting is inhibited during a drive-cycle, the vehicle being operable in one of a plurality of attribute modes in which one or more operating parameters of the vehicle are changed by the control means responsive to the identity of the selected attribute mode, the attribute modes including a first attribute mode and a second or further attribute mode comprising at least one terrain response mode, wherein when in the HEV mode and the first attribute mode is selected, selection of the EV-only mode by the driver results in assumption of the EV-only mode and continued operation in the first attribute mode, and when in the HEV mode and a terrain response mode has been selected, selection of the EV-only mode by the driver results in assumption of the EV-only mode, automatic de-selection by the control means of the terrain response mode and assumption of the first attribute mode an engine and at least one electric propulsion motor, the vehicle being operable in a HEV mode in which the engine may be switched on automatically during a drive-cycle by control means and an electric vehicle -only mode in which engine starting is inhibited during a drive-cycle, the vehicle being operable in one of a plurality of attribute modes in which one or more operating parameters of the vehicle are changed by the control means responsive to the identity of the selected attribute mode, the attribute modes including a first attribute mode and a second or further attribute mode comprising at least one terrain response mode, wherein when in the HEV mode and the first attribute mode is selected, selection of the EV-only mode by the driver results in assumption of the EV-only mode and continued operation in the first attribute mode, and when in the HEV mode and a terrain response mode has been selected, selection of the EV-only mode by the driver results in assumption of the EV-only mode, automatic de-selection by the control means of the terrain response mode and assumption of the first attribute mode
Device for metering a liquid, in particular a pharmaceutical, comprising at least one cylinder housing having at least two connections (11, 13), comprising at least one rotary valve which is arranged in the cylinder housing so that it can rotate about an axis, comprising at least one piston which is arranged so that it is axially movable in the cylinder housing, characterized in that in order to improve the venting of the device, at least one of the connections (11, 13), preferably both, is arranged so as to be inclined by an angle which is different to zero in the range between 40° and 65° with respect to the perpendicular to the axis of the rotary valve.
A closure or interconnect system, comprising: a housing, a cable, and a dry silicone gel made by a method comprising reacting: a crosslinker having thiol groups, and a base polymer having a vinyl-silicone group, wherein the crosslinker and base polymer are combined in the presence of an initiator by a thiol-ene chemistry reaction mechanism. a housing, a cable, and a dry silicone gel made by a method comprising reacting: a crosslinker having thiol groups, and a base polymer having a vinyl-silicone group, a crosslinker having thiol groups, and a base polymer having a vinyl-silicone group, wherein the crosslinker and base polymer are combined in the presence of an initiator by a thiol-ene chemistry reaction mechanism.
Handpiece for spraying on a fluid jet with a handpiece casing in which a nozzle element for forming the jet geometry of the fluid jet is accommodated wherein said nozzle element is fixedly connected to an integrally formed nozzle holder and is fixed relative to said handpiece casing, characterized in that said nozzle holder is formed from plastic material and is connected to said nozzle element by way of overmolding and sealingly abuts against the outer circumferential surface of said nozzle element.
A retaining device (16, 116) comprising a support for supporting at least one flexible elongate arrangement (12, 14) and engaging means (44, 46, 144, 146) on the support for engaging the flexible elongate arrangement (12, 14), and thereby retain the flexible elongate arrangement (12, 14) in a desired position relative to the retaining device (16, 116), characterised in that the engaging means (44, 46, 144, 146) is deformable to allow said movement of the flexible elongate arrangement (12, 14) through the support.
