mhurhangee/ep-ind-claims huggingface dataset:
Modular portable device for viewing, signalling and lighting, comprising - a casing suitable for realizing either a container body or a grip or attachment element of the modular portable device, - at least one viewing device suitable to reflect an image of the surrounding environment to the modular portable device, - at least one signalling device suitable to emit a beam of light to signal the presence of the modular portable device and/or of the user or vehicle supporting said modular portable device, - wherein said viewing and signalling devices (12, 20) are mechanically separable from one another and mechanically associable and removable to/from said casing independently of each other, wherein the portable device comprises at least one lighting device, suitable to emit a beam of light to illuminate a surrounding environment, characterized in that the viewing and signalling devices comprise removable attachment means of the viewing and signalling devices (12, 20) to the casing compatible with each other, so that the viewing and signalling devices (12, 20) are interchangeable with each other, wherein the lighting device comprises removable attachment means of the viewing, signalling and lighting devices (12, 20, 16) to the casing compatible with each other, so that the viewing, signalling and lighting devices (12, 20, 16) are interchangeable with each other. - a casing suitable for realizing either a container body or a grip or attachment element of the modular portable device, - at least one viewing device suitable to reflect an image of the surrounding environment to the modular portable device, - at least one signalling device suitable to emit a beam of light to signal the presence of the modular portable device and/or of the user or vehicle supporting said modular portable device, - wherein said viewing and signalling devices (12, 20) are mechanically separable from one another and mechanically associable and removable to/from said casing independently of each other, wherein the portable device comprises at least one lighting device, suitable to emit a beam of light to illuminate a surrounding environment, characterized in that the viewing and signalling devices comprise removable attachment means of the viewing and signalling devices (12, 20) to the casing compatible with each other, so that the viewing and signalling devices (12, 20) are interchangeable with each other, wherein the lighting device comprises removable attachment means of the viewing, signalling and lighting devices (12, 20, 16) to the casing compatible with each other, so that the viewing, signalling and lighting devices (12, 20, 16) are interchangeable with each other.
A water-resistant watch case, in particular for a diving watch, the case comprising a middle part, at least one back mounted on a lower side of the middle part, and a crystal and a gasket (5, 5') for mounting the crystal on an upper side of the middle part, in which the back comprises an annular bearing surface for coming into contact with an inner annular surface of the middle part of a shape complementary to the bearing surface when mounting the back on the middle part, in which the annular bearing surface and the inner annular surface are inclined towards the inside of the watch case at a determined angle less than 90° relative to a central axis perpendicular to a plane of the watch case so as to distribute stresses between the back and the middle part due to the water pressure during a diving, and in which the crystal comprises an annular peripheral surface of a conical shape arranged to be mounted by means of at least one first portion of said gasket on an inner annular surface of a shape complementary to the upper side of the middle part, the annular peripheral surface of the crystal being inclined towards the inside of the watch case at a defined angle less than 90° relative to a surface plane of the crystal and to a central axis perpendicular to a plane of the watch case, a second portion of the gasket being in contact between an inner annular wall of cylindrical shape of the middle part above the inner annular surface and an outer annular wall of cylindrical shape of the crystal above the annular peripheral surface so as to distribute stresses between the crystal and the middle part due to the water pressure during a dive. in which the back comprises an annular bearing surface for coming into contact with an inner annular surface of the middle part of a shape complementary to the bearing surface when mounting the back on the middle part, in which the annular bearing surface and the inner annular surface are inclined towards the inside of the watch case at a determined angle less than 90° relative to a central axis perpendicular to a plane of the watch case so as to distribute stresses between the back and the middle part due to the water pressure during a diving, and in which the crystal comprises an annular peripheral surface of a conical shape arranged to be mounted by means of at least one first portion of said gasket on an inner annular surface of a shape complementary to the upper side of the middle part, the annular peripheral surface of the crystal being inclined towards the inside of the watch case at a defined angle less than 90° relative to a surface plane of the crystal and to a central axis perpendicular to a plane of the watch case, a second portion of the gasket being in contact between an inner annular wall of cylindrical shape of the middle part above the inner annular surface and an outer annular wall of cylindrical shape of the crystal above the annular peripheral surface so as to distribute stresses between the crystal and the middle part due to the water pressure during a dive.
