mhurhangee/patent-ind-claim-en huggingface dataset:
A pot for dispensing cosmetic product comprising: a base having a hollow body surmounted by a neck , said base defining a housing adapted to receive the cosmetic product ; at least one refill of cosmetic product mounted on the base , a cover which closes the pot and adapted to be attached to the base or the refill ; the base , the refill and the cover being successively stacked, the refill having a tank for storing the cosmetic product , the inner volume of which is at least identical to the inner volume of the housing of the base , said tank being inserted into the housing of the base by descending below the level of the neck of the base , said refill having a ring on which the cover can be mounted, said ring having an upper part for attaching to the cover , and a lower part for attaching to the base , wherein said upper part of the ring is identical to the neck of the base . a base having a hollow body surmounted by a neck , said base defining a housing adapted to receive the cosmetic product ; at least one refill of cosmetic product mounted on the base , a cover which closes the pot and adapted to be attached to the base or the refill ;
A method for manufacturing a cylindrical member comprising: end bending (S11) of respective end portions of a plate material in a longitudinal direction; primary grooving (S12) of respective end surfaces of the plate material subjected to end bending, thereby adjusting the length of the plate material ; and bending (S13) of the plate material to a ring shape; characterized by secondary grooving (S14) of respective end surfaces of the plate material subjected to bending in a ring shape, thereby adjusting the degree of parallelization of each end surface ; and joining (S15) of respective end portions of the plate material by welding, wherein each end surface of the plate material subjected to end bending is removed by a predetermined length (L3) in primary grooving (S12), a preliminary length (L2) is secured in each end portion side of the plate material in advance, and in the primary grooving (S12), the plate material is cut by the predetermined length (L3) of the preliminary length (L2) while leaving extra length (L4). end bending (S11) of respective end portions of a plate material in a longitudinal direction; primary grooving (S12) of respective end surfaces of the plate material subjected to end bending, thereby adjusting the length of the plate material ; and bending (S13) of the plate material to a ring shape; characterized by secondary grooving (S14) of respective end surfaces of the plate material subjected to bending in a ring shape, thereby adjusting the degree of parallelization of each end surface ; and joining (S15) of respective end portions of the plate material by welding, a preliminary length (L2) is secured in each end portion side of the plate material in advance, and in the primary grooving (S12), the plate material is cut by the predetermined length (L3) of the preliminary length (L2) while leaving extra length (L4).
An isolated topologically-varied polyethylene homopolymer fraction, wherein the fraction has a long chain branching frequency of greater than 0.5 long chain branches per 1000 total carbon atoms calculated using the Zimm-Stockmayer approach, wherein the homopolymer is isolated from a Ziegler-catalyzed polyethylene homopolymer by solvent-gradient fractionation and where the radius of gyration of the topologically-varied homopolymer is less than that of a linear polymer of identical molecular weight.
A drug dispenser device for delivery of a drug by inhalation comprising (a) a housing defining a first chamber; (b) extending from said housing and defining a second open chamber, an outlet for insertion into a body cavity of a patient; (c) provided to said first chamber of the housing, a discharge block defining a discharge block orifice ; (d) receivable within the first chamber for movement therewithin, a drug discharge device , said drug discharge device having a longitudinal axis and comprising a container for storing a drug formulation to be dispensed, a discharge mechanism and a discharge channel from said container, wherein said discharge channel is receivable by said discharge block to enable discharge of said drug formulation via said discharge block orifice to said outlet; and (e) provided to the housing, at least one finger operable member moveable to apply a force directly or indirectly to the drug discharge device for movement along the longitudinal axis (H-H) towards the discharge block to actuate said discharge mechanism, wherein said housing further defines an aperture through which said at least one finger operable member in part protrudes, wherein the at least one finger operable member comprises two opposing levers, each of which pivotally connects to part of the housing and arranged to urge the discharge device towards the discharge block when the two opposing levers are squeezed together by a user, wherein said two opposing levers are coupled to each other by a coupling mechanism which comprises meshing teeth provided to each of the two opposing levers characterised in that the at least one finger operable member is moveable from a rest position (figure 7) in which the at least one finger operable member acts to block off said aperture to an actuating position (figure 8) in which the aperture is unblocked and through which air may be drawn into the housing in response to patient inhalation through the outlet. (a) a housing defining a first chamber; (b) extending from said housing and defining a second open chamber, an outlet for insertion into a body cavity of a patient; (c) provided to said first chamber of the housing, a discharge block defining a discharge block orifice ; (d) receivable within the first chamber for movement therewithin, a drug discharge device , said drug discharge device having a longitudinal axis and comprising a container for storing a drug formulation to be dispensed, a discharge mechanism and a discharge channel from said container, wherein said discharge channel is receivable by said discharge block to enable discharge of said drug formulation via said discharge block orifice to said outlet; and (e) provided to the housing, at least one finger operable member moveable to apply a force directly or indirectly to the drug discharge device for movement along the longitudinal axis (H-H) towards the discharge block to actuate said discharge mechanism,
