mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication performed by a user equipment, UE, comprising: identifying a sounding reference signal configuration for transmission of one or more sounding reference signals to a base station that indicates periodic intervals for transmission of the one or more sounding reference signals, a first offset value from a starting time of each of the periodic intervals that indicates a first transmission time that is available for the one or more sounding reference signal transmissions, and at least a second offset value from the starting time of each of the periodic intervals or from the first transmission time that indicates a second transmission time within each of the periodic intervals that is available for transmission of the one or more sounding reference signals if a first listen-before-talk procedure for the first transmission time is unsuccessful, wherein one of more of the first offset value or the second offset value is determined based at least in part on a random selection from a set of available offset values; determining, based at least in part on the first listen-before-talk procedure for the first transmission time, that a wireless channel in a shared radio frequency spectrum band is unavailable for transmission of a first sounding reference signal at the first transmission time; and performing at least a second listen-before-talk procedure for at least the second transmission time to determine whether the wireless channel in the shared radio frequency spectrum band is available for transmission of the first sounding reference signal. identifying a sounding reference signal configuration for transmission of one or more sounding reference signals to a base station that indicates periodic intervals for transmission of the one or more sounding reference signals, a first offset value from a starting time of each of the periodic intervals that indicates a first transmission time that is available for the one or more sounding reference signal transmissions, and at least a second offset value from the starting time of each of the periodic intervals or from the first transmission time that indicates a second transmission time within each of the periodic intervals that is available for transmission of the one or more sounding reference signals if a first listen-before-talk procedure for the first transmission time is unsuccessful, wherein one of more of the first offset value or the second offset value is determined based at least in part on a random selection from a set of available offset values; determining, based at least in part on the first listen-before-talk procedure for the first transmission time, that a wireless channel in a shared radio frequency spectrum band is unavailable for transmission of a first sounding reference signal at the first transmission time; and performing at least a second listen-before-talk procedure for at least the second transmission time to determine whether the wireless channel in the shared radio frequency spectrum band is available for transmission of the first sounding reference signal.
A communication method, comprising: sending, by a core network device or a second network device, to a first network device, a first paging message that is used to page a first terminal device, wherein the first network device is a network device to which a cell of a first network belongs, the first paging message comprises seventh information, the seventh information is related to a second network associated with the first paging message, a network type of the second network is a second network type, and a network type of the first network is a first network type; wherein the first network type is a public network and the second network type is a non-public network, or the first network type is a non-public network and the second network type is a public network, and the seventh information indicates a network identifier of the second network associated with the first paging message. sending, by a core network device or a second network device, to a first network device, a first paging message that is used to page a first terminal device, wherein the first network device is a network device to which a cell of a first network belongs, the first paging message comprises seventh information, the seventh information is related to a second network associated with the first paging message, a network type of the second network is a second network type, and a network type of the first network is a first network type; wherein the first network type is a public network and the second network type is a non-public network, or the first network type is a non-public network and the second network type is a public network, and the seventh information indicates a network identifier of the second network associated with the first paging message.
A transistor comprising: a trench formed in a semiconductor substrate, the trench having a first sidewall, a second sidewall and a bottom surface, a vertical field plate formed in the trench, the vertical field plate located between the first sidewall and the second sidewall; a first dielectric material filling the trench between the first sidewall and the vertical field plate, wherein a portion of the first dielectric extends between a bottom edge of the vertical field plate and the bottom surface of the trench; a second dielectric material filling the trench between the vertical field plate and the second sidewall, the second dielectric material having a dielectric constant lower than that of the first dielectric material; a gate electrode disposed in the first dielectric material between the first sidewall and the vertical field plate; and a source region formed in the semiconductor substrate having at least a portion of the source region adjacent to the first sidewall, and a drain region formed in the semiconductor substrate having at least a portion of the drain region adjacent to the second sidewall, and a body region formed in the semiconductor substrate having at least a portion of the body region adjacent to the first sidewall, the source region formed in the body region. a trench formed in a semiconductor substrate, the trench having a first sidewall, a second sidewall and a bottom surface, a vertical field plate formed in the trench, the vertical field plate located between the first sidewall and the second sidewall; a first dielectric material filling the trench between the first sidewall and the vertical field plate, wherein a portion of the first dielectric extends between a bottom edge of the vertical field plate and the bottom surface of the trench; a second dielectric material filling the trench between the vertical field plate and the second sidewall, the second dielectric material having a dielectric constant lower than that of the first dielectric material; a gate electrode disposed in the first dielectric material between the first sidewall and the vertical field plate; and a source region formed in the semiconductor substrate having at least a portion of the source region adjacent to the first sidewall, and a drain region formed in the semiconductor substrate having at least a portion of the drain region adjacent to the second sidewall, and a body region formed in the semiconductor substrate having at least a portion of the body region adjacent to the first sidewall, the source region formed in the body region.