A pre-vaporization formulation for an e-vaping device, the pre-vaporization formulation comprising: a vapor former including at least one of propylene glycol and glycerol; nicotine; one or more acids in a concentration of between 0.1 percent and 5 percent; and an additive including at least one of carvacrol, thymol, monomenthyl succinate, N-(2-hydroxyethyl)-2,3-dimethyl-2-isopropyl butanamide. a vapor former including at least one of propylene glycol and glycerol; nicotine; one or more acids in a concentration of between 0.1 percent and 5 percent; and an additive including at least one of carvacrol, thymol, monomenthyl succinate, N-(2-hydroxyethyl)-2,3-dimethyl-2-isopropyl butanamide.
A barbed medical device comprising: a multifilament elongate body having an outer surface; characterized in that: the barbed medical device further comprises a monofilament fragment having a first portion positioned within the multifilament elongate body and a second portion extending beyond the outer surface of the multifilament elongate body. a multifilament elongate body having an outer surface; the barbed medical device further comprises a monofilament fragment having a first portion positioned within the multifilament elongate body and a second portion extending beyond the outer surface of the multifilament elongate body.
A terminal station device which is connected to terminal devices on a lower-level side and an upper-level device on an upper-level side, each of the terminal devices being connected to a respective lower-level device accommodating a plurality of user devices, the terminal station device comprising: an information extraction unit that extracts information on allocation of a bandwidth of uplink communication of each of the plurality of user devices from information notified by the upper-level device on the uplink communication of the plurality of user devices, the information extraction unit acquiring, from the upper-level device, a lower-level device identifier of each lower-level device connected to the upper-level device and user device identifiers of the plurality of user devices connected to each lower-level device; a processing unit that creates correspondence information Indicating a correspondence among the upper-level device, the terminal devices, each lower-level device, and the plurality of user devices, the correspondence information indicating which lower-level device connects each of the plurality of user devices; and a bandwidth allocation unit that allocates, for each of the terminal devices, a start time point of the uplink communication and an information amount of signals for which transmission of the uplink communication is allowed on a basis of the information on allocation of the bandwidth of the uplink communication of each of the plurality of user devices and the correspondence information. an information extraction unit that extracts information on allocation of a bandwidth of uplink communication of each of the plurality of user devices from information notified by the upper-level device on the uplink communication of the plurality of user devices, the information extraction unit acquiring, from the upper-level device, a lower-level device identifier of each lower-level device connected to the upper-level device and user device identifiers of the plurality of user devices connected to each lower-level device; a processing unit that creates correspondence information Indicating a correspondence among the upper-level device, the terminal devices, each lower-level device, and the plurality of user devices, the correspondence information indicating which lower-level device connects each of the plurality of user devices; and a bandwidth allocation unit that allocates, for each of the terminal devices, a start time point of the uplink communication and an information amount of signals for which transmission of the uplink communication is allowed on a basis of the information on allocation of the bandwidth of the uplink communication of each of the plurality of user devices and the correspondence information.
Method for coiling a rolled metal strip, in particular a steel strip, - wherein the metal strip by means of a drive roller unit is deflected from a first transportation direction (x) to a second transportation direction (y) and is fed to a coiler; - wherein the metal strip in the coiler is coiled so as to form a coil having a coil diameter; - wherein a plastic deformation of an end portion of the metal strip is caused such that the end portion in the uninfluenced state is curved at a curvature radius; - wherein the plastic deformation of the end portion is at least partially caused by an asymmetric impingement of the sides of the end portion with a cooling medium prior to and/or during the coiling of the end portion, characterized in that - the plastic deformation of the end portion is a length of the end portion that is larger than half the outermost coiling of the coil and smaller than the outermost coiling of the coil, and - the plastic deformation of the end portion is supported by means of a straightening unit (2+18) that is upstream of the coiler, wherein the straightening unit (2+18) consists of a combination of a bottom roller and of a top roller of the drive roller unit with the addition of a downholding roller that is upstream of the drive roller unit and is capable of being placed on the metal strip. - wherein the metal strip by means of a drive roller unit is deflected from a first transportation direction (x) to a second transportation direction (y) and is fed to a coiler; - wherein the metal strip in the coiler is coiled so as to form a coil having a coil diameter; - wherein a plastic deformation of an end portion of the metal strip is caused such that the end portion in the uninfluenced state is curved at a curvature radius; - wherein the plastic deformation of the end portion is at least partially caused by an asymmetric impingement of the sides of the end portion with a cooling medium prior to and/or during the coiling of the end portion, characterized in that - the plastic deformation of the end portion is a length of the end portion that is larger than half the outermost coiling of the coil and smaller than the outermost coiling of the coil, and - the plastic deformation of the end portion is supported by means of a straightening unit (2+18) that is upstream of the coiler, wherein the straightening unit (2+18) consists of a combination of a bottom roller and of a top roller of the drive roller unit with the addition of a downholding roller that is upstream of the drive roller unit and is capable of being placed on the metal strip.
