mhurhangee/ep-ind-claims huggingface dataset:
A system in a process control arrangement for preventing gas surge in an industrial compressor, wherein the system having a compressor, an electric motor, a three-phase electric power supply, a gas input and a gas output, wherein the compressor is driven by an electric motor powered by a three-phase electric power supply comprising: a system gas input supply line; a system gas output line; a low pressure input suction line connected between said gas input supply line and the input of the compressor; a gas discharge line connected between the output of the compressor and said gas output line; and bypass means connected between said gas discharge line and said low pressure input suction line for relieving excess pressure in said compressor gas discharge line; and characterized by: adjustable speed drive means powered by a three-phase electric power supply and connected between the electric motor and said bypass means for generating and storing in said ASD a two-dimensional compressor surge map, for determining the occurrence of a gas surge in said gas discharge line based on the surge map, for reacting to the detection of such a surge and for controlling the speed and power of the motor, said bypass means being actuated by said ASD; wherein the two-dimensional surge map is derived from power and speed of the electric motor. a system gas input supply line; a system gas output line; a low pressure input suction line connected between said gas input supply line and the input of the compressor; a gas discharge line connected between the output of the compressor and said gas output line; and bypass means connected between said gas discharge line and said low pressure input suction line for relieving excess pressure in said compressor gas discharge line; and characterized by: adjustable speed drive means powered by a three-phase electric power supply and connected between the electric motor and said bypass means for generating and storing in said ASD a two-dimensional compressor surge map, for determining the occurrence of a gas surge in said gas discharge line based on the surge map, for reacting to the detection of such a surge and for controlling the speed and power of the motor, said bypass means being actuated by said ASD; wherein the two-dimensional surge map is derived from power and speed of the electric motor. adjustable speed drive means powered by a three-phase electric power supply and connected between the electric motor and said bypass means for generating and storing in said ASD a two-dimensional compressor surge map, for determining the occurrence of a gas surge in said gas discharge line based on the surge map, for reacting to the detection of such a surge and for controlling the speed and power of the motor, said bypass means being actuated by said ASD; wherein the two-dimensional surge map is derived from power and speed of the electric motor.
A tobacco industry product container (4,5), comprising: a base portion defining a cavity; and a tray for receiving tobacco industry products, wherein the tray is linearly movable in the cavity in a first direction relative to the base portion from a first position, at which a part of the tray is at a first location in the cavity, to a second position, at which the part of the tray is at a second location in the cavity; wherein the tray is tiltable relative to the base portion when the tray is at the second position; wherein a limiter is provided for preventing linear movement of the tray in the first direction relative to the base portion beyond the second position; wherein the base portion defines an opening into the cavity from an exterior of the base portion, and wherein the container (4,5) comprises a lid for closing the opening. a base portion defining a cavity; and a tray for receiving tobacco industry products, wherein the tray is linearly movable in the cavity in a first direction relative to the base portion from a first position, at which a part of the tray is at a first location in the cavity, to a second position, at which the part of the tray is at a second location in the cavity; wherein the tray is tiltable relative to the base portion when the tray is at the second position; wherein a limiter is provided for preventing linear movement of the tray in the first direction relative to the base portion beyond the second position; wherein the base portion defines an opening into the cavity from an exterior of the base portion, and wherein the container (4,5) comprises a lid for closing the opening.
A processor-implemented method for processing an omnidirectional image, the method comprising: projecting an omnidirectional image into a two-dimensional, 2D, image; generating a packed 2D image from the 2D image by packing a plurality of regions that form the 2D image, wherein packing the plurality of regions comprises performing at least one of transforming, resizing and relocating at least one of the plurality of regions; generating encoded data by encoding the packed 2D image; and transmitting the encoded data, wherein the packed 2D image comprises a plurality of packed regions which correspond to the plurality of regions of the 2D image, respectively, and at least one additional padding region which is not rendered at the receiver side but is added instead of an empty region to at least one boundary of at least one packed region of the plurality of packed regions to improve rendering at the receiver side regarding blocking artifacts, when generating the packed 2D image by packing the plurality of regions, and wherein data of each of the at least one additional padding region is determined based on a value of one or more packed region adjacent to the corresponding additional padding region projecting an omnidirectional image into a two-dimensional, 2D, image; generating a packed 2D image from the 2D image by packing a plurality of regions that form the 2D image, wherein packing the plurality of regions comprises performing at least one of transforming, resizing and relocating at least one of the plurality of regions; generating encoded data by encoding the packed 2D image; and transmitting the encoded data, wherein the packed 2D image comprises a plurality of packed regions which correspond to the plurality of regions of the 2D image, respectively, and at least one additional padding region which is not rendered at the receiver side but is added instead of an empty region to at least one boundary of at least one packed region of the plurality of packed regions to improve rendering at the receiver side regarding blocking artifacts, when generating the packed 2D image by packing the plurality of regions, and wherein data of each of the at least one additional padding region is determined based on a value of one or more packed region adjacent to the corresponding additional padding region
A stabilized IgG4 antibody for use as a medicament, comprising a heavy chain and a light chain, wherein said heavy chain comprises a human IgG4 constant region having a substitution of the Arg residue at position 409 selected from the group consisting of: Lys, Thr, Met or Leu residue, wherein the antibody has reduced ability to induce Fab-arm exchange in vivo, and wherein the antibody does not comprise a Cys-Pro-Pro-Cys sequence in the hinge region wherein the amino acid numbering is according to EU index as outlined in Kabat et al.