Impeller with an axial inlet side as well as several impeller blades spaced apart in the circumferential direction and extending for at least a section in the radial direction, having a blade contour which increases at least partly radially outward as seen in the radial cross section and points toward the inlet side, wherein the impeller has a diameter d and an extension in an axial direction parallel to an axis of rotation, characterized in that the blade contour has an edge design, said edge desing looking in cross section has a form determined by the formula f(x) = n * (0.025 * x 2 - 0.8 * x + c), so that a particle adherence during a rotation of the impeller is reduced, wherein n and x are defined as 3 ≥ n ≥ 1/3, d ≥ x ≥ d/50, and c is a variable number.
A method performed by a first terminal, the method comprising: receiving, from a second terminal, a first discovery message including first identification information on an application to be discovered; identifying whether the first identification information in the first discovery message corresponds to second identification information associated with an application running on the first terminal; in case that the first identification information corresponds to the second identification information, transmitting, to the second terminal, a request message for additional information; and receiving, from the second terminal, a second discovery message including the additional information. receiving, from a second terminal, a first discovery message including first identification information on an application to be discovered; identifying whether the first identification information in the first discovery message corresponds to second identification information associated with an application running on the first terminal; in case that the first identification information corresponds to the second identification information, transmitting, to the second terminal, a request message for additional information; and receiving, from the second terminal, a second discovery message including the additional information.
An electronic apparatus, comprising: a stream inputting portion configured to input plural transport streams; an information adding portion configured to add additional information, containing therein a time stamp corresponding to time of input and a stream identifier used to identify at least a corresponding transport stream, to respective transport stream packets of the plural transport streams thus inputted, wherein the information adding portion is configured to add the additional information forward, backward or midway with respect to each of the transport stream packets; a stream synthesizing portion configured to synthesize the plural transport streams in which the additional information is added to each of the transport stream packets, thereby obtaining one stream; a stream transmitting portion configured to transmit the resulting one stream to a conditional access module through a common interface, a stream receiving portion configured to successively receive transport stream packets, to each of which the additional information is added, from the conditional access module; and a stream reconstructing portion configured to reconstruct plural transport streams based on the additional information from the transport stream packets. a stream inputting portion configured to input plural transport streams; an information adding portion configured to add additional information, containing therein a time stamp corresponding to time of input and a stream identifier used to identify at least a corresponding transport stream, to respective transport stream packets of the plural transport streams thus inputted, wherein the information adding portion is configured to add the additional information forward, backward or midway with respect to each of the transport stream packets; a stream synthesizing portion configured to synthesize the plural transport streams in which the additional information is added to each of the transport stream packets, thereby obtaining one stream; a stream transmitting portion configured to transmit the resulting one stream to a conditional access module through a common interface, a stream receiving portion configured to successively receive transport stream packets, to each of which the additional information is added, from the conditional access module; and a stream reconstructing portion configured to reconstruct plural transport streams based on the additional information from the transport stream packets.
