mhurhangee/patent-ind-claim-en huggingface dataset:
A bandwidth part BWP deactivation method performed by a first device, wherein the first device is a terminal device in a mobile communications system, wherein the method comprises: receiving signaling sent by a second device, wherein the second device is an access network device in the mobile communications system, wherein the first device can support a plurality of active BWPs; and deactivating a BWP of the first device based on the signaling, wherein the deactivating a BWP of the first device based on the signaling comprises: deactivating the BWP of the first device based on the signaling and a capability of the first device, wherein the capability of the first device comprises a maximum quantity of BWPs supported by the first device or a maximum bandwidth supported by the first device wherein the signaling comprises fifth indication information, and the fifth indication information is used to instruct to activate a second BWP of the first device; and the deactivating the BWP of the first device based on the signaling and a capability of the first device comprises: activating the second BWP based on the fifth indication information; and when a capability of all active BWPs of the first device is beyond the capability supported by the first device, deactivating, by the first device, at least one BWP in the active BWPs of the first device other than the second BWP. receiving signaling sent by a second device, wherein the second device is an access network device in the mobile communications system, wherein the first device can support a plurality of active BWPs; and deactivating a BWP of the first device based on the signaling, wherein the deactivating a BWP of the first device based on the signaling comprises: deactivating the BWP of the first device based on the signaling and a capability of the first device, wherein the capability of the first device comprises a maximum quantity of BWPs supported by the first device or a maximum bandwidth supported by the first device wherein the signaling comprises fifth indication information, and the fifth indication information is used to instruct to activate a second BWP of the first device; and the deactivating the BWP of the first device based on the signaling and a capability of the first device comprises: activating the second BWP based on the fifth indication information; and when a capability of all active BWPs of the first device is beyond the capability supported by the first device, deactivating, by the first device, at least one BWP in the active BWPs of the first device other than the second BWP. activating the second BWP based on the fifth indication information; and when a capability of all active BWPs of the first device is beyond the capability supported by the first device, deactivating, by the first device, at least one BWP in the active BWPs of the first device other than the second BWP.
Use of microfibrillated cellulose (MFC) as an anti-dripping agent in a sprayable skin care composition, wherein the MFC is unmodified MFC or physically modified by physical adsorption of at least one amphiphilic compound, wherein the concentration of the MFC in the sprayable skin care composition is from 0.012% to 0.6% by weight, and wherein the MFC originates from wood, annual plants, cotton, flax, straw, ramie, sugar cane bagasse, certain algae, jute, sugar beet, citrus fruits, waste from the food processing industry or energy crops.
A closure for a container , the closure comprising: a body extending longitudinally along a central longitudinal axis from a first, upper surface to a second, lower surface , the body defining a cavity extending into the body from the lower surface to a third, interior surface , wherein the cavity is sized and shaped to receive a portion of the container therein, wherein the body includes: a shroud extending from the interior surface to the lower surface; a container insert depending from the interior surface and positioned within the cavity, the container insert sized and shaped to fit within an opening of the container; an outlet flow path in fluid communication with the cavity; and at least one inlet flow path in fluid communication with the cavity, the at least one inlet flow path positioned and oriented to generate a vortex gas flow within the container when connected thereto; characterised in that each of the at least one inlet flow path is oriented at an oblique angle relative to the central longitudinal axis of the body and radially offset from the central longitudinal axis. a shroud extending from the interior surface to the lower surface; a container insert depending from the interior surface and positioned within the cavity, the container insert sized and shaped to fit within an opening of the container; an outlet flow path in fluid communication with the cavity; and at least one inlet flow path in fluid communication with the cavity, the at least one inlet flow path positioned and oriented to generate a vortex gas flow within the container when connected thereto; characterised in that each of the at least one inlet flow path is oriented at an oblique angle relative to the central longitudinal axis of the body and radially offset from the central longitudinal axis.
Timepiece mechanism including a timepiece forming a support, said support including a solid self-lubricating composite coating characterised in that the solid self-lubricating composite coating consists of a metal matrix and particles of graphene and/or graphene oxide distributed in said metal matrix , in that the graphene and/or graphene oxide is in the form of fibres, particles or aggregates, the latter being completely embedded in said metal matrix, in that the thickness of said coating is comprised between 0.2 and 20 micrometres and preferably between 0.5 and 2 micrometres and in that that the size of said particles is less than the thickness of said coating.