System for disposing of contaminated/dangerous material or of at least a waste comprising: - a carriage which defines a containment compartment configured to receive said waste through a filling aperture of the carriage; wherein the carriage defines, downstream of the containment compartment and in communication therewith, at least one exit aperture of the waste, closed by a mobile carriage trap-door, and wherein said carriage comprises retention means of said trap-door in a closed configuration of the exit aperture; - at least one emptying station suitable to be engaged by said carriage comprising a collection chamber positioned under the carriage when the carriage engages said station, and which is configured to receive the waste coming out of the exit aperture, for example by gravity; the emptying station comprising release means acting on the retention means to reach an open configuration of the carriage trap-door; said system being characterized in that one or more roller means are fitted on the carriage trap-door for a movement of the carriage on wheels, said carriage trap-door defining at least a portion of an end wall of the carriage. - a carriage which defines a containment compartment configured to receive said waste through a filling aperture of the carriage; - at least one emptying station suitable to be engaged by said carriage comprising a collection chamber positioned under the carriage when the carriage engages said station, and which is configured to receive the waste coming out of the exit aperture, for example by gravity;
A vehicle steering knuckle, comprising: a body part to which an axle is attached; an arm portion including one end integrally connected with an outer periphery of the body part and spreading outwardly from the body part along an extending axis; and a connecting portion integrally connected with another end of the arm portion, the connecting portion being configured to be connected with a vehicle component, wherein the arm portion comprises: a first portion integrally connected with the connecting portion in a direction along the extending axis; a second portion interposed between the first portion and the body part; and a hollow portion configured to communicate with the first portion and the second portion, wherein the first portion includes a peripheral wall configured to enclose the extending axis, wherein the second portion includes a peripheral wall including an opening partially opened around the extending axis, wherein, at a cross-section intersecting the extending axis, an end portion of the peripheral wall of the second portion on a side of the opening comprises an enlarged portion which is enlarged in width as compared with thickness of side portions adjacent to the end portion. a body part to which an axle is attached; an arm portion including one end integrally connected with an outer periphery of the body part and spreading outwardly from the body part along an extending axis; and a connecting portion integrally connected with another end of the arm portion, the connecting portion being configured to be connected with a vehicle component, wherein the arm portion comprises: a first portion integrally connected with the connecting portion in a direction along the extending axis; a second portion interposed between the first portion and the body part; and a hollow portion configured to communicate with the first portion and the second portion, a first portion integrally connected with the connecting portion in a direction along the extending axis; a second portion interposed between the first portion and the body part; and a hollow portion configured to communicate with the first portion and the second portion, wherein the first portion includes a peripheral wall configured to enclose the extending axis, wherein the second portion includes a peripheral wall including an opening partially opened around the extending axis, wherein, at a cross-section intersecting the extending axis, an end portion of the peripheral wall of the second portion on a side of the opening comprises an enlarged portion which is enlarged in width as compared with thickness of side portions adjacent to the end portion.
A dry etching method for texturing a surface of a silicon substrate, wherein said method comprises the steps of: a) performing a first dry etching step onto the surface of said substrate thereby forming a surface texture with spikes and valleys, said first dry etching step comprising etching the surface of said substrate in a plasma comprising F radicals and O radicals, wherein said plasma comprises a ratio of O radicals to F radicals larger than 1; and b) performing a second dry etching step onto said surface texture thereby smoothening said surface texture, said second dry etching step comprising chemical isotropic etching the surface texture obtained according to step a) in a plasma comprising F radicals, whereby the spikes are etched substantially faster than the valleys. a) performing a first dry etching step onto the surface of said substrate thereby forming a surface texture with spikes and valleys, said first dry etching step comprising etching the surface of said substrate in a plasma comprising F radicals and O radicals, wherein said plasma comprises a ratio of O radicals to F radicals larger than 1; and b) performing a second dry etching step onto said surface texture thereby smoothening said surface texture, said second dry etching step comprising chemical isotropic etching the surface texture obtained according to step a) in a plasma comprising F radicals, whereby the spikes are etched substantially faster than the valleys.