Process for producing a printing form, in which - a covering layer is applied, using an immersion-coating process, onto a first radiation-sensitive photoresist layer which is arranged on a screen and which is composed of a curable resist, wherein the covering layer comprises fine light-absorbing or light-reflecting particles suspended in gelatin or polyvinyl alcohol, - the applied covering layer, after a drying step, being structured in accordance with a pattern, wherein, for the structuring of the covering layer, parts of the covering layer which must be removed owing to the pattern are removed directly using laser radiation in order to form an irradiation mask, and - the first radiation-sensitive photoresist layer is irradiated and is developed by flushing with water. - a covering layer is applied, using an immersion-coating process, onto a first radiation-sensitive photoresist layer which is arranged on a screen and which is composed of a curable resist, wherein the covering layer comprises fine light-absorbing or light-reflecting particles suspended in gelatin or polyvinyl alcohol, - the applied covering layer, after a drying step, being structured in accordance with a pattern, wherein, for the structuring of the covering layer, parts of the covering layer which must be removed owing to the pattern are removed directly using laser radiation in order to form an irradiation mask, and - the first radiation-sensitive photoresist layer is irradiated and is developed by flushing with water.
Rotary tool mandrel for a conversion unit for modifying a flat substrate, on which a sleeve is intended to be received thereon, the rotary tool mandrel comprising: - a cylindrical core, - a peripheral wall capable of taking a rest position and a blocking position by exerting a radial pressure on the sleeve to block it in position on the mandrel, and - a pressure fluid circuit, arranged between the peripheral wall and the cylindrical core to exert the radial pressure on the sleeve, - a cooling fluid circuit, to allow a circulation of a fluid at the level of the cylindrical core, and to cool the mandrel, characterised in that - the pressure fluid circuit and the cooling fluid circuit are connected together, the pressure fluid circuit comprising two ports for connecting (22, 23) to the cooling fluid circuit to allow a circulation of a fluid in the pressure fluid circuit for the cooling of the mandrel. - a cylindrical core, - a peripheral wall capable of taking a rest position and a blocking position by exerting a radial pressure on the sleeve to block it in position on the mandrel, and - a pressure fluid circuit, arranged between the peripheral wall and the cylindrical core to exert the radial pressure on the sleeve, - a cooling fluid circuit, to allow a circulation of a fluid at the level of the cylindrical core, and to cool the mandrel, - the pressure fluid circuit and the cooling fluid circuit are connected together, the pressure fluid circuit comprising two ports for connecting (22, 23) to the cooling fluid circuit to allow a circulation of a fluid in the pressure fluid circuit for the cooling of the mandrel.
A plasma generator, comprising: a first block having a reaction chamber, a pair of electrodes inserted into the reaction chamber for converting a process gas into plasma in the reaction chamber, and a nozzle for ejecting the gas, converted to plasma in the reaction chamber, toward a process target, wherein the reaction chamber is divided into a pair of first insertion portions, for inserting the pair of electrodes, and a first connecting segment that connects the first insertion portions and is narrower than the pair of first insertion portions, characterized in that junctures of each of the pair of first insertion portions with the first connecting segment are smooth surfaces. a first block having a reaction chamber, a pair of electrodes inserted into the reaction chamber for converting a process gas into plasma in the reaction chamber, and a nozzle for ejecting the gas, converted to plasma in the reaction chamber, toward a process target, wherein the reaction chamber is divided into a pair of first insertion portions, for inserting the pair of electrodes, and a first connecting segment that connects the first insertion portions and is narrower than the pair of first insertion portions,
Lithium-ion battery, in particular for a vehicle, comprising a plurality of cells arranged in parallel strands, wherein each strand comprises a plurality of cells connected in series, and an overcurrent protection device comprising fuses, characterised in that the lithium-ion battery (8, 17, 19) comprises cross-branches in which fuses which blow in the event of overcurrent are arranged, the cross-branches being connected transversely to the parallel strands and interconnecting cells of the same voltage level, wherein the lithium-ion battery comprises at least one busbar to which the fuses of a cross-branch are connected.