An oral care system comprising: a handle extending from a proximal end to a distal end , the handle comprising a sidewall defining a receptacle in the handle and an opening to the receptacle at the proximal end of the handle ; a head disposed proximate the distal end of the handle and comprising a tooth cleaning element ; and a smart device selectively receivable in the receptacle of the handle and comprising a first sensor for acquiring first oral health data with the smart device in a retained position in the receptacle in the handle and a second sensor for acquiring second oral health data with the smart device in a removed position, separate from the handle . a handle extending from a proximal end to a distal end , the handle comprising a sidewall defining a receptacle in the handle and an opening to the receptacle at the proximal end of the handle ; a head disposed proximate the distal end of the handle and comprising a tooth cleaning element ; and a smart device selectively receivable in the receptacle of the handle and comprising a first sensor for acquiring first oral health data with the smart device in a retained position in the receptacle in the handle and a second sensor for acquiring second oral health data with the smart device in a removed position, separate from the handle .
Support for presenting information and/or displaying products comprising: - at least two panels , at least one of which has a presentation surface on which information to be presented are included, said panels being mutually connected along an articulation line and each having a free edge , the support for presenting information being designed to be closed, by mutually overlapping the panels bent around the articulation line ; - at least one elastic hauling element connected to the free edges of the panels and designed to keep said free edges mutually in contact; - at least one contrast element having a first end connected to at least one of said free edges through the elastic hauling element , and a second end connected to at least one of said panels , to counteract an action of the elastic hauling element ; and - an intermediate panel connected to the panels along articulation lines , said intermediate panel further comprising a bending line which crosses the intermediate panel to allow closing the support , by mutually overlapping the panels bent around the articulation lines and the bending line . characterized in that the contrast element comprises at least two tongues connected to the second end , each being connected to a respective panel . - at least two panels , at least one of which has a presentation surface on which information to be presented are included, said panels being mutually connected along an articulation line and each having a free edge , the support for presenting information being designed to be closed, by mutually overlapping the panels bent around the articulation line ; - at least one elastic hauling element connected to the free edges of the panels and designed to keep said free edges mutually in contact; - at least one contrast element having a first end connected to at least one of said free edges through the elastic hauling element , and a second end connected to at least one of said panels , to counteract an action of the elastic hauling element ; and - an intermediate panel connected to the panels along articulation lines , said intermediate panel further comprising a bending line which crosses the intermediate panel to allow closing the support , by mutually overlapping the panels bent around the articulation lines and the bending line .
A light deflecting device comprising: a rotary polyhedron that is a regular polygon when viewed in an axial center direction; and a cover that covers the rotary polyhedron , wherein the cover includes: an opening facing a peripheral surface of the rotary polyhedron , wherein the rotary polyhedron is configured to deflect and scan light beam which is incident on the peripheral surface thereof to an object to be irradiated through the opening while rotating about an axial center thereof, characterised in that when an opening angle of the opening centered on the axial center of the rotary polyhedron is θ and n is set as a natural number smaller than a number of surfaces of the rotary polyhedron , θ satisfies Equations and below at any height of the opening , θ> 360 ° / the number of surfaces of the rotary polyhedron 63 × n × 0.83 θ< 360 ° / the number of surfaces of the rotary polyhedron 63 × n × 1.17 a rotary polyhedron that is a regular polygon when viewed in an axial center direction; and a cover that covers the rotary polyhedron , wherein the cover includes: an opening facing a peripheral surface of the rotary polyhedron , wherein the rotary polyhedron is configured to deflect and scan light beam which is incident on the peripheral surface thereof to an object to be irradiated through the opening while rotating about an axial center thereof, characterised in that when an opening angle of the opening centered on the axial center of the rotary polyhedron is θ and n is set as a natural number smaller than a number of surfaces of the rotary polyhedron , θ satisfies Equations and below at any height of the