Use of a natural ester for topical application to the skin, hair, and/or nails characterized in that it comprises the esterification product of an undecylenic acid derived from a natural source and a vegetable-derived fatty alcohol chosen from the group consisting of hexyl alcohol, heptyl alcohol, caprylyl alcohol, nonyl alcohol, decyl alcohol, and undecyl alcohol and combinations thereof, wherein the ester provides a perception of a light skinfeel to a user.
An information processing device functionally connected to an odor presentation device that presents an odor to a user, the information processing device comprising: a spatial odor information acquisition section comprising an odor sensor (S1,..., S8) that is configured to acquire spatial odor information indicative of an odor in a reproduction target space; and an odor control section configured to instruct, by using the spatial odor information, the odor presentation device to present to the user an odor that is assumed to be perceivable in the reproduction target space, wherein the spatial odor information associates a viewing direction from a reference position in the reproduction target space with an odor that is assumed to be perceivable in the viewing direction, the spatial odor information acquisition section further configured to acquire a spatial image depicting a scene in the reproduction target space, the information processing device further configured to include an image display control section that identifies an attention direction in which the user pays attention within the reproduction target space and that displays, based on the spatial image, an image depicting a scene in the identified attention direction, and the odor control section configured to determine, based on the spatial odor information and the identified attention direction, the odor to be presented to the user. a spatial odor information acquisition section comprising an odor sensor (S1,..., S8) that is configured to acquire spatial odor information indicative of an odor in a reproduction target space; and an odor control section configured to instruct, by using the spatial odor information, the odor presentation device to present to the user an odor that is assumed to be perceivable in the reproduction target space, wherein the spatial odor information associates a viewing direction from a reference position in the reproduction target space with an odor that is assumed to be perceivable in the viewing direction, the spatial odor information acquisition section further configured to acquire a spatial image depicting a scene in the reproduction target space, the information processing device further configured to include an image display control section that identifies an attention direction in which the user pays attention within the reproduction target space and that displays, based on the spatial image, an image depicting a scene in the identified attention direction, and the odor control section configured to determine, based on the spatial odor information and the identified attention direction, the odor to be presented to the user.
A client device for hearing device communication, the client device comprising - a processing unit; - a memory unit; and - an interface, the memory unit having a client device key and a client device certificate (106, 107) stored thereon, wherein: the processing unit is configured to - receive a connection response comprising a hearing device identifier via the interface; - generate one or more keys including a certificate key based on the hearing device identifier and the client device key; - obtain an authentication message based on the certificate key and the client device certificate (106, 107), and - transmit the authentication message via the interface. - a processing unit; - a memory unit; and - an interface, - receive a connection response comprising a hearing device identifier via the interface; - generate one or more keys including a certificate key based on the hearing device identifier and the client device key; - obtain an authentication message based on the certificate key and the client device certificate (106, 107), and - transmit the authentication message via the interface.
Process for producing nonaggregated, modified silicon particles by treating nonaggregated silicon particles having volume-weighted particle size distributions having diameter percentiles d 50 of 3.0 μm to 7.0 μm with an oxygen-containing gas at 80°C to 900°C, with the proviso that the oxygen content of the nonaggregated, modified silicon particles is 0.05% to 0.6% by weight greater than the oxygen content of the nonaggregated silicon particles used as reactant in each case based on the total weight of the silicon particles.
A fire-retardant composition consisting of a fire-retardant premix and water, wherein the fire-retardant premix comprises: from 1% w/w to 99% w/w of a starch-based superabsorbent polymer; from 0.01% w/w to 35% w/w of a viscosity control agent; and from 0.001% w/w to 5% w/w of an antimicrobial agent; wherein said starch-based superabsorbent polymer is selected from starch-g-poly (2-propenamide-co-2-propenoic acid) potassium salt, starch-g-poly (2-propenamide-co-2-propenoic acid) sodium salt, starch-g-poly (propenoic acid) sodium salt, starch-g-poly (propenoic acid) potassium salt; and wherein said viscosity control agent is a water-insoluble inorganic powder selected from amorphous silica, silicon dioxide, silicic acid, silicates, titanium dioxide, aluminium oxide, magnesium oxide, zinc oxide, talc, calcium phosphate, clays, diatomaceous earth, zeolites, bentonite, kaolin, hydrotalcite and activated clays. from 1% w/w to 99% w/w of a starch-based superabsorbent polymer; from 0.01% w/w to 35% w/w of a viscosity control agent; and from 0.001% w/w to 5% w/w of an antimicrobial agent; wherein said starch-based superabsorbent polymer is selected from starch-g-poly (2-propenamide-co-2-propenoic acid) potassium salt, starch-g-poly (2-propenamide-co-2-propenoic acid) sodium salt, starch-g-poly (propenoic acid) sodium salt, starch-g-poly (propenoic acid) potassium salt; and wherein said viscosity control agent is a water-insoluble inorganic powder selected from amorphous silica, silicon dioxide, silicic acid, silicates, titanium dioxide, aluminium oxide, magnesium oxide, zinc oxide, talc, calcium phosphate, clays, diatomaceous earth, zeolites, bentonite, kaolin, hydrotalcite and activated clays.