A process comprising: (i) melt blending, in an extruder, (a) a polyolefin phase and (b) an aqueous phase in the presence of (c) at least one dispersant selected from the group consisting of an acrylic dispersant, a poloxamer dispersant, and combinations thereof; (ii) producing an interfacial tension from 0.1 dynes/cm to 25 dynes/cm; (iii) forming a polyolefin aqueous dispersion having from 5 wt% to 90 wt% solids content of dispersion; (iv) removing the water from the polyolefin aqueous dispersion to form a powder, the powder having a mean volume average particle size from 10 μm to 300 μm, a sphericity from 0.92 to 1.0, a particle size distribution from 1 to less than 2, and a particle density from 98% to 100%; wherein the interfacial tension, mean volume average particle size, particle size distribution and particle density are measured according to the description and the sphericity is calculated according to the description. (i) melt blending, in an extruder, (a) a polyolefin phase and (b) an aqueous phase in the presence of (c) at least one dispersant selected from the group consisting of an acrylic dispersant, a poloxamer dispersant, and combinations thereof; (ii) producing an interfacial tension from 0.1 dynes/cm to 25 dynes/cm; (iii) forming a polyolefin aqueous dispersion having from 5 wt% to 90 wt% solids content of dispersion; (iv) removing the water from the polyolefin aqueous dispersion to form a powder, the powder having a mean volume average particle size from 10 μm to 300 μm, a sphericity from 0.92 to 1.0, a particle size distribution from 1 to less than 2, and a particle density from 98% to 100%;
An electrocatalyst for reduction of CO 2 to produce multi-carbon compounds, characterized in that the electrocatalyst comprises a multi-metal material comprising a primary metal being copper and at least one enhancer metal being aluminium, so the electrocatalyst comprises a multi-metal Cu-Al material being formed as a catalytic layer and comprises a surface region having a thickness between 1 nm and 3 nm as determined by Auger electron spectroscopy and in that at least the surface region is nanoporous and comprises an Al content of 3 wt% to 30 wt% and a Cu content of 70 wt% to 97 wt%.
An audio signal modulation apparatus comprising: a delay unit comprising one or more delay devices (1041, 1042), each of said delay devices being configured to delay a transmission start timing of a frame corresponding to one unit of transmission data by a predetermined time period; and a modulated audio signal generation unit (105, 1021...1023, 1031...1033), configured to generate a modulated audio signal on the basis of the transmission data and the delayed transmission data by modulating a plurality of carrier waves, each carrier wave having a frequency band (F1, F2, F3) which is different from one another, and wherein the frequency band of the carrier wave of each of the delayed transmission data depends on the transmission start timing of the frame whose transmission start timing is delayed by the delay unit, respectively. a delay unit comprising one or more delay devices (1041, 1042), each of said delay devices being configured to delay a transmission start timing of a frame corresponding to one unit of transmission data by a predetermined time period; and a modulated audio signal generation unit (105, 1021...1023, 1031...1033), configured to generate a modulated audio signal on the basis of the transmission data and the delayed transmission data by modulating a plurality of carrier waves, each carrier wave having a frequency band (F1, F2, F3) which is different from one another, and wherein the frequency band of the carrier wave of each of the delayed transmission data depends on the transmission start timing of the frame whose transmission start timing is delayed by the delay unit, respectively.
