mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a beverage product (P), comprising: (a) providing a beverage intermediate product including a container and a beverage (L), wherein the container has an accommodating space which is not occupied by the beverage (L); (b) filling a beverage foam (F) into the accommodating space; and (c) sealing the container so that the accommodating space is sealed to obtain the beverage product (P); wherein the beverage foam (F) includes a foamable liquid and a hydrogen gas dispersed in the foamable liquid with a predetermined amount, such that the hydrogen gas of the beverage foam (F) dissolves partially into the beverage (L) and the predetermined amount is between 0.6 to 1.1 ppm. (a) providing a beverage intermediate product including a container and a beverage (L), wherein the container has an accommodating space which is not occupied by the beverage (L); (b) filling a beverage foam (F) into the accommodating space; and (c) sealing the container so that the accommodating space is sealed to obtain the beverage product (P);
- A battery box for a vehicle, the box comprising an internal volume delimited by walls and intended to receive at least one battery, the box comprising at least one removable cover providing access to the internal volume of the box, the box being characterized in that it comprises: - at least two connecting tabs arranged in the internal volume of the box and secured to the walls of the latter, - at least one interface plate that is attached by removable attachment means to the connecting tabs, the connecting tabs having a distribution making it possible to ensure bearing of the interface plate on at least two of its sides, so as to limit its bending, the interface plate being housed in the internal volume of the box, between the cover and the battery or batteries, - at least a first shielding plate that is removably attached to the interface plate . - at least two connecting tabs arranged in the internal volume of the box and secured to the walls of the latter, - at least one interface plate that is attached by removable attachment means to the connecting tabs, the connecting tabs having a distribution making it possible to ensure bearing of the interface plate on at least two of its sides, so as to limit its bending, the interface plate being housed in the internal volume of the box, between the cover and the battery or batteries, - at least a first shielding plate that is removably attached to the interface plate .
Device for producing electrospun polymer short fibres, having a dosing electrode and a collector medium located opposite the dosing electrode in dosing direction , characterized in that a cutting grid , which can be heated at least to the softening temperature of the polymer and whose mesh size corresponds to the minimum fibre length, is located upstream of the collector medium in the dosing direction .
A fire extinguisher vessel comprising: a hollow body made of stainless steel; a fill port attached to a first end of the body; a discharge outlet attached to a second end of the body; a mechanical attachment lug attached to the body between the first end of the body and the second end of the body; a pressure switch attached to the body between the mechanical attachment lug and the discharge outlet ; and a retrofitted wrap covering the body , wherein the wrap comprises high strength fiberglass and has a thickness between about 0.0159 centimeters and about 0.3175 centimeters (0.0625 inch and about 0.125 inch); wherein the wrap increases an agent fill density of the fire extinguishing vessel to at least about 0.00072 kilograms per cubic centimeter (0.026 pounds per cubic inch); and wherein the wrap completely surrounds bases of the fill port , the discharge outlet , the mechanical attachment lug , and the pressure switch . a hollow body made of stainless steel; a fill port attached to a first end of the body; a discharge outlet attached to a second end of the body; a mechanical attachment lug attached to the body between the first end of the body and the second end of the body; a pressure switch attached to the body between the mechanical attachment lug and the discharge outlet ; and a retrofitted wrap covering the body , wherein the wrap comprises high strength fiberglass and has a thickness between about 0.0159 centimeters and about 0.3175 centimeters (0.0625 inch and about 0.125 inch); wherein the wrap increases an agent fill density of the fire extinguishing vessel to at least about 0.00072 kilograms per cubic centimeter (0.026 pounds per cubic inch); and wherein the wrap completely surrounds bases of the fill port , the discharge outlet , the mechanical attachment lug , and the pressure switch .
A method of managing a subscribed notification, the method comprising: obtaining , by a session management function, SMF, information from a policy control function, PCF, the information being a policy associated with a user plane, UP, selection or reselection notification subscription from an application function, AF; and according to the information, sending , by the SMF, a notification of a UP selection or reselection to the AF, the notification comprising a notification type indicating that the notification is sent before or after a UP path is configured, wherein the notification is sent without involving the PCF. obtaining , by a session management function, SMF, information from a policy control function, PCF, the information being a policy associated with a user plane, UP, selection or reselection notification subscription from an application function, AF; and according to the information, sending , by the SMF, a notification of a UP selection or reselection to the AF, the notification comprising a notification type indicating that the notification is sent before or after a UP path is configured, wherein the notification is sent without involving the PCF.