A method of manufacturing a display device (100, 300), the method comprising: mounting a cover window (110, 310) comprising a curved portion (112, 310) to a first jig (210, 510) comprising a curved portion; mounting a panel member to a second jig (220, 520) that conforms to a surface of the first jig (210, 510); and laminating the cover window (110, 310) to the panel member by moving the first jig (210, 510) and/or the second jig (220, 520) to one another, characterized in that middle portions of a display panel and an adhesive layer of the display member are curved to protrude towards the first jig (210, 510), and moving the first jig (210, 510) and/or the second jig (220, 520) to one another, such that first the middle portions contact a flat portion of the cover window (110, 310). mounting a cover window (110, 310) comprising a curved portion (112, 310) to a first jig (210, 510) comprising a curved portion; mounting a panel member to a second jig (220, 520) that conforms to a surface of the first jig (210, 510); and laminating the cover window (110, 310) to the panel member by moving the first jig (210, 510) and/or the second jig (220, 520) to one another, characterized in that middle portions of a display panel and an adhesive layer of the display member are curved to protrude towards the first jig (210, 510), and moving the first jig (210, 510) and/or the second jig (220, 520) to one another, such that first the middle portions contact a flat portion of the cover window (110, 310).
A method, comprising: storing electrical energy near a well on a sea floor; storing hydraulic energy near the well on the sea floor; and activating a shear ram with a combination of the stored electrical energy and the stored hydraulic energy by: activating the shear ram with the stored electrical energy to move the shear ram a first distance; and activating the shear ram with the stored hydraulic energy to move the shear ram a second distance. storing electrical energy near a well on a sea floor; storing hydraulic energy near the well on the sea floor; and activating a shear ram with a combination of the stored electrical energy and the stored hydraulic energy by: activating the shear ram with the stored electrical energy to move the shear ram a first distance; and activating the shear ram with the stored hydraulic energy to move the shear ram a second distance. activating the shear ram with the stored electrical energy to move the shear ram a first distance; and activating the shear ram with the stored hydraulic energy to move the shear ram a second distance.
An optoelectronic sensor for detecting objects in a monitoring area, configured as a single-beam system or as a laser scanner and comprising a light transmitter having a plurality of individual light sources with transmitting optics for transmitting a transmitted light beam that is composed of individual light beams from the individual light sources and generates a transmitted light spot in the monitoring area, a light receiver for generating a received signal from the transmitted light beam that has been remitted in the monitoring region and impinges on the light receiver to generate a received light spot on the light receiver, and an evaluation unit for detecting the objects from the received signal, characterized in that an optical deflecting element is arranged between the light transmitter and the transmitting optics, reducing the transmitted light spot and the received light spot in size, the optical deflecting element comprising non-imaging micro-optical regions that are assigned to the individual light sources and that deflect the individual light beams towards one another in such a manner that the cross-sections of the individual light beams in a virtual image plane in front of the transmitting optics together occupy a smaller area than the individual light sources themselves, so that the light transmitter behaves like a light transmitter having a more compact arrangement of individual light sources in the virtual image plane, with the individual light beams appearing to originate from a smaller area than originally physically on the light transmitter.
A dry powder inhaler (100, 200) comprising: a housing (102, 202, 104, 204) with a lower housing part (104, 204) to form at least one air inlet (106, 206) and at least one air outlet (108, 208); at least one container (116, 216) in the lower housing part (104, 204), the container (116, 216) having a cavity (118, 218) for a dry powder drug; and a chamber (122, 222) above the at least one container (116, 216) for deaggregation of the drug after emptying of the drug from the cavity (118, 218); wherein upon inhalation by a user at the at least one air outlet (108, 208), air flows from the at least one air inlet (106, 206) into and through the chamber (122, 222) to empty the drug from the cavity (118, 218) and convey the drug to the at least one outlet (108, 208); wherein the housing (102, 202, 104, 204) comprises an upper housing part (102, 202) connectable with the lower housing part (104, 204) to form the at least one air inlet (106, 206) and the at least one air outlet (108, 208), and; characterized in that the chamber (122, 222) is present in the lower housing part (104, 204). a housing (102, 202, 104, 204) with a lower housing part (104, 204) to form at least one air inlet (106, 206) and at least one air outlet (108, 208); at least one container (116, 216) in the lower housing part (104, 204), the container (116, 216) having a cavity (118, 218) for a dry powder drug; and a chamber (122, 222) above the at least one container (116, 216) for deaggregation of the drug after emptying of the drug from the cavity (118, 218); wherein upon inhalation by a user at the at least one air outlet (108, 208), air flows from the at least one air inlet (106, 206) into and through the chamber (122, 222) to empty the drug from the cavity (118, 218) and convey the drug to the at least one outlet (108, 208); wherein the housing (102, 202, 104, 204) comprises an upper housing part (102, 202) connectable with the lower housing part (104, 204) to form the at least one air inlet (106, 206) and the at least one air outlet (108, 208), and; characterized in that the chamber (122, 222) is present in the lower housing part (104, 204).
