mhurhangee/patent-ind-claim-en huggingface dataset:
A roller formed such that a surface of a rotating support body that supports a covering comprising knit fabric is covered thereby, characterized in that this roller is a roller for conveying a sheet-like object or a three-dimensional object, a roller for supplying a sheet-like object or a three-dimensional object, a roller for moving in idler fashion in accompaniment to movement of a sheet-like object or a three-dimensional object, a roller for using air to carry out cooling or drying while moving a sheet-like object or a three-dimensional object, or a roller for rotating while subjecting a sheet-like object or a three-dimensional object to suction; the knit fabric that covers the surface of the roller comprising such rotating support body has gaps possessing air permeability comprising loops of yarn ; the knit fabric further has steps comprising stripes in a pattern of bands in a knit textile at a front surface or a back surface thereof, and has the stripes in the pattern of bands produced by these steps , and is supported by the surface of the rotating support body so as to be arranged such that the stripes in the pattern of bands at this knit fabric are inclined in roughly perpendicular fashion with respect to a rotational direction (la); this knit fabric has small loop regions and large loop regions at which loops of different size and shape are mutually adjacent in a gauge direction constituting the rotational direction (la); loops at these large loop regions are constituted so as to have little slack as a result of plastic deformation of the yarn ; loops in the small loop regions adjacent to the large loop regions are constituted in continuous fashion to contain entangled regions of the yarn in a stitch direction constituting an axial direction (lb); this knit fabric comprises two domains, these being a domain at the large loop regions comprising the constitution having little slack in the yarn and a domain at the small loop regions containing the entangled regions of the yarn ; the steps comprising the knit textile being present between the small loop regions and the large loop regions; the large loops comprising the constitution having little slack being formed in continuous fashion in the axial direction at a pitch of the small loops at the steps ; the knit fabric is formed such that it comprises the pattern of bands produced by serial arrangement of the domains of the small loops in the axial direction and by serial arrangement of the domains of the large loops with little slack in the yarn in the rotational direction (la); and this knit fabric is provided as the covering at the surface of the rotating support body .
A chemical sensor , comprising: a substrate on which a plurality of photodiodes are arranged in a planar form; an optical layer laminated on the substrate, the optical layer having a waveguide formed therein for each photodiode, the waveguide for guiding fluorescence to a corresponding photodiode; and an intermediate layer laminated on the optical layer, the intermediate layer having a probe holding area formed thereon for each waveguide, the probe holding area being capable of holding a probe material, characterized in that the waveguide has a spectral filter formed therein which attenuates excitation light and is made of a spectral material that causes the fluorescence to pass therethrough, and wherein the spectral filter is a color filter that causes a part of a wavelength of the fluorescence to pass therethrough, and wherein the color filter has a transmission wavelength different from that formed in a waveguide adjacent thereto. a substrate on which a plurality of photodiodes are arranged in a planar form; an optical layer laminated on the substrate, the optical layer having a waveguide formed therein for each photodiode, the waveguide for guiding fluorescence to a corresponding photodiode; and an intermediate layer laminated on the optical layer, the intermediate layer having a probe holding area formed thereon for each waveguide, the probe holding area being capable of holding a probe material, characterized in that the waveguide has a spectral filter formed therein which attenuates excitation light and is made of a spectral material that causes the fluorescence to pass therethrough, and wherein the spectral filter is a color filter that causes a part of a wavelength of the fluorescence to pass therethrough, and wherein the color filter has a transmission wavelength different from that formed in a waveguide adjacent thereto.