An engine system comprising: a high pressure spool; a low pressure spool connected to the high pressure spool; an engine duct extending about the high pressure spool and the low pressure spool, the engine duct including an outer surface section exposed to an external airstream; a tail cone arranged radially inwardly of the engine duct, the tail cone having an outer surface and an inner surface ; a generator housing arranged in the tail cone, the generator housing including an outer surface portion spaced from the inner surface of the tail cone; a generator mounted in the generator housing and driven by the low pressure spool; and an air duct extending from the generator, through the generator housing, through the tail cone, and through the engine duct, the air duct including a first end arranged in the tail cone and a second end projecting outwardly of the outer surface section of the engine duct aft of the low pressure spool, the second end including an opening exposed to the external air stream passing over the engine duct. a high pressure spool; a low pressure spool connected to the high pressure spool; an engine duct extending about the high pressure spool and the low pressure spool, the engine duct including an outer surface section exposed to an external airstream; a tail cone arranged radially inwardly of the engine duct, the tail cone having an outer surface and an inner surface ; a generator housing arranged in the tail cone, the generator housing including an outer surface portion spaced from the inner surface of the tail cone; a generator mounted in the generator housing and driven by the low pressure spool; and an air duct extending from the generator, through the generator housing, through the tail cone, and through the engine duct, the air duct including a first end arranged in the tail cone and a second end projecting outwardly of the outer surface section of the engine duct aft of the low pressure spool, the second end including an opening exposed to the external air stream passing over the engine duct.
A multicore optical fiber which comprises: a plurality of cores (110A1; 110B1-110B3; 110C1-110C3) extending along a predetermined axis while being arranged like a hexagonal lattice on a cross section perpendicular to the axis; and a cladding region surrounding each of the plurality of cores, all of core portions, each constituting at least a part of the associated one of the plurality of cores, having substantially the same structure; wherein each of the core portions comprises a first core portion having a refractive index higher than that of the cladding region; a second core portion , disposed about the first core portion, having a refractive index different from that of the first core portion; and a trench layer , disposed so as to surround the second core portion, having a refractive index lower than that of the cladding region; and wherein, letting a be the radius of the first core portion, Ra be the ratio of the outer diameter of the first core portion to the outer diameter of the second core portion, Rb be the ratio of the outer diameter of the second core portion to the outer diameter of the trench layer, Δ1 be the relative refractive index difference of the first core portion with respect to the second core portion, Δ3 be the relative refractive index difference of the trench layer with respect to the second core portion, and Δ4 be the relative refractive index difference of the cladding region with respect to the second core portion, the multicore optical fiber satisfies the following expressions to : 4 .01 μ m ≦ a ≦ 5.15 μ m 0 .627 ≦ Ra ≦ 0.970 0.470 ≦ Rb 0.154 % ≦ Δ 1 ≦ 0.395 % − 0.529 % ≦ Δ 3 ≦ 0.0 % − 0.029 % ≦ Δ 4 ≦ 0.123 % wherein the multicore optical fiber has a fiber length L F of 100 km or more; and wherein, letting κ be the mode-coupling coefficient between cores, β be the propagation constant of each of the plurality of cores, A be the core pitch, R be the radius of curvature of the fiber, and XT S be the permissible maximum of an average value of a crosstalk distribution after propagation, the multicore optical fiber satisfies the following expression : 6 ⋅ 2 κ 2 β R Λ L F ≤ XT S ≤ 0.001
A biodegradable polymer composition having activity for photo- and bio-degradation of polymers comprising i) an additive composition of TiO 2 nanoparticles: 0.01 - 5.00 weight-% by weight of the biodegradable polymer composition; pectin nanoparticles: 0.01 - 10.00 weight-% by weight of the biodegradable polymer composition; Fe 2 O 3 nanoparticles: 0.02 - 3.00 weight-% by weight of the biodegradable polymer composition; C 14 to C 20 fatty acid salt, like Ca-stearate: 0.01 - 6.00 weight-% by weight of the biodegradable polymer composition; and Montmorillonite, like Na-MMT nanoparticles: 0.05 - 5.00 weight-% by weight of the biodegradable polymer composition; and ii) base polymer: 99.90 - 71 weight-% by weight of the photo- and biodegradable polymer composition.