Fire extinguishing system comprising: a pressurized detection conduit (15;115), an extinguishing line (8; 108) separate from the detection conduit (15; 115), and a control module (5; 105) adapted for sensing a pressure drop in the detection conduit (15; 115) and for opening supply of extinguishing medium from a storage (3; 103) to the extinguishing line (8; 108), characterized in, the detection conduit (15; 115) being gas-permeable and filled with a detection liquid, and the fire extinguishing system further comprising a liquid-gas interface (17; 117) fluidly connecting the detection conduit (15; 115) to a pressurized gas source (13; 103, 106), wherein the liquid-gas interface (17; 117) comprises an interface container (23; 123) defining a gas space (31; 131) which communicates with the pressurized gas source (13; 106) and a liquid space (33; 133) which communicates with the detection conduit (15; 115). a pressurized detection conduit (15;115), an extinguishing line (8; 108) separate from the detection conduit (15; 115), and a control module (5; 105) adapted for sensing a pressure drop in the detection conduit (15; 115) and for opening supply of extinguishing medium from a storage (3; 103) to the extinguishing line (8; 108), characterized in, the detection conduit (15; 115) being gas-permeable and filled with a detection liquid, and the fire extinguishing system further comprising a liquid-gas interface (17; 117) fluidly connecting the detection conduit (15; 115) to a pressurized gas source (13; 103, 106), wherein the liquid-gas interface (17; 117) comprises an interface container (23; 123) defining a gas space (31; 131) which communicates with the pressurized gas source (13; 106) and a liquid space (33; 133) which communicates with the detection conduit (15; 115).
Planar implant (10; 20) for sealing liquid and/or air leaks in the human and/or animal body, wherein the implant (10; 20) has a surface (12; 22) with predetermined bending locations in the form of depressions (14; 24), and wherein the implant (10; 20) is composed of at least one protein characterized in that the implant (10; 20) is compacted in the area of the depressions (14; 24) and the depressions (14; 24) are formed in a lattice shape or net shape on the surface (12; 22) of the implant (10; 20).
A separator (20, 30, 40) for a fuel cell, the separator being configured to contact a power generation portion of the fuel cell, the separator comprising: protrusions (31, 41) that extend in parallel and are spaced apart from each other, the protrusions being configured to contact the power generation portion; and a gas passage (32, 42) that extends between two adjacent ones of the protrusions along the protrusions, the gas passage being configured to allow reactant gas to flow through the gas passage, wherein a downstream side in a flow direction of the reactant gas flowing through the gas passage is referred to as a downstream side, the gas passage includes at least one rib that protrudes toward the power generation portion and extends in an extending direction of the gas passage, a downstream end of the rib includes a gradually-changing portion that gradually becomes farther from the power generation portion toward the downstream side, and the at least one rib includes ribs that are arranged in parallel and spaced apart from each other in an arrangement direction of the protrusions. protrusions (31, 41) that extend in parallel and are spaced apart from each other, the protrusions being configured to contact the power generation portion; and a gas passage (32, 42) that extends between two adjacent ones of the protrusions along the protrusions, the gas passage being configured to allow reactant gas to flow through the gas passage, wherein a downstream side in a flow direction of the reactant gas flowing through the gas passage is referred to as a downstream side, the gas passage includes at least one rib that protrudes toward the power generation portion and extends in an extending direction of the gas passage, a downstream end of the rib includes a gradually-changing portion that gradually becomes farther from the power generation portion toward the downstream side, and the at least one rib includes ribs that are arranged in parallel and spaced apart from each other in an arrangement direction of the protrusions.
An object detection device comprising: a data extraction unit to set image data obtained by photographing a detection target region with a photographing device, as target data, and to extract, out of the target data, image data of an enlarging region, as partial data; a size modification unit to size-modify each of the target data and the partial data which are extracted by the data extraction unit, to a request size requested by an object detection model being a model that detects an object from image data; and an object detection unit to input each of the target data and the partial data which are size-modified by the size modification unit, to the object detection model, and to detect a target object from each of the target data and the partial data. a data extraction unit to set image data obtained by photographing a detection target region with a photographing device, as target data, and to extract, out of the target data, image data of an enlarging region, as partial data; a size modification unit to size-modify each of the target data and the partial data which are extracted by the data extraction unit, to a request size requested by an object detection model being a model that detects an object from image data; and an object detection unit to input each of the target data and the partial data which are size-modified by the size modification unit, to the object detection model, and to detect a target object from each of the target data and the partial data.