A method of screening a package or envelope of mail, in a mail distribution centre, to identify the presence or otherwise of one or more predefined substances or classes of substances within the package or envelope, the method comprising the steps of: supplying incident radiation to an incident region (62, 111) on a surface of said package or envelope; detecting Raman scattered light from a collection region (64, 119) on a surface of said package or envelope, the collection region being spaced from the incident region; comparing the Raman scattered light to information related to said predefined substances or classes of substances; and determining the presence or otherwise of said one or more predefined substances or classes of substances within said package or envelope. supplying incident radiation to an incident region (62, 111) on a surface of said package or envelope; detecting Raman scattered light from a collection region (64, 119) on a surface of said package or envelope, the collection region being spaced from the incident region; comparing the Raman scattered light to information related to said predefined substances or classes of substances; and determining the presence or otherwise of said one or more predefined substances or classes of substances within said package or envelope.
A spray cap for a spray container, the spray cap comprising a tubular wall for connection to the spray container, a cap plate and means to admit air into the space defined by the tubular wall but which prevents the outflow of liquid from the said space to the exterior, wherein the cap plate comprises a support plate of polymeric material in which an aperture is formed and an insert of more resilient polymeric material is retained in the aperture and forms a liquid tight seal with the support plate, that the support plate and the insert define a liquid flow path and include respective opposed annular sealing areas characterised in that a plurality of spray slits is formed in said insert of said cap plate and whereby said liquid flow path is between said space and said plurality of flow slits and said opposed annular sealing areas are situated upstream of the plurality of spray slits in the liquid flow path and which are biased into sealing contact with one another by the resilience of the insert, whereby when the spray cap is inverted and an increased pressure is produced in the said space the pressure acts on the insert and the insert is caused to deform such that the sealing areas move out of sealing contact and liquid can flow to the plurality of spray slits.
A dispenser for sequentially dispensing a plurality of miniature products, comprising: a plurality of adhesive tabs having individual apertures; a product carrier component supporting a plurality of the products successively spaced apart at one side of the product carrier component; and a hook component having a hook, the hook component and the product carrier component being movable relative to each other, the hook being sized to successively enter each aperture, and to successively catch and successively remove each tab from its individual product during relative movement of the components (30, 40); said dispenser being characterized in that - each tab is removably adhered to an individual product; and - the product carrier component has a plurality of passages through which the tabs individually pass to situate the apertures at an opposite side of the product carrier component. a plurality of adhesive tabs having individual apertures; a product carrier component supporting a plurality of the products successively spaced apart at one side of the product carrier component; and a hook component having a hook, the hook component and the product carrier component being movable relative to each other, the hook being sized to successively enter each aperture, and to successively catch and successively remove each tab from its individual product during relative movement of the components (30, 40); said dispenser being characterized in that - each tab is removably adhered to an individual product; and - the product carrier component has a plurality of passages through which the tabs individually pass to situate the apertures at an opposite side of the product carrier component. - each tab is removably adhered to an individual product; and - the product carrier component has a plurality of passages through which the tabs individually pass to situate the apertures at an opposite side of the product carrier component.