An inflatable device for turning or positioning a person in a bed, the inflatable device comprising: an inflatable body formed by a top sheet and a bottom sheet disposed beneath the top sheet to define a cavity configured to be inflated such that the top sheet forms a top wall of the cavity and the bottom sheet forms a bottom wall of the cavity; at least one port having a port opening in fluid communication with the cavity and configured to provide an air input for air for inflating the cavity, wherein the at least one port comprises an elastic member for adjusting a size of the port opening. an inflatable body formed by a top sheet and a bottom sheet disposed beneath the top sheet to define a cavity configured to be inflated such that the top sheet forms a top wall of the cavity and the bottom sheet forms a bottom wall of the cavity; at least one port having a port opening in fluid communication with the cavity and configured to provide an air input for air for inflating the cavity, wherein the at least one port comprises an elastic member for adjusting a size of the port opening.
A gas turbine engine (10, 41) for an aircraft, the gas turbine engine comprising: a rotatable shaft defining a rotational axis, the rotatable shaft extending between a rearward end and a forward end of the gas turbine engine; a compressor drum surrounding, and coupled to, the shaft so as to define an annular gap therebetween; an intermediate case arranged axially rearward of the compressor drum and comprising a bearing support element extending into the annular gap; a rearward bearing mounted between the intermediate case and the shaft; a forward bearing that is forward of the rearward bearing, mounted between the bearing support element and the shaft, and proximate a forward end of the compressor drum such that the forward bearing is less than 50% of an axial length of the compressor drum from the forward end of the compressor drum; a fan assembly that is forward of the compressor drum, the fan assembly comprising a fan that has fan blades and is located forward of the compressor drum; a gearbox arranged to receive an input from the rotatable shaft and output drive to the fan so as to drive the fan at a lower rotational speed than rotatable shaft; wherein the rotatable shaft is a hollow shaft defining an elongate cavity, and a fan thrust shaft is located within the cavity of the rotatable shaft and is coaxial with the rotatable shaft, the fan thrust shaft being connected to the fan of the gas turbine engine. a rotatable shaft defining a rotational axis, the rotatable shaft extending between a rearward end and a forward end of the gas turbine engine; a compressor drum surrounding, and coupled to, the shaft so as to define an annular gap therebetween; an intermediate case arranged axially rearward of the compressor drum and comprising a bearing support element extending into the annular gap; a rearward bearing mounted between the intermediate case and the shaft; a forward bearing that is forward of the rearward bearing, mounted between the bearing support element and the shaft, and proximate a forward end of the compressor drum such that the forward bearing is less than 50% of an axial length of the compressor drum from the forward end of the compressor drum; a fan assembly that is forward of the compressor drum, the fan assembly comprising a fan that has fan blades and is located forward of the compressor drum; a gearbox arranged to receive an input from the rotatable shaft and output drive to the fan so as to drive the fan at a lower rotational speed than rotatable shaft; wherein the rotatable shaft is a hollow shaft defining an elongate cavity, and a fan thrust shaft is located within the cavity of the rotatable shaft and is coaxial with the rotatable shaft, the fan thrust shaft being connected to the fan of the gas turbine engine.
Method for (re)lining an object in which Light Emitting Diode curing of a curable resin composition is applied, which resin composition contains a photoinitiating system, characterized in that the highest wavelength at which an absorption maximum of the photoinitiating system occurs (λ max PIS) is at least 20 nm below, and at most 100 nm below, the wavelength at which the emission maximum of the LED occurs (λ LED).
Control system for an electrical installation, said installation comprising data sources (SDi) and a control device receiving control instructions; said system being characterised in that it comprises: - a plurality of aggregation components (CAi), each aggregation component having at least one input connection and one output connection as well as a data processing means configured to process the data received on the input connection; - a processing module connected to the aggregation components (CAi), the processing module being configured to provide, from the data coming from said aggregation components (CAi) control instructions to the control device of the electrical installation, said control instructions being established according to a physical model; said physical model being chosen according to the data sources (SDi) by the processing module, the aggregation components (CAi) being chosen and connected together and to the data sources (SDi) according to said physical model. - a plurality of aggregation components (CAi), each aggregation component having at least one input connection and one output connection as well as a data processing means configured to process the data received on the input connection; - a processing module connected to the aggregation components (CAi), the processing module being configured to provide, from the data coming from said aggregation components (CAi) control instructions to the control device of the electrical installation, said control instructions being established according to a physical model;