mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a user equipment, UE, to transmit control information via a physical uplink control channel, PUCCH, in a wireless communication system, the method comprising: modulating the control information to generate N 1 modulation symbols, wherein N 1 is twice of a number of subcarriers in one resource block, RB; circularly shifting and then fourier transforming the first N 1 /2 modulation symbols of the N 1 modulation symbols to generate first complex-valued symbols; circularly shifting and then fourier transforming the second N 1 /2 modulation symbols of the N 1 modulation symbols to generate second complex-valued symbols; and transmitting the first complex-valued symbols via first single carrier frequency division multiple access, SC-FDMA, symbols for the PUCCH in a 1 st slot of a subframe, and the second complex-valued symbols via second SC-FDMA symbols for the PUCCH in a 2 nd slot of the subframe, wherein circular shift values for the first N 1 /2 and second N 1 /2 modulation symbols are determined per respective SC-FDMA symbols where the first N 1 /2 and second N 1 /2 modulation symbols are transmitted, wherein each of the first SC-FDMA symbols includes a product of the first N 1 /2 modulation symbols and a respective element of a first orthogonal code, and each of the second SC-FDMA symbols includes a product of the second N 1 /2 modulation symbols and a respective element of a second orthogonal code. modulating the control information to generate N 1 modulation symbols, wherein N 1 is twice of a number of subcarriers in one resource block, RB; circularly shifting and then fourier transforming the first N 1 /2 modulation symbols of the N 1 modulation symbols to generate first complex-valued symbols; circularly shifting and then fourier transforming the second N 1 /2 modulation symbols of the N 1 modulation symbols to generate second complex-valued symbols; and transmitting the first complex-valued symbols via first single carrier frequency division multiple access, SC-FDMA, symbols for the PUCCH in a 1 st slot of a subframe, and the second complex-valued symbols via second SC-FDMA symbols for the PUCCH in a 2 nd slot of the subframe, wherein circular shift values for the first N 1 /2 and second N 1 /2 modulation symbols are determined per respective SC-FDMA symbols where the first N 1 /2 and second N 1 /2 modulation symbols are transmitted, wherein each of the first SC-FDMA symbols includes a product of the first N 1 /2 modulation symbols and a respective element of a first orthogonal code, and each of the second SC-FDMA symbols includes a product of the second N 1 /2 modulation symbols and a respective element of a second orthogonal code.
A fuel vapor transfer system comprising a filler-neck closure including a closure body adapted to be extended into a fuel-conducting passageway formed in a fuel-tank filler neck , the closure body being formed to include a vent aperture adapted to communicate with the fuel-conducting passageway formed in the fuel-tank filler neck when the closure body is mounted on the fuel-tank filler neck , the closure body also being formed to include an interior chamber arranged to lie in fluid communication with the vent aperture formed in the closure body , the filler-neck closure also including an upper O-ring seal arranged to surround and mate with the closure body and adapted to mate with the fuel-tank filler neck and cooperate with the closure body to close a filler-neck mouth opening into the fuel-conducting passageway formed in the fuel-tank filler neck and a vacuum-relief valve mounted in the closure body for movement relative to the closure body from a normally closed position blocking flow of pressurized fuel vapor extant in the fuel-tank filler neck through the vent aperture into the interior chamber of the closure body to an opened position allowing flow of air from the atmosphere into the fuel-tank filler neck in response to exposure of the vacuum-relief valve to fuel vapor extant in the fuel-tank filler neck , a closure cover arranged to overlie the filler-neck closure and to be gripped by a user and supported for movement relative to the filler-neck closure , and a valve mover coupled to the vacuum-relief valve and arranged to move the vacuum-relief valve from the normally closed position to the opened position in response to movement of the closure cover relative to the filler-neck closure , wherein the closure body also includes a side wall adapted to be surrounded by an interior surface of the fuel-tank filler neck when the closure body mates with the fuel-tank filler neck and the side wall of the closure body is formed to include a vent channel having a channel inlet opening into the interior chamber formed in the closure body and a channel outlet adapted to open into the fuel-conducting passageway formed in the fuel-tank filler neck when the closure body and the upper O-ring seal mate with the fuel-tank filler neck to close the filler-neck mouth opening into the fuel-conducting passageway formed in the fuel-tank filler neck .