A protective film assembly for a foldable screen, comprising: a fixing portion , wherein the fixing portion is configured to be disposed at a side edge of a terminal, with the side edge parallel to a crease of the foldable screen ; and a film body configured to cover the foldable screen , characterized in that , an accommodating cavity is disposed inside the fixing portion , and the film body is configured to at least partially retract into the accommodating cavity in a direction perpendicular to the crease in case that the foldable screen is folded, and to extend out of the accommodating cavity in the direction perpendicular to the crease to cover the foldable screen in case that the foldable screen is unfolded. a fixing portion , wherein the fixing portion is configured to be disposed at a side edge of a terminal, with the side edge parallel to a crease of the foldable screen ; and a film body configured to cover the foldable screen , characterized in that , an accommodating cavity is disposed inside the fixing portion , and the film body is configured to at least partially retract into the accommodating cavity in a direction perpendicular to the crease in case that the foldable screen is folded, and to extend out of the accommodating cavity in the direction perpendicular to the crease to cover the foldable screen in case that the foldable screen is unfolded.
A method for generating on-device content items to improve security, privacy, and network resource utilization, comprising: accessing, by a client device including one or more processors and a memory, a plurality of content resources and a plurality of category information from a data structure in the memory of the client device; generating, by the client device, a plurality of on-device content items based on the plurality of content resources and the plurality of category information; receiving, by the client device, from an application executing on the client device, an indication to display a content item; scanning, by the client device, device context information to create a relevant device context; selecting, by the client device, a relevant on-device content item from the plurality of on-device content items based on the relevant device context; and providing, by the client device, the relevant on-device content item to the application for display on the client device; wherein generating the plurality of on-device content items further comprises: providing, by the client device, the plurality of content resources and the plurality of category information to a content generation model executing on the client device; and receiving, by the client device, the plurality of on-device content items from an output of the content generation model. accessing, by a client device including one or more processors and a memory, a plurality of content resources and a plurality of category information from a data structure in the memory of the client device; generating, by the client device, a plurality of on-device content items based on the plurality of content resources and the plurality of category information; receiving, by the client device, from an application executing on the client device, an indication to display a content item; scanning, by the client device, device context information to create a relevant device context; selecting, by the client device, a relevant on-device content item from the plurality of on-device content items based on the relevant device context; and providing, by the client device, the relevant on-device content item to the application for display on the client device; wherein generating the plurality of on-device content items further comprises: providing, by the client device, the plurality of content resources and the plurality of category information to a content generation model executing on the client device; and receiving, by the client device, the plurality of on-device content items from an output of the content generation model. providing, by the client device, the plurality of content resources and the plurality of category information to a content generation model executing on the client device; and receiving, by the client device, the plurality of on-device content items from an output of the content generation model.
A method for uniformly interleaving memory accesses to a memory space having a non-uniform storage capacity across physical channels, the method comprising: identifying when a multiple-channel memory architecture is provided with an asymmetric storage capacity across the physical channels (220; 222) operated at different data transfer rates; using logic responsive to the identifying to define a number of virtual sectors (441; 443; 444) of equal storage capacity in the memory space; and applying an interleaving function via an interleaver to distribute dynamically memory space access requests among the physical channels to access the asymmetric storage capacity uniformly across the virtual sectors, wherein the number of virtual sectors of equal capacity is less than a number of memory modules supporting the memory space. identifying when a multiple-channel memory architecture is provided with an asymmetric storage capacity across the physical channels (220; 222) operated at different data transfer rates; using logic responsive to the identifying to define a number of virtual sectors (441; 443; 444) of equal storage capacity in the memory space; and applying an interleaving function via an interleaver to distribute dynamically memory space access requests among the physical channels to access the asymmetric storage capacity uniformly across the virtual sectors, wherein the number of virtual sectors of equal capacity is less than a number of memory modules supporting the memory space.
