mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication at a user equipment, UE, having a first radio supporting communications via a first frequency band and a second radio supporting communications via a second frequency band, comprising: receiving , via a first communication link in the first frequency band, a configuration for a second communication link in the second frequency band; determining whether an uplink for the second communication link can connect; activating the second radio based at least in part on the configuration; receiving , via the second radio, a downlink transmission over the second communication link; and transmitting uplink control information responsive to the downlink transmission over the first communication link or over the second communication link based at least in part on the determining whether the uplink for the second communication link can connect. receiving , via a first communication link in the first frequency band, a configuration for a second communication link in the second frequency band; determining whether an uplink for the second communication link can connect; activating the second radio based at least in part on the configuration; receiving , via the second radio, a downlink transmission over the second communication link; and transmitting uplink control information responsive to the downlink transmission over the first communication link or over the second communication link based at least in part on the determining whether the uplink for the second communication link can connect.
Method for monitoring the tyre pressure of a vehicle by means of a tyre pressure monitoring device , which comprises a pressure sensor for measuring the tyre pressure, an acceleration sensor and a transmitter for wireless trans-mission of tyre pressure data, and a central evaluation unit of the vehicle, which comprises a receiver , wherein when the vehicle is parked, the tyre pressure is regularly measured by the pressure sensor of the tyre pressure monitoring device , and when the vehicle is parked, pressure data are sent by the tyre pressure monitoring device at preset time intervals, characterised in that the receiver is actuated at matching preset intervals to receive the pressure data. a central evaluation unit of the vehicle, which comprises a receiver , wherein when the vehicle is parked, the tyre pressure is regularly measured by the pressure sensor of the tyre pressure monitoring device , and when the vehicle is parked, pressure data are sent by the tyre pressure monitoring device at preset time intervals, characterised in that the receiver is actuated at matching preset intervals to receive the pressure data.
A method of operating a vehicle door comprising the steps of: providing a door presenting signal; unlatching the door ; detecting the motion associated with the unlatched door ; pushing the unlatched door to an ajar position with a presenting actuator in response to the detected motion associated with the unlatched door , wherein the ajar position corresponds to an exterior surface of the unlatched door proud of the vehicle body line with the unlatched door disposed in a door opening to obstruct the door opening and prevent occupant egress or ingress; and mechanically holding the unlatched door in the ajar position. providing a door presenting signal; unlatching the door ; detecting the motion associated with the unlatched door ; pushing the unlatched door to an ajar position with a presenting actuator in response to the detected motion associated with the unlatched door , wherein the ajar position corresponds to an exterior surface of the unlatched door proud of the vehicle body line with the unlatched door disposed in a door opening to obstruct the door opening and prevent occupant egress or ingress; and mechanically holding the unlatched door in the ajar position.
A map based navigation method, comprising: acquiring (S110, S210, S310) a location status of a user terminal carrying a navigation client and a navigation operation of a user on a navigation interface, wherein the location status comprises a location of the user terminal; and switching (S120, S230, S330) automatically between at least two types of pages of the navigation client, based on the location status of the user terminal, wherein the switching automatically between the at least two types of pages of the navigation client, based on the location status of the user terminal comprises: switching from a current page at a low level to a page at a high level, wherein levels of the at least two types of the pages are arranged in ascending order of an amount of navigation information that is displayed, characterized in that the switching automatically between the at least two pages is also based on the navigation operation of the user and occurs if the location status of the user terminal satisfies a condition of driving in a navigation route, and the current page at a low level is stayed on for a first set time threshold value, and the user has no operation on the current page at the low level for a preset time before the switching. acquiring (S110, S210, S310) a location status of a user terminal carrying a navigation client and a navigation operation of a user on a navigation interface, wherein the location status comprises a location of the user terminal; and switching (S120, S230, S330) automatically between at least two types of pages of the navigation client, based on the location status of the user terminal, wherein the switching automatically between the at least two types of pages of the navigation client, based on the location status of the user terminal comprises: switching from a current page at a low level to a page at a high level, wherein levels of the at least two types of the pages are arranged in ascending order of an amount of navigation information that is displayed, characterized in that the switching automatically between the at least two pages is also based on the navigation operation of the user and occurs if the location status of the user terminal satisfies a condition of driving in a navigation route, and the current page at a low level is stayed on for a first set time threshold value, and the user has no operation on the current page at the low level for a preset time before the switching. switching from a current page at a low level to a page at a high level, wherein levels of the at least two types of the pages are arranged in ascending order of an amount of navigation information that is displayed, characterized in that the switching automatically between the at least two pages is also based on the navigation operation of the user and occurs if the location status of the user terminal satisfies a condition of driving in a navigation route, and the current page at a low level is stayed on for a first set time threshold value, and the user has no operation on the current page at the low level for a preset time before the switching.