A digital microscope comprising: a stationary stand base body , a pivot unit mounted on a shaft of the stand base body pivotably about the longitudinal axis of the shaft , the pivot unit comprising an image capturing unit for capturing images of objects to be examined microscopically, a brake unit (32 to 38) for braking and/or immobilizing the pivot unit , and an actuation element for releasing the brake unit (32 to 38), at least one elastic element being provided that exerts, upon pivoting of the pivot unit out of a predetermined zero position, a restoring moment (M R ) on the pivot unit , the restoring moment (M R ) being directed against a tangential moment (M T ) generated by the weight (G) of the pivot unit , characterized in that the stand base body comprises a slotted link and the pivot unit comprises a rod that is firmly connected to the pivot unit , the rod projecting into the slotted link and being guided within the slotted link . a stationary stand base body , a pivot unit mounted on a shaft of the stand base body pivotably about the longitudinal axis of the shaft , the pivot unit comprising an image capturing unit for capturing images of objects to be examined microscopically, a brake unit (32 to 38) for braking and/or immobilizing the pivot unit , and an actuation element for releasing the brake unit (32 to 38), at least one elastic element being provided that exerts, upon pivoting of the pivot unit out of a predetermined zero position, a restoring moment (M R ) on the pivot unit , the restoring moment (M R ) being directed against a tangential moment (M T ) generated by the weight (G) of the pivot unit , characterized in that the stand base body comprises a slotted link and the pivot unit comprises a rod that is firmly connected to the pivot unit , the rod projecting into the slotted link and being guided within the slotted link .
A household appliance, comprising a housing that forms an appearance body of the household appliance, wherein the housing has an opening portion , a cover that is movably disposed on the housing to open or close the opening portion a light source is provided on the housing , and a light guide element is provided on the cover , wherein the light source is fixed on the housing , and a light receiving end of the light guide element passes through a movement gap between the cover and the housing to approach or connect to the light source .
A method performed by a wireless communication device of enabling access to a plurality of communication networks (107-110), comprising: acquiring (S101) information regarding network access capabilities of any modems (102-105) with which the wireless communication device is equipped, as well as information identifying operator profiles available to each of said any modems, the operator profiles containing operator profile information required to identify the operator with which the user subscribes as well as access credentials required to connect to the network; establishing (S102) a connection with a network connectivity selection node being capable of determining which network access is available for each of said any modems of the wireless communication device; reporting (S103) the acquired network access capabilities and operator profiles of each of said any modems to the network connectivity selection node; receiving (S105), in reply to the reporting, a recommendation on which one or more of said any modems to use for connecting to one or more of the plurality of communication networks and characterized in : receiving a new operator profile to be used by the recommended one or more modems (102-105), if the recommended one or more modem lacks an adequate operator profile for connecting to the one or more of the plurality of communication networks (107-110); and providing said one or more modems with the received new operator profile. acquiring (S101) information regarding network access capabilities of any modems (102-105) with which the wireless communication device is equipped, as well as information identifying operator profiles available to each of said any modems, the operator profiles containing operator profile information required to identify the operator with which the user subscribes as well as access credentials required to connect to the network; establishing (S102) a connection with a network connectivity selection node being capable of determining which network access is available for each of said any modems of the wireless communication device; reporting (S103) the acquired network access capabilities and operator profiles of each of said any modems to the network connectivity selection node; receiving (S105), in reply to the reporting, a recommendation on which one or more of said any modems to use for connecting to one or more of the plurality of communication networks and characterized in : receiving a new operator profile to be used by the recommended one or more modems (102-105), if the recommended one or more modem lacks an adequate operator profile for connecting to the one or more of the plurality of communication networks (107-110); and providing said one or more modems with the received new operator profile. receiving a new operator profile to be used by the recommended one or more modems (102-105), if the recommended one or more modem lacks an adequate operator profile for connecting to the one or more of the plurality of communication networks (107-110); and providing said one or more modems with the received new operator profile.