A method for producing uniformly sized nanoparticles , the method comprising: blending at least a first precursor and at least a second precursor together to form a mixture of precursors that travels down a tube in a continuous flow path; the tube having an inner diameter of between 0,16 cm and 2,54 cm (1/16th of an inch and 1 inch) extending the continuous flow path through a first energy source that applies microwave energy to the mixture of precursors to uniformly activate the mixture of precursors within the tube for a first duration time at a first energy level thereby allowing uniform nucleation of the mixture of precursors, extending the continuous flow path through a heat source for a second duration time at a controlled temperature allowing uniform thermodynamic growth around previously formed nucleates to form desired core-sized nanoparticles ; and quenching the growth of the nanoparticles , wherein the method further includes the step of providing a pressurized inert gas non-reactive to the microwave energy, the precursors and the nanoparticles into the continuous flow path before the flow path enters the energy source so as to cause partitions of the segmenting fluid within the tube positioned between segments of the mixture of precursors thereby allowing the mixture of precursors within a segment to mix as it travels within the tube down the flow path. blending at least a first precursor and at least a second precursor together to form a mixture of precursors that travels down a tube in a continuous flow path; the tube having an inner diameter of between 0,16 cm and 2,54 cm (1/16th of an inch and 1 inch) extending the continuous flow path through a first energy source that applies microwave energy to the mixture of precursors to uniformly activate the mixture of precursors within the tube for a first duration time at a first energy level thereby allowing uniform nucleation of the mixture of precursors, extending the continuous flow path through a heat source for a second duration time at a controlled temperature allowing uniform thermodynamic growth around previously formed nucleates to form desired core-sized nanoparticles ; and quenching the growth of the nanoparticles , wherein the method further includes the step of providing a pressurized inert gas non-reactive to the microwave energy, the precursors and the nanoparticles into the continuous flow path before the flow path enters the energy source so as to cause partitions of the segmenting fluid within the tube positioned between segments of the mixture of precursors thereby allowing the mixture of precursors within a segment to mix as it travels within the tube down the flow path.
Polymer optical fibre (POF) for transmitting light of a wavelength, λ i, between two separate elements of an active implantable medical device (AIMD), wherein the wavelength, λ i, is comprised between 380 and 1800 nm, preferably between 650 and 1550 nm, and wherein said POF is a multimode optical fibre comprising a first end and a second end, and comprises: (a) a core which is cylindrical and made of a cyclic olefin polymer (COP) or copolymer (COC), having a core refractive index n_core at the wavelength λi, the core being enclosed in (b) a cladding which has a cladding refractive index n_clad < n_core at the wavelength λi and which is made of a cladding copolymer comprising monomers of tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride, the cladding being itself enclosed in (c) a coating which is made of a coating polymer comprising one of the monomers of the cladding copolymer, selected among monomers of tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride, and wherein the coating polymer has a higher stiffness than the cladding copolymer, wherein the POF has a numerical aperture, NA, at the wavelength, λ i, of at least 0.5, preferably at least 0.6, more preferably at least 0.7, wherein NA = ((n_core) 2 - (n_clad) 2 ) 1/2 . (a) a core which is cylindrical and made of a cyclic olefin polymer (COP) or copolymer (COC), having a core refractive index n_core at the wavelength λi, the core being enclosed in (b) a cladding which has a cladding refractive index n_clad < n_core at the wavelength λi and which is made of a cladding copolymer comprising monomers of tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride, the cladding being itself enclosed in (c) a coating which is made of a coating polymer comprising one of the monomers of the cladding copolymer, selected among monomers of tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride, and wherein the coating polymer has a higher stiffness than the cladding copolymer, wherein the POF has a numerical aperture, NA, at the wavelength, λ i, of at least 0.5, preferably at least 0.6, more preferably at least 0.7, wherein NA = ((n_core) 2 - (n_clad) 2 ) 1/2 .