A molding material, comprising: a thickened product of an epoxy resin composition; and a reinforcing fiber; wherein the epoxy resin composition including: a component (A): an aromatic epoxy resin; a component (B): an alicyclic diamine; a component (C): an epoxy resin curing agent that is not an alicyclic diamine; and a component (D): an aliphatic epoxy resin, wherein, when the viscosity at 25°C immediately after preparation of the epoxy resin composition is taken as (a) and the viscosity at 25°C after three hours from the preparation is taken as (b), the epoxy resin composition satisfies: (a) = 0.1 to 25 Pa·s; (b) = 0.1 to 25 Pa·s; and (b)/(a) ≤ 5, wherein the viscosity is measured by the method as indicated in the description. a thickened product of an epoxy resin composition; and a reinforcing fiber; a component (A): an aromatic epoxy resin; a component (B): an alicyclic diamine; a component (C): an epoxy resin curing agent that is not an alicyclic diamine; and a component (D): an aliphatic epoxy resin, wherein, when the viscosity at 25°C immediately after preparation of the epoxy resin composition is taken as (a) and the viscosity at 25°C after three hours from the preparation is taken as (b), the epoxy resin composition satisfies: (a) = 0.1 to 25 Pa·s; (b) = 0.1 to 25 Pa·s; and (b)/(a) ≤ 5, wherein the viscosity is measured by the method as indicated in the description. (a) = 0.1 to 25 Pa·s; (b) = 0.1 to 25 Pa·s; and (b)/(a) ≤ 5,
Method for operating a distributing machine, in particular seeder , having a plurality of spreading elements which are distributed at least approximately uniformly over the working width (B) of the distributing machine, and having a control system , wherein the spreading elements are divided into at least two partial widths which can be switched on and off, and wherein the control system comprises at least one position sensor and is configured a. to operate the partial widths independently of one another as a function of their position, and b. to store the geometrical data regarding the working width (B) and the at least two partial widths of the distributing machine in a memory of the control system , c . to determine a number of processing lanes for a multi-sided field on the basis of the geometrical data of the distributing machine, d . to produce a management plan from processing lanes distributed uniformly over the field, e . if the number of processing lanes of a full working width (B) for the field is not an even number, of determining at least one equalizing processing lane where partial widths are at least partially switched off, furthermore of determining that the partial widths switched off for processing the equalizing processing lane are located in a part of the field still provided for processing, and of determining the processing lane of a full working width (B) that is provided for processing after the equalizing processing lane , characterized in that - the equalizing processing lane is not processed at the field edge and the switched-off partial widths move in a part of the field that is yet to be processed, wherein the equalizing processing lane is provided before the processing lane last provided, which processing lane has the full working width (B) at the field edge and is processed last. a. to operate the partial widths independently of one another as a function of their position, and b. to store the geometrical data regarding the working width (B) and the at least two partial widths of the distributing machine in a memory of the control system , c . to determine a number of processing lanes for a multi-sided field on the basis of the geometrical data of the distributing machine, d . to produce a management plan from processing lanes distributed uniformly over the field, e . if the number of processing lanes of a full working width (B) for the field is not an even number, of determining at least one equalizing processing lane where partial widths are at least partially switched off, - the equalizing processing lane is not processed at the field edge and the switched-off partial widths move in a part of the field that is yet to be processed, wherein the equalizing processing lane is provided before the processing lane last provided, which processing lane has the full working width (B) at the field edge and is processed last.
A method of determining optimal focus for a photolithography system , the method comprising: acquiring a plurality of optical signals from a particular target (402a; 402b) located in a plurality of fields on a semiconductor wafer, wherein the fields were formed using different process parameters , including different focus values; extracting a feature from the optical signals related to changes in focus ; fitting a symmetric curve to the extracted feature of the optical signals as a function of focus ; determining and reporting an extreme point in the symmetric curve as an optimal focus for use in the photolithography system ; repeating the operations for acquiring, extracting, fitting, and determining and reporting for a plurality of wafers to determine a plurality of optimal focus; and determining a relationship between an actual focus of the photolithography system and an optimal focus . acquiring a plurality of optical signals from a particular target (402a; 402b) located in a plurality of fields on a semiconductor wafer, wherein the fields were formed using different process parameters , including different focus values; extracting a feature from the optical signals related to changes in focus ; fitting a symmetric curve to the extracted feature of the optical signals as a function of focus ; determining and reporting an extreme point in the symmetric curve as an optimal focus for use in the photolithography system ; repeating the operations for acquiring, extracting, fitting, and determining and reporting for a plurality of wafers to determine a plurality of optimal focus; and determining a relationship between an actual focus of the photolithography system and an optimal focus .