A head-up display device, comprising: a projection unit configured to project, towards a projected portion, display light (L) displaying an image at a variable display distance from a viewer; a lamp color information acquisition unit configured to acquire a lamp color state of a traffic light which a vehicle is scheduled to pass; and a display distance adjustment unit configured to change the display distance of the image , based on the lamp color state acquired by the information acquisition unit ; a distance information acquisition unit configured to acquire a distance to the traffic light of which the lamp color state is acquired by the lamp color information acquisition unit , wherein the display distance adjustment unit refers to the distance to the traffic light acquired by the distance information acquisition unit , and if the lamp color state acquired by the lamp color information acquisition unit is a first lamp color state , the display distance adjustment unit displays at least a part of the image to be visually recognized in front of the traffic light, and if the lamp color state acquired by the lamp color information acquisition unit is a second lamp color state , the display distance adjustment unit displays at least a part of the image to be visually recognized behind the traffic light. a projection unit configured to project, towards a projected portion, display light (L) displaying an image at a variable display distance from a viewer; a lamp color information acquisition unit configured to acquire a lamp color state of a traffic light which a vehicle is scheduled to pass; and a display distance adjustment unit configured to change the display distance of the image , based on the lamp color state acquired by the information acquisition unit ; a distance information acquisition unit configured to acquire a distance to the traffic light of which the lamp color state is acquired by the lamp color information acquisition unit , wherein the display distance adjustment unit refers to the distance to the traffic light acquired by the distance information acquisition unit , and if the lamp color state acquired by the lamp color information acquisition unit is a first lamp color state , the display distance adjustment unit displays at least a part of the image to be visually recognized in front of the traffic light, and if the lamp color state acquired by the lamp color information acquisition unit is a second lamp color state , the display distance adjustment unit displays at least a part of the image to be visually recognized behind the traffic light.
A method of processing a network slice based congestion, applied to a user terminal, comprising: receiving a message sent by a network comprising slice congestion information; and backing off a target network slice corresponding to the slice congestion information, according to the slice congestion information; wherein the backing off the target network slice corresponding to the slice congestion information according to the slice congestion information comprises: starting a backoff timer corresponding to the target network slice or stopping a session management request to the target network slice, according to the slice congestion information; characterized in that the receiving the message sent by the network and comprising the slice congestion information comprises: receiving a session release command sent by an Access and Mobility Management Function (AMF), wherein the session release command comprises indication information indicating that the target network slice is congested and a backoff parameter. receiving a message sent by a network comprising slice congestion information; and backing off a target network slice corresponding to the slice congestion information, according to the slice congestion information; wherein the backing off the target network slice corresponding to the slice congestion information according to the slice congestion information comprises: starting a backoff timer corresponding to the target network slice or stopping a session management request to the target network slice, according to the slice congestion information; characterized in that the receiving the message sent by the network and comprising the slice congestion information comprises: receiving a session release command sent by an Access and Mobility Management Function (AMF), wherein the session release command comprises indication information indicating that the target network slice is congested and a backoff parameter. wherein the backing off the target network slice corresponding to the slice congestion information according to the slice congestion information comprises: starting a backoff timer corresponding to the target network slice or stopping a session management request to the target network slice, according to the slice congestion information; characterized in that the receiving the message sent by the network and comprising the slice congestion information comprises: receiving a session release command sent by an Access and Mobility Management Function (AMF), wherein the session release command comprises indication information indicating that the target network slice is congested and a backoff parameter.
Open roof construction for a vehicle, comprising at least one at least semi-transparent panel for closing an opening in a fixed roof part of the vehicle, a retractable sunscreen device capable of blocking daylight entering through the panel, said sunscreen device including a sunscreen slidably guided in a pair of guide rails each extending below and along a longitudinal edge of the opening in the fixed roof in a longitudinal direction, a light guiding device attached to each of the guide rails, said light guiding device comprising at least a first light guide for guiding light from a light source to an interior space in the vehicle, wherein said light guiding device on each of the guide rails comprises means (17, 18; 24, 25) to direct light at least in two different directions, one direction is towards a central part of the sunscreen , characterised in that the other direction is towards or from an area between the respective guide rail and the panel such that this light provides an illumination of the interior space only when the sunscreen is retracted.