An absorbent article comprising an absorbent assembly having an absorbent member and an outer cover disposed on a non-skin facing side of the absorbent assembly , having a front section (A) adapted to be worn about the front of a wearer, a rear section (B) adapted to be worn about the back of the wearer, and a crotch section (C) located between the front and rear sections, and having a longitudinal direction (X) corresponding to the direction from the front section (A) to the rear section (B) through the crotch section (C) and a lateral direction (Y) perpendicular to the longitudinal direction (X), the outer cover comprising an outer sheet on a non-skin facing side defining an exterior side of the absorbent article, an inner sheet on a skin facing side of the outer sheet , and a plurality of elastic members between the outer and inner sheets, the outer cover having a waist elasticized region (G1) longitudinally distal to the absorbent assembly and a lower elasticized region (G2) located longitudinally proximal to the waist elasticized region (G1) in a region longitudinally overlapping the absorbent assembly , the outer and inner sheets being bonded at bonds spaced apart in the lateral direction in a pattern forming between laterally adjacent bonds a non-bonded region where the outer and the inner sheets are not bonded to each other continuously in the longitudinal direction, the outer sheet being configured to bulge away from a wearer's skin upon contraction of the elastic members to form a plurality of longitudinally extending folds, and the waist elasticized region (G1) having a lower bond strength than the lower elasticized region (G2), the bond strength being measured in accordance with the method described in paragraph of the A1-publication. the outer cover comprising an outer sheet on a non-skin facing side defining an exterior side of the absorbent article, an inner sheet on a skin facing side of the outer sheet , and a plurality of elastic members between the outer and inner sheets, the outer cover having a waist elasticized region (G1) longitudinally distal to the absorbent assembly and a lower elasticized region (G2) located longitudinally proximal to the waist elasticized region (G1) in a region longitudinally overlapping the absorbent assembly , the outer and inner sheets being bonded at bonds spaced apart in the lateral direction in a pattern forming between laterally adjacent bonds a non-bonded region where the outer and the inner sheets are not bonded to each other continuously in the longitudinal direction, the outer sheet being configured to bulge away from a wearer's skin upon contraction of the elastic members to form a plurality of longitudinally extending folds, and the waist elasticized region (G1) having a lower bond strength than the lower elasticized region (G2), the bond strength being measured in accordance with the method described in paragraph of the A1-publication.
A method for processing algae, the method comprising: (i) subjecting algae to an osmotic shock (ii) treating the shocked algae with an enzyme composition comprising cell wall degrading enzymes; (iii) separating the enzyme treated algae into a solid phase and a liquid phase; characterized in that the enzyme treatment of the algae is started within three hours of harvesting the algae and the temperature in step (i) to step (iii) is in the range of 4 to 30 degrees C. (i) subjecting algae to an osmotic shock (ii) treating the shocked algae with an enzyme composition comprising cell wall degrading enzymes; (iii) separating the enzyme treated algae into a solid phase and a liquid phase;
A semiconductor structure having a pair of transistor devices, one of the pair of devices being a column III-V transistor device and the other one of the pair of transistor devices being a non-column III-V transistor device , comprising: a silicon substrate ; a dielectric layer ; a non-column III-V semiconductor layer disposed on the substrate over the dielectric layer ; the column III-V transistor device formed in an AlGaN active region semiconductor layer on a III-V material stack consisting of GaN material on an AlN nucleation or transition layer over one region of the substrate and the non-column III-V transistor device formed in the non-column III-V semiconductor layer over the dielectric layer over another region of the substrate ; a barrier of column III-V material disposed vertically through the non-column III-V semiconductor layer and the dielectric layer and around one of the pair of transistor devices to separate the non-column III-V semiconductor layer into electrically isolated regions and to electrically isolate the column III-V transistor device from the non-column III-V transistor device ; and a dielectric or protection layer formed on top of the barrier of column III-V material and the active region semiconductor layer ; wherein the barrier of column III-V material is formed at the same time as, and from the same column III-V materials as, said III-V material stack which is part of the material forming the column III-V transistor device , and wherein no active region layer is formed on the barrier of column III-V material such that there is no sheet charge associated with an active region layer on the barrier of column III-V material. a silicon substrate ; a dielectric layer ; a non-column III-V semiconductor layer disposed on the substrate over the dielectric layer ; the column III-V transistor device formed in an AlGaN active region semiconductor layer on a III-V material stack consisting of GaN material on an AlN nucleation or transition layer over one region of the substrate and the non-column III-V transistor device formed in the non-column III-V semiconductor layer over the dielectric layer over another region of the substrate ; a barrier of column III-V material disposed vertically through the non-column III-V semiconductor layer and the dielectric layer and around one of the pair of transistor devices to separate the non-column III-V semiconductor layer into electrically isolated regions and to electrically isolate the column III-V transistor device from the non-column III-V transistor device ; and a dielectric or protection layer formed on top of the barrier of column III-V material and the active region semiconductor layer ; wherein the barrier of column III-V material is formed at the same time as, and from the same column III-V materials as, said III-V material stack which is part of the material forming the column III-V transistor device , and wherein no active region layer is formed on the barrier of column III-V material such that there is no sheet charge associated with an active region layer on the barrier of column III-V material.