A monolithic refractory castable material, comprising from about 25 to about 80 weight percent of graphite, from about 1 to about 15 weight percent of a water dispersible, curable phenolic novolac resin, and from about 70 to about 15 weight percent of one or more refractory aggregates, based on the weight of the monolithic refractory castable material.
An airlaid substrate comprising at least one bicomponent fiber having a first region and a second region, wherein: the first region comprises polypropylene; and the second region comprises a blend of: an ethylene-based polymer having a density from 0.920 g/cm 3 to 0.970 g/cm 3 and a melt index (I 2 ) from 0.5 g/10 min. to 150 g/10 min., as determined by ASTM D1238 at 190 °C and 2.16 kg; and an ethylene acid copolymer comprising the polymerized reaction product of from 60 wt.% to 99 wt.% ethylene monomer and from 1 wt.% to 40 wt.% unsaturated dicarboxylic acid comonomer, based on the total weight of the monomers in the ethylene acid copolymer, the ethylene acid copolymer having a melt index (I 2 ) from 0.5 g/10 min. to 500 g/10 min., as determined by ASTM D1238 at 190 °C and 2.16 kg; wherein the airlaid substrate comprises at least 50 wt.% pulp, based on the total weight of the airlaid substrate, wherein the pulp is bonded to the bicomponent fiber; and wherein the first region is a core region of the bicomponent fiber, the second region is a sheath region of the bicomponent fiber, and the sheath region surrounds the core region. the first region comprises polypropylene; and the second region comprises a blend of: an ethylene-based polymer having a density from 0.920 g/cm 3 to 0.970 g/cm 3 and a melt index (I 2 ) from 0.5 g/10 min. to 150 g/10 min., as determined by ASTM D1238 at 190 °C and 2.16 kg; and an ethylene acid copolymer comprising the polymerized reaction product of from 60 wt.% to 99 wt.% ethylene monomer and from 1 wt.% to 40 wt.% unsaturated dicarboxylic acid comonomer, based on the total weight of the monomers in the ethylene acid copolymer, the ethylene acid copolymer having a melt index (I 2 ) from 0.5 g/10 min. to 500 g/10 min., as determined by ASTM D1238 at 190 °C and 2.16 kg; wherein the airlaid substrate comprises at least 50 wt.% pulp, based on the total weight of the airlaid substrate, wherein the pulp is bonded to the bicomponent fiber; and wherein the first region is a core region of the bicomponent fiber, the second region is a sheath region of the bicomponent fiber, and the sheath region surrounds the core region. an ethylene-based polymer having a density from 0.920 g/cm 3 to 0.970 g/cm 3 and a melt index (I 2 ) from 0.5 g/10 min. to 150 g/10 min., as determined by ASTM D1238 at 190 °C and 2.16 kg; and an ethylene acid copolymer comprising the polymerized reaction product of from 60 wt.% to 99 wt.% ethylene monomer and from 1 wt.% to 40 wt.% unsaturated dicarboxylic acid comonomer, based on the total weight of the monomers in the ethylene acid copolymer, the ethylene acid copolymer having a melt index (I 2 ) from 0.5 g/10 min. to 500 g/10 min., as determined by ASTM D1238 at 190 °C and 2.16 kg; wherein the airlaid substrate comprises at least 50 wt.% pulp, based on the total weight of the airlaid substrate, wherein the pulp is bonded to the bicomponent fiber; and wherein the first region is a core region of the bicomponent fiber, the second region is a sheath region of the bicomponent fiber, and the sheath region surrounds the core region.
Biocompatible and biodegradable nanofiber composition for wound healing and biomedical applications thereof comprising: a. Hydrophobic polymer selected from the group consisting of polycaprolactone (PCL), polylactide, polyhydroxyalkonates, polyglycolide, 2-hydroxy ethyl cellulose or Poly(3-Hydroxy butyric acid co-3-valeric acid) (PHBV); b. polysaccharides or proteins such as ethyl cellulose, egg albumin, bovine serum albumin (BSA) or human serum albumen; and c. polyesteramide of linseed, castor or neem oil incorporated with a transition metal ion. a. Hydrophobic polymer selected from the group consisting of polycaprolactone (PCL), polylactide, polyhydroxyalkonates, polyglycolide, 2-hydroxy ethyl cellulose or Poly(3-Hydroxy butyric acid co-3-valeric acid) (PHBV); b. polysaccharides or proteins such as ethyl cellulose, egg albumin, bovine serum albumin (BSA) or human serum albumen; and c. polyesteramide of linseed, castor or neem oil incorporated with a transition metal ion.