A power distribution system comprising: - an electrical consumer having a controllable pulse-width modulated shunt switch for allowing for a controllable power consumption of the electrical consumer , and - a power supply device for supplying power to the electrical consumer, wherein the power supply device and the electrical consumer are electrically connected, wherein the power supply device comprises a power supply for providing an output current, characterized in that the power supply device comprises a power consumption detection unit adapted for detecting an output voltage of the power supply for detecting the power consumed by the electrical consumer , wherein the power supply device is output current controlled and is adapted to provide the output current depending on the detected output voltage of the power supply , wherein the power supply is adapted to compare the amplitude of the detected output voltage with one or several threshold amplitudes, thereby generating a comparison result, wherein the power supply is adapted to control the amplitude of the output current depending on the generated comparison result. - an electrical consumer having a controllable pulse-width modulated shunt switch for allowing for a controllable power consumption of the electrical consumer , and - a power supply device for supplying power to the electrical consumer, wherein the power supply device and the electrical consumer are electrically connected, wherein the power supply device comprises a power supply for providing an output current, characterized in that the power supply device comprises a power consumption detection unit adapted for detecting an output voltage of the power supply for detecting the power consumed by the electrical consumer , wherein the power supply device is output current controlled and is adapted to provide the output current depending on the detected output voltage of the power supply ,
A computing device comprising: a housing comprising an inner surface , a portion of the inner surface of the housing having a first emissivity; a heat generating component positioned within the housing , a thermal management device comprising a phase change device and a heat spreader , wherein the phase change device extends away from the heat generating component to the heat spreader , such that the heat spreader is physically and thermally connected to the heat generating component , the thermal management device positioned within the housing , at a distance from the portion of the inner surface of the housing, the thermal management device comprising an outer surface, the outer surface of the thermal management device comprising a first portion and a second portion, a first coating layer disposed on the first portion of the outer surface of the thermal management device and a second coating layer disposed on the second portion of the outer surface of the thermal management device, the first coating layer having a second emissivity and the second coating layer having a third emissivity, wherein the second emissivity is greater than the third emissivity, and the first emissivity is the same as the second emissivity. a housing comprising an inner surface , a portion of the inner surface of the housing having a first emissivity; a heat generating component positioned within the housing , a thermal management device comprising a phase change device and a heat spreader , wherein the phase change device extends away from the heat generating component to the heat spreader , such that the heat spreader is physically and thermally connected to the heat generating component , the thermal management device positioned within the housing , at a distance from the portion of the inner surface of the housing, the thermal management device comprising an outer surface, the outer surface of the thermal management device comprising a first portion and a second portion, a first coating layer disposed on the first portion of the outer surface of the thermal management device and a second coating layer disposed on the second portion of the outer surface of the thermal management device, the first coating layer having a second emissivity and the second coating layer having a third emissivity, wherein the second emissivity is greater than the third emissivity, and the first emissivity is the same as the second emissivity.