A recovery method for a reinforcing material, comprising contacting heated titanium oxide granules with a reinforced plastic, wherein said reinforced plastic comprises a carbon fiber-reinforced plastic, characterized in that said granules each have a specific surface area in a range of from 30 m 2 /g to 70 m 2 /g as measured by a BET method, said heating temperature of the heated titanium oxide granules is within a range of from 300°C to 600°C, and said carbon fiber is recovered in a state of long fiber or woven fabric.
A front vehicle-body structure for a vehicle , comprising: a suspension subframe including a pair of left and right side frames extending in a vehicle front-rear direction, and a cross member connecting front end portions of the side frames in a vehicle width direction; a front beam member extending in the vehicle width direction on a vehicle front side relative to the suspension subframe ; and a pair of left and right connecting members connecting the front end portions of the pair of left and right side frames to the front beam member in the vehicle front-rear direction, wherein at a connecting portion between the front end portion of each of the side frames and the cross member , a high-rigidity portion having a higher rigidity than other portions of the side frame is formed the front vehicle-body structure being characterised in that the front beam member has a side end portion extending on a vehicle-width-direction outer side relative to a connecting position with each of the connecting members , and a protrusion portion protruding from the side end portion toward a vehicle rear side, the protrusion portion being configured to come into contact with the high-rigidity portion from the vehicle-width-direction outer side when a collision load from the vehicle front side is input to the side end portion . a suspension subframe including a pair of left and right side frames extending in a vehicle front-rear direction, and a cross member connecting front end portions of the side frames in a vehicle width direction; a front beam member extending in the vehicle width direction on a vehicle front side relative to the suspension subframe ; and a pair of left and right connecting members connecting the front end portions of the pair of left and right side frames to the front beam member in the vehicle front-rear direction, wherein at a connecting portion between the front end portion of each of the side frames and the cross member , a high-rigidity portion having a higher rigidity than other portions of the side frame is formed the front vehicle-body structure being characterised in that the front beam member has a side end portion extending on a vehicle-width-direction outer side relative to a connecting position with each of the connecting members , and a protrusion portion protruding from the side end portion toward a vehicle rear side, the protrusion portion being configured to come into contact with the high-rigidity portion from the vehicle-width-direction outer side when a collision load from the vehicle front side is input to the side end portion .
A reaction system for producing fuel, comprising a device for producing hydrogen by electrolysis and a reactor for producing fuel, wherein the device for producing hydrogen by electrolysis is connected to a power supply device of a power plant , wherein the device for producing hydrogen by electrolysis is adapted to producing hydrogen by electrolysis powered by peak load regulated power balance of the power supply device of the power plant , wherein the reactor for producing fuel is adapted to producing fuel using the hydrogen and carbon dioxide, wherein a first input of the reactor for producing fuel is connected to a pipeline for outputting the hydrogen of the device for producing hydrogen by electrolysis , wherein a second input of the reactor for producing fuel is connected to a source for supplying the carbon dioxide , wherein a port for outputting the fuel of the reactor for producing fuel is adapted to being connected to a device for collecting the fuel or a device that is to use the fuel, wherein the pipeline for outputting the hydrogen of the device for producing hydrogen by electrolysis is connected to a hydrogen tank of transportation equipment through a device for ultra-low temperature liquefaction or a device for high pressure gas compression, for providing the transportation equipment with ultra-low temperature liquid hydrogen energy or high pressure compressed gaseous hydrogen. wherein the device for producing hydrogen by electrolysis is connected to a power supply device of a power plant , wherein the device for producing hydrogen by electrolysis is adapted to producing hydrogen by electrolysis powered by peak load regulated power balance of the power supply device of the power plant , wherein the reactor for producing fuel is adapted to producing fuel using the hydrogen and carbon dioxide, wherein a first input of the reactor for producing fuel is connected to a pipeline for outputting the hydrogen of the device for producing hydrogen by electrolysis , wherein a second input of the reactor for producing fuel is connected to a source for supplying the carbon dioxide , wherein a port for outputting the fuel of the reactor for producing fuel is adapted to being connected to a device for collecting the fuel or a device that is to use the fuel, wherein the pipeline for outputting the hydrogen of the device for producing hydrogen by electrolysis is connected to a hydrogen tank of transportation equipment through a device for ultra-low temperature liquefaction or a device for high pressure gas compression, for providing the transportation equipment with ultra-low temperature liquid hydrogen energy or high pressure compressed gaseous hydrogen.