A vibration sensor comprising 1) a pressure detecting arrangement adapted to detect generated pressure variations, and provide an output signal in response to the detected pressure variations, wherein the pressure detecting arrangement comprises a MEMS microphone comprising a housing having a first PCB , wherein an acoustical opening is provided in the first PCB , and wherein the MEMS microphone further comprises a MEMS cartridge comprising a membrane and a front chamber , and a back chamber within which back chamber a signal processor is provided, 2) a pressure generating arrangement adapted to generate pressure variations in response to vibrations thereof, wherein the pressure generating arrangement comprises a housing , a suspension member and a moveable mass secured to the suspension member wherein the pressure generating arrangement is secured to an exterior surface portion of the MEMS microphone, and wherein a volume exists between the suspension member and an outer surface of the first PCB , and wherein the acoustical opening in the first PCB is acoustically connected to the volume . 1) a pressure detecting arrangement adapted to detect generated pressure variations, and provide an output signal in response to the detected pressure variations, wherein the pressure detecting arrangement comprises a MEMS microphone comprising a housing having a first PCB , wherein an acoustical opening is provided in the first PCB , and wherein the MEMS microphone further comprises a MEMS cartridge comprising a membrane and a front chamber , and a back chamber within which back chamber a signal processor is provided, 2) a pressure generating arrangement adapted to generate pressure variations in response to vibrations thereof, wherein the pressure generating arrangement comprises a housing , a suspension member and a moveable mass secured to the suspension member
A container for a beverage filled in a hot fill process, comprising: a finish ; a body section ; and a base ; the body section comprising a plurality of support columns and a plurality of body panels ; wherein each of the plurality of support columns comprise a first raised mid-section and a second raised mid-section ; and wherein each of the plurality of support columns is flush with a first body panel and a second body panel about a lower circumferential groove and raised about an apex of said mid-sections ; characterized in that : the first raised mid-section extends into the first body panel and the second raised mid-section extends into the second body panel; and each of the plurality of support columns is flush with the first body panel and the second body panel about an upper circumferential groove . a finish ; a body section ; and a base ; the body section comprising a plurality of support columns and a plurality of body panels ; wherein each of the plurality of support columns comprise a first raised mid-section and a second raised mid-section ; and wherein each of the plurality of support columns is flush with a first body panel and a second body panel about a lower circumferential groove and raised about an apex of said mid-sections ; characterized in that : the first raised mid-section extends into the first body panel and the second raised mid-section extends into the second body panel; and each of the plurality of support columns is flush with the first body panel and the second body panel about an upper circumferential groove . the first raised mid-section extends into the first body panel and the second raised mid-section extends into the second body panel; and each of the plurality of support columns is flush with the first body panel and the second body panel about an upper circumferential groove .
A method for providing a map of coverage within a telecommunication network, said telecommunication network comprising: a core network, CN, and a radio access network, RAN, comprising a plurality of cells, the network serving a plurality of communication devices including first communication devices connected to the core network via the RAN and second communication devices configurable to activate an aggregator mode for providing base station functionality for nearby first communication devices , the method comprising: instructing, by a central controller a plurality of second communication devices to activate to broadcast beacon signals at specific one or more radio frequency RF bands, wherein the beacon signals enable one or more first communication devices to make measurements, and wherein the plurality of activated second communication devices include second communication devices camped on different cells of the RAN; at the central controller , receiving measurements from the one or more first communication devices, said measurements being based on the beacon signals received at said one or more first communication devices; and creating, using the measurements, by the central controller a coverage map, wherein the coverage map is indicative of a radio coverage that the second communication devices can provide for the first communication devices. instructing, by a central controller a plurality of second communication devices to activate to broadcast beacon signals at specific one or more radio frequency RF bands, wherein the beacon signals enable one or more first communication devices to make measurements, and wherein the plurality of activated second communication devices include second communication devices camped on different cells of the RAN; at the central controller , receiving measurements from the one or more first communication devices, said measurements being based on the beacon signals received at said one or more first communication devices; and creating, using the measurements, by the central controller a coverage map, wherein the coverage map is indicative of a radio coverage that the second communication devices can provide for the first communication devices.
5-amino-2,3-dihydro-1,4-phthalazinedione or one of its pharmaceutically acceptable salts for use as glucocorticoid-sparing agent allowing a significant reduction of the glucocorticoid dose compared to the use of the glucocorticoid alone in the prophylaxis or treatment of conditions treated with glucocorticoids.
A propeller fan comprising: a hub body including a shaft coupling portion ; first and second hub blades extending spirally from the hub body ; and first and second blades extending outward from the hub body and the hub blades and arranged to generate an airflow in an axial direction, wherein each of the first and second hub blades comprises a leading edge , a trailing edge and connection portion configured to connect the leading edge of each hub blade with the trailing edge of each hub blade , wherein the connection portion protrudes in the forward direction of a leading edge of each blade to prevent stress from being concentrated on one portion of the blade , and wherein the leading edge of the first blade is connected to the trailing edge of the first hub blade and a trailing edge of the first blade is connected to the leading edge of the second hub blade . a hub body including a shaft coupling portion ; first and second hub blades extending spirally from the hub body ; and first and second blades extending outward from the hub body and the hub blades and arranged to generate an airflow in an axial direction, wherein each of the first and second hub blades comprises a leading edge , a trailing edge and connection portion configured to connect the leading edge of each hub blade with the trailing edge of each hub blade , wherein the connection portion protrudes in the forward direction of a leading edge of each blade to prevent stress from being concentrated on one portion of the blade , and wherein the leading edge of the first blade is connected to the trailing edge of the first hub blade and a trailing edge of the first blade is connected to the leading edge of the second hub blade .