opening , θ> 360 ° / the number of surfaces of the rotary polyhedron 63 × n × 0.83 θ< 360 ° / the number of surfaces of the rotary polyhedron 63 × n × 1.17 an opening facing a peripheral surface of the rotary polyhedron , wherein the rotary polyhedron is configured to deflect and scan light beam which is incident on the peripheral surface thereof to an object to be irradiated through the opening while rotating about an axial center thereof, characterised in that when an opening angle of the opening centered on the axial center of the rotary polyhedron is θ and n is set as a natural number smaller than a number of surfaces of the rotary polyhedron , θ satisfies Equations and below at any height of the opening , θ> 360 ° / the number of surfaces of the rotary polyhedron 63 × n × 0.83 θ< 360 ° / the number of surfaces of the rotary polyhedron 63 × n × 1.17
Method for synthesizing an N -alkyl-glycosyl(di)amine derivative represented by the following general formula (I): wherein: - R 1 is a glycosyl radical chosen from a rhamnosyl, glucosyl, galactosyl, maltosyl, lactosyl radical, - R 2 represents a hydrogen atom, - n is an integer ranging from 0 to 20, - X represents an alkyl, alkenyl, alkynyl radical, or an -NR 3 R 4 group, wherein R 3 represents a hydrogen atom or a glycosyl radical chosen from a rhamnosyl, glucosyl, galactosyl, maltosyl, lactosyl radical, and R 4 represents a hydrogen atom or a C 1 -C 12 alkyl radical, with the condition that n is different from 0 when X is an -NR 3 R 4 group, said method comprising the following steps: (i) mixing in a reactor of an ose or oside compound chosen from rhamnose, glucose, galactose, maltose, lactose and an amine of formula R 2 NH-(CH 2 ) n -X, and (ii) grinding said mixture in a ball mill. - R 1 is a glycosyl radical chosen from a rhamnosyl, glucosyl, galactosyl, maltosyl, lactosyl radical, - R 2 represents a hydrogen atom, - n is an integer ranging from 0 to 20, - X represents an alkyl, alkenyl, alkynyl radical, or an -NR 3 R 4 group, wherein R 3 represents a hydrogen atom or a glycosyl radical chosen from a rhamnosyl, glucosyl, galactosyl, maltosyl, lactosyl radical, and R 4 represents a hydrogen atom or a C 1 -C 12 alkyl radical, (i) mixing in a reactor of an ose or oside compound chosen from rhamnose, glucose, galactose, maltose, lactose and an amine of formula R 2 NH-(CH 2 ) n -X, and (ii) grinding said mixture in a ball mill.
A laminar flow monitoring method in a fine particle measurement device, the method comprising: a radiation step of radiating light to a laminar flow containing fine particles; a position detection step of receiving, by a detector of which a light reception surface is split into four regions A, B, C, and D, in a lattice shape, an S polarized component which is separated from scattered light produced from the laminar flow containing fine particles and to which astigmatism is given, and acquiring light reception position information of the S polarized component in the detector by calculating a difference Δ1 (A-C) between detected values of the region A and the region C not adjacent to the region A, wherein acquiring the light reception position information further comprises calculating a difference Δ2 ((A+C)-(B+D)) between a sum (A+C) of the detected values of the regions A and C and a sum (B+D) of detected values of the regions B and D; and a determination step of determining a state of the laminar flow based on the light reception position information, wherein, in the determination step, the state of the laminar flow is determined based on the difference Δ1 and the difference Δ2, and the laminar flow is determined to be abnormal when the difference Δ1 and the difference Δ2 deviate from a predetermined range, and the laminar flow is determined to be normal when the difference Δ1 and the difference Δ2 are included within the predetermined range. a radiation step of radiating light to a laminar flow containing fine particles; a position detection step of receiving, by a detector of which a light reception surface is split into four regions A, B, C, and D, in a lattice shape, an S polarized component which is separated from scattered light produced from the laminar flow containing fine particles and to which astigmatism is given, and acquiring light reception position information of the S polarized component in the detector by calculating a difference Δ1 (A-C) between detected values of the region A and the region C not adjacent to the region A, wherein acquiring the light reception position information further comprises calculating a difference Δ2 ((A+C)-(B+D)) between a sum (A+C) of the detected values of the regions A and C and a sum (B+D) of detected values of the regions B and D; and a determination step of determining a state of the laminar flow based on the light reception position information, wherein, in the determination step, the state of the laminar flow is determined based on the difference Δ1 and the difference Δ2, and the laminar flow is determined to be abnormal when the difference Δ1 and the difference Δ2 deviate from a predetermined range, and the laminar flow is determined to be normal when the difference Δ1 and the difference Δ2 are included within the predetermined range.