A method for constructing a commercial vehicle-driver's cab, comprising: provision of individual panels (2 to 7) of the driver's cab, comprising a front panel, side panels (3, 4), a rear panel, a floor and a roof; joining the individual panels (2 to 7) together to form the commercial vehicle-driver's cab, wherein a colouring of the individual panels ensues before joining the individual panels (2 to 7) together in order to form the commercial vehicle-driver's cab and at least one of the individual panels (2 to 7) is painted before joining the individual panels (2 to 7) to form the commercial vehicle-driver's cab and for painting is traversed in a horizontal direction below one or a plurality of painting nozzles. provision of individual panels (2 to 7) of the driver's cab, comprising a front panel, side panels (3, 4), a rear panel, a floor and a roof; joining the individual panels (2 to 7) together to form the commercial vehicle-driver's cab,
An antenna apparatus comprising: a first antenna; a reflector; and a resin material (2, 6, 8, 12, 15) positioned between the first antenna and the reflector, characterized in that the resin material has portions (81, 82, 83) which are different in at least one of thickness (d1, d2, d3) and dielectric constant (ε 1, ε 2, ε 3), and a phase difference among the reflected waves obtained by reflecting, by the reflector, the direct wave which has been radiated from a feeding point of the antenna and has passed through the portions of the resin material is smaller than a phase difference among the reflected waves obtained when each of the thickness and the dielectric constant is uniform in each portion of the resin material, and the resin material is formed as an instrument panel arranged between the first antenna and the reflector, or a radome (6, 8, 12, 15) arranged inside the instrument panel and enclosing the first antenna. a first antenna; a reflector; and a resin material (2, 6, 8, 12, 15) positioned between the first antenna and the reflector, characterized in that the resin material has portions (81, 82, 83) which are different in at least one of thickness (d1, d2, d3) and dielectric constant (ε 1, ε 2, ε 3), and a phase difference among the reflected waves obtained by reflecting, by the reflector, the direct wave which has been radiated from a feeding point of the antenna and has passed through the portions of the resin material is smaller than a phase difference among the reflected waves obtained when each of the thickness and the dielectric constant is uniform in each portion of the resin material, and the resin material is formed as an instrument panel arranged between the first antenna and the reflector, or a radome (6, 8, 12, 15) arranged inside the instrument panel and enclosing the first antenna.
An electronic device, comprising: a signal generator; and a substrate integrated waveguide, SIW, comprising a substrate and a plurality of conductors in the substrate, the substrate including a first slot in one exterior surface of the substrate, the signal generator having two conductive output members (32, 34) the first slot being situated in the one exterior surface with a portion of the first slot situated between the two conductive output members (32, 34) of the signal generator such that a signal of the signal generator is coupled into the SIW through the first slot, the substrate including a stub at one end of the first slot, the stub comprising an opening through the exterior surface that is wider and shorter than the first slot, the substrate including a second slot near an end of the first slot opposite from the one end, the second slot being transverse to the first slot, the portion of the first slot and the two conductive output members (32, 34) being between the second slot and the stub. a signal generator; and a substrate integrated waveguide, SIW, comprising a substrate and a plurality of conductors in the substrate, the substrate including a first slot in one exterior surface of the substrate, the signal generator having two conductive output members (32, 34) the first slot being situated in the one exterior surface with a portion of the first slot situated between the two conductive output members (32, 34) of the signal generator such that a signal of the signal generator is coupled into the SIW through the first slot, the substrate including a stub at one end of the first slot, the stub comprising an opening through the exterior surface that is wider and shorter than the first slot, the substrate including a second slot near an end of the first slot opposite from the one end, the second slot being transverse to the first slot, the portion of the first slot and the two conductive output members (32, 34) being between the second slot and the stub.