Method for privacy-protecting data logging, comprising: an information processing apparatus comprising at least a token server, a privacy service, and a data store, configured for providing, by the token server, a token to a privacy application executed on an electronic device and to a privacy service, wherein the token server and the privacy service are part of a data carrier network or an Internet Service Provider (ISP) network; receiving, by the privacy service and via the data carrier network or the ISP network, browsing traffic comprising a plurality of Uniform Resource Locators (URLs) from a browser or application executed by the electronic device; associating, by the privacy service, the browsing traffic with the token; anonymizing, by the privacy service, the browsing traffic so that the browsing traffic does not identify the electronic device or the browser or application; storing, by the data store, the anonymized browsing traffic and the token in a data store; receiving, by the data store and from the privacy application, the token and a request for the stored, anonymized browsing traffic associated with the token; retrieving, by the data store the stored, anonymized browsing traffic associated with the token from the data store; and returning, by the data store the stored, anonymized browsing traffic to the privacy application. an information processing apparatus comprising at least a token server, a privacy service, and a data store, configured for providing, by the token server, a token to a privacy application executed on an electronic device and to a privacy service, wherein the token server and the privacy service are part of a data carrier network or an Internet Service Provider (ISP) network; receiving, by the privacy service and via the data carrier network or the ISP network, browsing traffic comprising a plurality of Uniform Resource Locators (URLs) from a browser or application executed by the electronic device; associating, by the privacy service, the browsing traffic with the token; anonymizing, by the privacy service, the browsing traffic so that the browsing traffic does not identify the electronic device or the browser or application; storing, by the data store, the anonymized browsing traffic and the token in a data store; receiving, by the data store and from the privacy application, the token and a request for the stored, anonymized browsing traffic associated with the token; retrieving, by the data store the stored, anonymized browsing traffic associated with the token from the data store; and returning, by the data store the stored, anonymized browsing traffic to the privacy application.
A method performed by a network node for providing access to a wireless communications system , wherein a carrier/system bandwidth of the wireless communications system comprises a set of bandwidth parts and the network node is configured with a plurality of initial bandwidth parts selected from the set of bandwidth parts for initial network access on an unlicensed spectrum, the method comprising: broadcasting control information , wherein the control information is indicative of the plurality of initial bandwidth parts ; receiving a random access transmission from a wireless device on one initial bandwidth part of the plurality of initial bandwidth parts indicating, in the control information , a second plurality of initial bandwidth parts provided by a second network node ; receiving a candidate cell measurement report from the wireless device that reports measurements of the second plurality of initial bandwidth parts provided by the second network node ; and transmitting a handover command based on the received candidate cell measurement report; wherein the cell measurement report includes a measurement trigger event , wherein the measurement trigger event indicates that at least one initial bandwidth part of the second plurality of initial bandwidth parts provided by the second network node has met a measurement trigger condition , and wherein the handover command prompts random access between the wireless device and the second network node on one initial bandwidth part of the second plurality of initial bandwidth parts . broadcasting control information , wherein the control information is indicative of the plurality of initial bandwidth parts ; receiving a random access transmission from a wireless device on one initial bandwidth part of the plurality of initial bandwidth parts indicating, in the control information , a second plurality of initial bandwidth parts provided by a second network node ; receiving a candidate cell measurement report from the wireless device that reports measurements of the second plurality of initial bandwidth parts provided by the second network node ; and transmitting a handover command based on the received candidate cell measurement report; wherein the cell measurement report includes a measurement trigger event , wherein the measurement trigger event indicates that at least one initial bandwidth part of the second plurality of initial bandwidth parts provided by the second network node has met a measurement trigger condition , and wherein the handover command prompts random access between the wireless device and the second network node on one initial bandwidth part of the second plurality of initial bandwidth parts .