A compound of formula (I): or salts thereof, wherein R 1 is H or F and Ar 1 is an optionally substituted 5 membered heterocyclic ring containing at least two nitrogen atoms.
Twisting device having a twisting unit and an untwisting unit , an in-twist positioning unit (4, 4a; 4, 4b) being disposed therebetween so as to be displaceable in a displacement direction (V), wherein the in-twist positioning unit (4, 4a; 4, 4b) has at least one spacing unit which extends so as to be perpendicular to the displacement direction (V), characterized in that the in-twist positioning unit (4, 4a; 4, 4b) is actuatable in such a manner that the spacing unit retracts at a predetermined spacing from the untwisting unit while the twisting unit continues final twisting.
A method for updating a reader device with access control information, comprising: receiving access control information at a server ; storing the access control information in a database at the server; determining a reader device that is to receive the access control information based on an analysis of the access control information; selecting mobile devices from a plurality of mobile devices having access rights to the reader device to deliver the access control information to the reader device, wherein the selected mobile devices are the mobile devices from the plurality of mobile devices that interact with the reader device most frequently; and transmitting, to the selected mobile devices, viral data that includes data that do not pertain to a particular user but generally pertains to several users, wherein the viral data includes at least a portion of the access control information; transmitting the viral data to the reader device from one of the selected mobile devices; receiving a notification message at the server from the one of the selected mobile devices, wherein the notification message indicates the reader device was successfully updated; and transmitting a command from the server to all of the other selected mobile devices that did not update the reader device to delete the viral data. receiving access control information at a server ; storing the access control information in a database at the server; determining a reader device that is to receive the access control information based on an analysis of the access control information; selecting mobile devices from a plurality of mobile devices having access rights to the reader device to deliver the access control information to the reader device, wherein the selected mobile devices are the mobile devices from the plurality of mobile devices that interact with the reader device most frequently; and transmitting, to the selected mobile devices, viral data that includes data that do not pertain to a particular user but generally pertains to several users, wherein the viral data includes at least a portion of the access control information; transmitting the viral data to the reader device from one of the selected mobile devices; receiving a notification message at the server from the one of the selected mobile devices, wherein the notification message indicates the reader device was successfully updated; and transmitting a command from the server to all of the other selected mobile devices that did not update the reader device to delete the viral data.
A method for treating a biomass hydrolysate solution containing an acid and non-ionic organic compound, the non-ionic organic compound being at least one of a sugar, a soluble sugar, and a soluble alcohol, the method comprising: feeding the hydrolysate solution to a fixed-resin bed of an acid retardation unit, the acid retardation unit comprising a base and a top opposite the base, and the fixed-resin bed incorporating granular resin particles with quaternary ammonium moieties retaining the acid and rejecting the non-ionic organic compound, the granular resin particles having a constant average particle size of 50 μm; and eluting the acid retained in the fixed-resin bed with water to recover a purified acid, wherein more than 90% by weight of the acid in the biomass hydrolysate is recovered. feeding the hydrolysate solution to a fixed-resin bed of an acid retardation unit, the acid retardation unit comprising a base and a top opposite the base, and the fixed-resin bed incorporating granular resin particles with quaternary ammonium moieties retaining the acid and rejecting the non-ionic organic compound, the granular resin particles having a constant average particle size of 50 μm; and eluting the acid retained in the fixed-resin bed with water to recover a purified acid,
Support element of a keypad included in a keyboard of a data input device, characterized in that it comprises means for putting at least one dummy key of a printed-circuit board under pressure.
An apparatus comprising means for: receiving, at a user equipment, UE, from a base station provisioning of a plurality of pre-configured radio resources for data transmission during an inactive state of the UE , wherein a pre-configured radio resource is associated with a set of one or more downlink transmission beams of the base station; acquiring at the UE validity information associated with one or more said pre-configured resources ; using at least the validity information to determine, for use, a valid preconfigured radio resource . receiving, at a user equipment, UE, from a base station provisioning of a plurality of pre-configured radio resources for data transmission during an inactive state of the UE , wherein a pre-configured radio resource is associated with a set of one or more downlink transmission beams of the base station; acquiring at the UE validity information associated with one or more said pre-configured resources ; using at least the validity information to determine, for use, a valid preconfigured radio resource .