Floating cryogenic storage structure comprising a hull with a center line extending in a length direction and two longitudinal side walls , the structure comprising at least three spherical storage tanks , two tanks being situated with their midpoints on spaced apart longitudinal positions (T1,T2) along a first line (L1) extending in the length direction at a first side of the center line and a third tank being situated with its midpoint on a longitudinal position (T3) on a second line (L2) extending in the length direction at a second side of the center line, characterised in that a transverse distance (Wt) between the first and second lines (L1,L2) is not larger than a diameter (D) of the tanks and the longitudinal position (T3) of the midpoint of the third tank is situated between the longitudinal positions (T1,T2) of the midpoints of the first and second tanks.
Brush for the application of cosmetic products, comprising at least a housing seat for housing at least an application body having a plurality of spreading elements to spread a cosmetic product on a user and a grip body associable with said housing seat having an opening which defines said housing seat , wherein said housing seat comprises at least a concave portion and defining on said application body at least an application face of said cosmetic product, characterized in that said concave portion extends along a plurality of deformation planes with predefined inclination which are incident to one another and converge towards the inside of said housing seat , and by the fact that said housing seat comprises at least a convex portion made on a portion of said housing seat opposite to said concave portion , and extending along relative deformation surfaces allowing to reproduce the pattern of the user's facial features.
A light output monitoring apparatus for monitoring a power of light output from a light emitting end of a catheter incorporating an optical fiber , the apparatus comprising: a light receiving unit for receiving light output from the light emitting end of the catheter ; an attachment unit provided at a position opposite to the light receiving unit ;an adapter detachably attached to the attachment unit , fixed in position by being attached to the attachment unit , and including a through-hole ; a protective cap including an insertion opening provided at a first end and into which a part of the catheter of a predetermined range on the light emitting end side is removably inserted, including a window portion provided at a second end and for transmitting the light output from the light emitting end of the catheter , removably inserted into the through-hole of the adapter from the second end side, and fixed in position by being inserted into the through-hole , wherein in a state where the adapter is fixed in position by being attached to the attachment unit , the part of the catheter of the predetermined range on the light emitting end side is inserted into the insertion opening of the protective cap , and the protective cap is fixed in position by being inserted into the through-hole of the adapter , an output light power is monitored by causing the light output from the light emitting end of the catheter to pass through the window portion of the protective cap and to be incident on the light receiving unit , and wherein the protective cap includes a hole , and a hole cross-sectional area increases toward the end near the first end . a light receiving unit for receiving light output from the light emitting end of the catheter ; an attachment unit provided at a position opposite to the light receiving unit ;an adapter detachably attached to the attachment unit , fixed in position by being attached to the attachment unit , and including a through-hole ; a protective cap including an insertion opening provided at a first end and into which a part of the catheter of a predetermined range on the light emitting end side is removably inserted, including a window portion provided at a second end and for transmitting the light output from the light emitting end of the catheter , removably inserted into the through-hole of the adapter from the second end side, and fixed in position by being inserted into the through-hole , wherein in a state where the adapter is fixed in position by being attached to the attachment unit , the part of the catheter of the predetermined range on the light emitting end side is inserted into the insertion opening of the protective cap , and the protective cap is fixed in position by being inserted into the through-hole of the adapter , an output light power is monitored by causing the light output from the light emitting end of the catheter to pass through the window portion of the protective cap and to be incident on the light receiving unit , and wherein the protective cap includes a hole , and a hole cross-sectional area increases toward the end near the first end .
Atmospheric gas burner for cooking tops , in particular household cooking tops , where the air-gas mixture is obtained by the effect of the gas supply pressure using the principle of the tube ejector (10; 310) of Venturi wherein its maximum required power (Wb) is satisfied by a quantity Z ≥ 1 of ejectors , where each of said ejectors : - develops on a horizontal plane, - has the axis of its diffuser comprising a first stretch and a second and last stretch ; - the axis of said diffuser in said first stretch being substantially rectilinear and tangential to a circle with centre on the central axis of said burner while in the said second stretch gradually bending substantially, still on said horizontal plane, as a spiral towards the same central axis , - said second and last stretch merging gradually to coincide with a corresponding peripheral portion of a conveying chamber - leads, downstream of said diffuser , to a converging channel which gradually bends vertically upwards and which, in turn, leads to one or more diffusion chambers to which one or more flame spreading caps act as cover. - develops on a horizontal plane, - has the axis of its diffuser comprising a first stretch and a second and last stretch ; - the axis of said diffuser in said first stretch being substantially rectilinear and tangential to a circle with centre on the central axis of said burner while in the said second stretch gradually bending substantially, still on said horizontal plane, as a spiral towards the same central axis , - said second and last stretch merging gradually to coincide with a corresponding peripheral portion of a conveying chamber - leads, downstream of said diffuser , to a converging channel which gradually bends vertically upwards and which, in turn, leads to one or more diffusion chambers to which one or more flame spreading caps act as cover.