Headlamp comprising: a compact housing , which can be fixed to the head of a user forwards by means of a retaining strip, said housing comprising a light module provided with a light source, said light module comprising a connection interface for at least one optical fiber ; and a retaining strip allowing the housing to be fixed to the head of a user, characterized in that it further comprises : an optical fiber at least disposed inside the retaining strip or alternatively outside and comprising a first and a second end, said first end being connected to said interface for connection of the light module ; at least one optical diffuser located laterally or at the rear of the strip, said optical diffuser being connected to the second end of the optical fiber; so that the light source simultaneously allows the generation of a light beam projected towards the front and a rear or side light signaling. a compact housing , which can be fixed to the head of a user forwards by means of a retaining strip, said housing comprising a light module provided with a light source, said light module comprising a connection interface for at least one optical fiber ; and a retaining strip allowing the housing to be fixed to the head of a user, characterized in that it further comprises : an optical fiber at least disposed inside the retaining strip or alternatively outside and comprising a first and a second end, said first end being connected to said interface for connection of the light module ; at least one optical diffuser located laterally or at the rear of the strip, said optical diffuser being connected to the second end of the optical fiber; so that the light source simultaneously allows the generation of a light beam projected towards the front and a rear or side light signaling. an optical fiber at least disposed inside the retaining strip or alternatively outside and comprising a first and a second end, said first end being connected to said interface for connection of the light module ; at least one optical diffuser located laterally or at the rear of the strip, said optical diffuser being connected to the second end of the optical fiber; so that the light source simultaneously allows the generation of a light beam projected towards the front and a rear or side light signaling.
A greenhouse screen comprising strips of film material that are interconnected by a yarn system of transverse threads and longitudinal threads (13a, 13b; 15; 19) by means of knitting, warp-knitting or weaving process to form a continuous product, wherein at least some of the strips comprise a film in the form of a single- or multilayer polyester film characterized in that said film contains at least 1.0 wt. -% SiO 2 -particles, and a maximum of 2.5 wt. -% SiO 2 -particles, said SiO 2 -particles having a particle size d50 of 5-7 μm; and the film has a spreading factor SF of at least 2 and not more than 8, the spreading factor SF being the transparency measured according to ASTM D-1003-61, Method A / transparency measured before light exit opening.
A sole of a shoe, comprising: a midsole comprising a midsole toe edge ; at least part of a remove-ably attachable outsole comprising an outsole toe edge (500A;500B;500C), and an outsole toe ridge (510A;510B;510C); the outsole toe ridge (510A;510B;510C) extends vertically to an outsole toe ridge height; and the outsole toe ridge (510A;510B;510C) extends along at least part of the outsole toe edge (500A;500B;500C); wherein the midsole toe edge and the outsole toe ridge (510A;510B;510C) limit movement between the at least part of a remove-ably attachable outsole and the midsole in at least one direction; characterized in that at least part the outsole further comprising an outsole fastener area with a first and a second outsole fastener area gaps each comprising a flexible joint and extending laterally across said outsole fastener area; the midsole further comprising a midsole fastener area with a first and a second midsole fastener area gaps (601,602;604) extending laterally across said midsole fastener area and each comprising a groove, in particular a semi-circular groove, extending laterally across said midsole; wherein said semi-circular groove of the first and the second midsole fastener area gaps (601,602:604) and said flexible joint of the first and the second outsole fastener area gaps (401,402;403) are shaped to complement each other when the outsole is attached to the midsole such that at least one of the group consisting of the midsole fastener area and the outsole fastener area also comprises a gap which remains unfastened. a midsole comprising a midsole toe edge ; at least part of a remove-ably attachable outsole comprising an outsole toe edge (500A;500B;500C), and an outsole toe ridge (510A;510B;510C); the outsole toe ridge (510A;510B;510C) extends vertically to an outsole toe ridge height; and the outsole toe ridge (510A;510B;510C) extends along at least part of the outsole toe edge (500A;500B;500C); wherein the midsole toe edge and the outsole toe ridge (510A;510B;510C) limit movement between the at least part of a remove-ably attachable outsole and the midsole in at least one direction; characterized in that at least part the outsole further comprising an outsole fastener area with a first and a second outsole fastener area gaps each comprising a flexible joint and extending laterally across said outsole fastener area; the midsole further comprising a midsole fastener area with a first and a second midsole fastener area gaps (601,602;604) extending laterally across said midsole fastener area and each comprising a groove, in particular a semi-circular groove, extending laterally across said midsole; wherein said semi-circular groove of the first and the second midsole fastener area gaps (601,602:604) and said flexible joint of the first and the second outsole fastener area gaps (401,402;403) are shaped to complement each other when the outsole is attached to the midsole such that at least one of the group consisting of the midsole fastener area and the outsole fastener area also comprises a gap which remains unfastened.