A method of sensing a target analyte in a liquid sample including the steps: providing a bulk acoustic wave resonator device; placing a liquid sample on the bulk acoustic wave resonator device; operating the bulk acoustic wave resonator device to generate bulk acoustic waves; and measuring a shift in the fundamental resonant frequency of the bulk acoustic wave resonator device, wherein the bulk acoustic wave resonator device comprises a resonator structure and an acoustic decoupling layer, the resonator structure comprising: a piezoelectric material layer; electrodes arranged to apply a driving signal to the piezoelectric material layer to generate bulk acoustic waves; and a resonator structure surface, wherein: the resonator structure has a resonator structure acoustic impedance and the liquid sample has a liquid sample acoustic impedance, wherein the resonator structure acoustic impedance is the acoustic impedance of the uppermost layer of the resonator structure; the acoustic decoupling layer is formed over the resonator structure surface, there being an interface between the acoustic decoupling layer and the uppermost layer of the resonator structure; and the acoustic decoupling layer has an acoustic decoupling layer acoustic impedance, the acoustic decoupling layer acoustic impedance being: up to 1/5 times or not less than 5 times the resonator structure acoustic impedance, and up to 1/5 times or not less than 5 times the liquid sample acoustic impedance, and wherein the acoustic decoupling layer comprises carbon nanotubes. providing a bulk acoustic wave resonator device; placing a liquid sample on the bulk acoustic wave resonator device; operating the bulk acoustic wave resonator device to generate bulk acoustic waves; and measuring a shift in the fundamental resonant frequency of the bulk acoustic wave resonator device, a piezoelectric material layer; electrodes arranged to apply a driving signal to the piezoelectric material layer to generate bulk acoustic waves; and a resonator structure surface, the resonator structure has a resonator structure acoustic impedance and the liquid sample has a liquid sample acoustic impedance, wherein the resonator structure acoustic impedance is the acoustic impedance of the uppermost layer of the resonator structure; the acoustic decoupling layer is formed over the resonator structure surface, there being an interface between the acoustic decoupling layer and the uppermost layer of the resonator structure; and the acoustic decoupling layer has an acoustic decoupling layer acoustic impedance, the acoustic decoupling layer acoustic impedance being: up to 1/5 times or not less than 5 times the resonator structure acoustic impedance, and up to 1/5 times or not less than 5 times the liquid sample acoustic impedance, and wherein the acoustic decoupling layer comprises carbon nanotubes. up to 1/5 times or not less than 5 times the resonator structure acoustic impedance, and up to 1/5 times or not less than 5 times the liquid sample acoustic impedance, and wherein the acoustic decoupling layer comprises carbon nanotubes.
A power supply comprising: a power converter configured to produce an output voltage to power a load ; a reference voltage generator configured to generate a reference voltage , a magnitude of the reference voltage being adapted to vary as a function of the output voltage ; and a controller configured to control the power converter as a function of the reference voltage and the output voltage , wherein the reference voltage generator includes an amplifier circuit configured to generate the reference voltage based on a magnitude of the output voltage and a fixed reference voltage (Vref), characterized in that the reference voltage generator includes a first gain path and a second gain path, the first gain path providing DC (Direct Current) gain, the second gain path providing AC (Alternating Current) gain, and wherein the second gain path comprises a first resistor (R2) connected to an inverting input of the amplifier circuit , and a series circuit with a second resistor (R3) and a capacitor (C1) connected between the inverting input of the amplifier circuit and an output of the amplifier circuit . a power converter configured to produce an output voltage to power a load ; a reference voltage generator configured to generate a reference voltage , a magnitude of the reference voltage being adapted to vary as a function of the output voltage ; and a controller configured to control the power converter as a function of the reference voltage and the output voltage , wherein the reference voltage generator includes an amplifier circuit configured to generate the reference voltage based on a magnitude of the output voltage and a fixed reference voltage (Vref), characterized in that the reference voltage generator includes a first gain path and a second gain path, the first gain path providing DC (Direct Current) gain, the second gain path providing AC (Alternating Current) gain, and wherein the second gain path comprises a first resistor (R2) connected to an inverting input of the amplifier circuit , and a series circuit with a second resistor (R3) and a capacitor (C1) connected between the inverting input of the amplifier circuit and an output of the amplifier circuit .
A use of compounds of general formula (I), in which R 1 and R 2 independently of one another represent NR 3 R 4 or OR 5 and R 3 , R 4 and R 5 independently of one another represent H or a cyclic or acyclic, straight-chain or branched-chain, aliphatic or aromatic hydrocarbon functional group having 1 to 20 carbon atoms, the backbone of which may be interrupted by one or more non-adjacent heteroatoms, in particular selected from O and/or N, and/or which may be substituted by OH groups or NH 2 groups on C atoms not bonded to heteroatoms, in washing or cleaning agents in order to improve the washing or cleaning performance against bleachable stains.